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Working in Tech With ADHD: Managing Context Switching, Deadlines, and Burnout
Working in tech with ADHD can create a strange contradiction. You may be capable of solving difficult technical problems, spotting patterns other people miss, or concentrating intensely when a problem captures your attention. Yet the ordinary structure of a tech workday can make it surprisingly difficult to begin, continue, and finish that same work.
Software development, quality assurance, data analysis, product management, infrastructure, cybersecurity, and technical support all require sustained attention. At the same time, these roles are often filled with Slack messages, meetings, pull requests, changing priorities, unclear tickets, production incidents, and work spread across multiple systems.
The result is not necessarily a lack of skill or motivation. In many cases, the real problem is a mismatch between the cognitive demands of the job and the way the work environment is organized.
This guide explains how to build a practical ADHD-friendly workflow for tech work without relying on constant willpower, deadline panic, or exhausting bursts of hyperfocus.
This article provides general educational information about ADHD and workplace systems. It is not a diagnosis, medical treatment, or legal advice. ADHD affects people differently, and similar work difficulties may also be related to sleep problems, anxiety, depression, chronic stress, burnout, medication effects, or other health conditions. Seek qualified professional support when symptoms are significantly affecting your work, safety, health, or daily life.
The central problem: Tech work frequently demands deep concentration while surrounding workers with interruptions, unclear priorities, and rapid task switching.
Why ADHD can make this harder: Difficulties with task initiation, working memory, attention regulation, time awareness, prioritization, and impulse control can make fragmented workdays especially costly.
What usually helps: Clear tickets, visible priorities, limited work in progress, protected focus periods, predictable communication windows, written instructions, and well-defined stopping points.
The goal: Not to force yourself to concentrate perfectly all day, but to design a work system that loses less attention in the first place.
Working in Tech With ADHD: The Quick Answer
Working in tech with ADHD is not automatically a disadvantage. Some people with ADHD are drawn to technology because the field offers novelty, complex puzzles, rapid feedback, creative problem-solving, and opportunities to become deeply absorbed in interesting work.
Those same people may struggle when the job requires them to manage several incomplete tasks, remember information spread across different platforms, estimate how long unfamiliar work will take, or repeatedly return to a technical problem after being interrupted.
An ADHD software engineer might understand a complicated codebase but still spend an hour trying to begin a vaguely written ticket. A data analyst might become absorbed in investigating an unexpected pattern but lose track of the report that was originally requested. A QA engineer might notice dozens of possible edge cases and struggle to decide which ones belong in the current release. A product manager might keep every project moving for other people while becoming overwhelmed by their own unfinished administrative work.
These difficulties can look inconsistent from the outside. Someone may perform brilliantly during an urgent incident but struggle to answer a routine email. They may solve a difficult bug at midnight but feel unable to start a simple documentation task in the morning. They may concentrate for several hours on one problem, then feel unable to switch to the next item.
The inconsistency is often misunderstood as laziness, carelessness, poor discipline, or a lack of professional maturity. In reality, ADHD can affect the regulation of attention and action. Interest, urgency, novelty, clarity, and immediate consequences may influence performance more strongly than importance alone.
Instead of asking, “Why can’t I force myself to work normally?” ask, “Which part of this task or environment is creating unnecessary friction?” That question leads to practical changes: clearer starting points, fewer open tasks, quieter focus periods, written instructions, and more visible priorities.
An effective ADHD workflow for developers and other technology professionals does not attempt to eliminate every distraction or create perfect concentration. It reduces how often attention must be rebuilt after it has been broken.
Why Tech Work Can Be So Demanding for People With ADHD
Tech work is cognitively expensive. Even when the physical task looks simple, the worker may be holding a large and fragile model of the problem in mind.
While debugging, for example, a developer may be tracking the expected behavior, the actual behavior, recent code changes, application state, data flow, failed tests, logs, dependencies, and several possible causes at the same time. Much of this information is temporary. It may not yet exist in documentation because the person is still constructing the explanation.
A message that takes ten seconds to read can therefore cause more than a ten-second disruption. The worker must first leave the original problem, understand the new message, decide whether to act on it, and then reconstruct the previous technical state.
This switching cost is not unique to ADHD. People without ADHD also lose time and concentration when moving between complicated tasks. However, workers with ADHD may find it harder to resist checking a new message, preserve the original task state, remember where they stopped, or restart after the interruption.
Tech environments also create several different kinds of cognitive pressure at once.
There is attention pressure. Chat applications, monitoring systems, email, pull requests, ticket updates, and meetings all compete for attention.
There is memory pressure. Important details may be scattered across documentation, conversations, dashboards, code comments, browser tabs, and issue trackers.
There is decision pressure. Workers must continually decide what is urgent, what can wait, what requires clarification, and whether a problem belongs inside the current task.
There is time pressure. Estimates may be expected before the full complexity of a problem is understood, while sprint deadlines and release dates continue moving closer.
There is social pressure. Workers may feel they must respond immediately, appear available, speak during meetings, defend estimates, or explain why visible output does not reflect the amount of cognitive work completed.
When these pressures accumulate, an eight-hour workday can become a long sequence of starts, stops, searches, explanations, and attempts to remember what was happening before the latest interruption.
ADHD does not mean someone is bad at complex work
ADHD should not be treated as a measure of intelligence, technical ability, creativity, or commitment. A worker may be highly capable while still needing more structure around priorities, transitions, documentation, and communication.
The difficulty often appears not in understanding the work, but in controlling when and how attention is deployed. This distinction matters. Teaching another programming language will not solve a workflow that interrupts the programmer every few minutes. A more powerful task-management application will not solve a backlog in which every item appears equally important. Motivational advice will not clarify a ticket that has no usable acceptance criteria.
The system surrounding the work can either protect cognitive capacity or quietly consume it.
ADHD and Context Switching in Software Development
Context switching in software development occurs whenever attention moves from one task, system, problem, or mental objective to another. It may involve switching from coding to Slack, debugging to a meeting, one client project to another, or a pull request to an urgent production issue.
Some task switching is necessary. A support engineer cannot ignore a genuine service outage merely to preserve an uninterrupted calendar. A developer may need information from another team before continuing. A security alert may require immediate investigation.
The problem is not every switch. The problem is frequent, poorly timed, unnecessary, or uncontrolled switching.
Complex technical work develops momentum. At the beginning of a task, the worker is still loading information: opening the relevant files, reading the ticket, reproducing the problem, identifying dependencies, and reviewing previous decisions. As understanding grows, the person requires less effort to remember the immediate context because the pieces are already active in mind.
An interruption can break that temporary structure. When the worker returns, they may remember the general goal but lose the precise state of the investigation.
They may remember that a test failed but not which input produced the failure. They may remember that a database query was suspicious but not which execution plan they were comparing. They may remember that a reviewer requested a change but not whether the change affected the API contract, the validation logic, or both.
This is why a day filled with activity may still produce very little completed work. The person is not necessarily doing nothing. They may be repeatedly paying the entrance fee required to return to the same unfinished problem.
External interruptions
External interruptions are created by something outside the immediate task. Common examples include direct messages, meetings, calls, new ticket assignments, pull-request requests, pipeline alerts, and questions from colleagues.
Not all external interruptions are unreasonable. Collaboration is part of technology work. The difficulty arises when every channel is allowed to interrupt at the same level of urgency.
If a routine question, a production outage, an automated notification, and a meeting reminder all demand immediate attention, the worker must perform constant urgency assessment. That assessment itself becomes another task layered over the technical work.
Self-interruptions
Self-interruptions can be equally disruptive and are sometimes harder to notice. These occur when the worker leaves a task without an external demand.
A developer may suddenly remember another ticket and open it “for a second.” A data analyst may search for an unrelated statistic while preparing a report. A product manager may check email while waiting for a page to load and then spend twenty minutes answering messages. A QA engineer may begin documenting one defect and become absorbed in investigating another.
Self-interruptions may be triggered by boredom, uncertainty, a difficult decision, fear of making a mistake, curiosity, or the brief discomfort that appears when the next step is unclear.
Because the switch feels voluntary, it can be mistaken for productive multitasking. In practice, it often creates another open loop that must later be remembered, evaluated, and closed.
Before leaving a complex task, write a short recovery note containing:
Current state: What is happening now?
Last finding: What did you just learn or rule out?
Next action: What exact step should happen when you return?
This takes less than a minute and reduces the need to reconstruct the entire investigation from memory. Part 2 will provide a complete context recovery template.
Ambiguity, Task Initiation, and Vague Tickets
One of the most common ADHD problems at work is not an inability to perform the task, but difficulty crossing the gap between knowing that work exists and knowing exactly how to begin it.
Ambiguous work makes that gap wider.
Consider a ticket titled:
Improve checkout performance.
The ticket appears simple, but it contains several unanswered questions. Which part of checkout is slow? What evidence shows that it is slow? Which users are affected? What performance target is expected? Is the task limited to investigation, or should the developer also implement and deploy a solution? What must be tested? Who decides whether the improvement is sufficient?
Before any technical work can begin, the worker must define the task that the ticket failed to define.
For someone who finds open-ended decisions difficult, this creates immediate resistance. The task may sit untouched while the person checks messages, reorganizes notes, reads unrelated documentation, or begins a smaller task with a clearer endpoint.
This behavior is often described as procrastination, but procrastination is only the visible result. The underlying obstacle may be unresolved scope, uncertainty, missing information, or the absence of an obvious first action.
A more usable ticket might say:
Investigate the increase in checkout API response time reported after the latest release. Identify the slowest request stage, document the likely cause, and propose a fix. This ticket is complete when the issue can be reproduced, baseline measurements are recorded, and the recommended next step has been reviewed by the backend lead.
The second version does not make the technical problem easier. It makes the work easier to enter. The worker can identify what evidence to gather, what output is expected, and where the current task should stop.
Why “just start somewhere” is often poor advice
Starting anywhere may work for a low-risk personal task. In professional technology work, beginning with the wrong assumption can waste hours, create unnecessary code, or produce a solution to the wrong problem.
Workers may therefore hesitate not because they do not care, but because they are trying to avoid an expensive mistake.
Clear task initiation requires a visible entry point. The first action should be small enough to begin immediately but meaningful enough to reduce uncertainty.
Examples include opening the relevant logs, reproducing the defect in staging, running the existing test suite, identifying the owner of a dependency, or writing down the unanswered question that prevents progress.
“Work on authentication” is not a next action. “Reproduce the expired-token error using the staging account” is.
Working Memory and Invisible Cognitive Load
Working memory is the limited mental workspace used to hold and manipulate information for a short period. It is involved when comparing possibilities, following several steps, remembering what has already been checked, or combining new information with an existing plan.
Technology work can place a heavy demand on this system.
During a debugging session, a worker may need to remember which conditions trigger the bug, which logs belong to the correct request, which hypothesis has already been rejected, and which code change might explain the behavior. During a code review, they may need to track the purpose of the change while evaluating naming, edge cases, security, performance, and backward compatibility.
When working memory is overloaded, information begins to slip away. The person may reread the same paragraph, reopen a tab they already checked, repeat a test, forget why a file was open, or leave comments that make sense in isolation but do not address the larger objective.
This is not always obvious to colleagues because much of the effort remains invisible.
A worker may spend an hour rebuilding a local environment, identifying why a pipeline failed, answering questions for a teammate, and recovering from a meeting. None of those activities may move the primary ticket into the Done column. Yet they still use attention, decision-making capacity, and mental energy.
This creates a dangerous end-of-day illusion:
I was busy all day, but I completed nothing.
The statement may be emotionally convincing but factually incomplete. The person performed work, but the work was fragmented, reactive, or poorly represented by the team’s visible output system.
When this happens repeatedly, workers may try to compensate by extending their hours. They finish their assigned work at night, when messages stop and meetings disappear. Night work may feel easier because the environment finally allows the continuity the task required during the day.
However, regularly using personal time to recover work lost to daytime fragmentation can create a cycle of sleep loss, exhaustion, resentment, and burnout.
A workflow that produces little visible output is not automatically evidence that the worker is unproductive. The system may be consuming time through interruptions, unclear tasks, duplicated communication, unnecessary meetings, blocked dependencies, and unrecorded support work.
How These Problems Appear Across Different Tech Roles
ADHD at work in tech does not look identical in every role. The underlying difficulties may be similar, but the visible consequences depend on the type of work.
Software engineers and developers
An ADHD software engineer may become deeply absorbed in architecture, debugging, optimization, or refactoring. This can produce excellent technical insights, but it may also make stopping difficult when the task has no clear boundary.
A developer may continue improving code beyond the original requirement, investigate an unrelated problem discovered along the way, or delay opening a pull request because the work never feels finished enough.
Context switching can be particularly costly when the developer moves between several repositories, programming languages, clients, or services. Each project may require a different set of assumptions, tools, naming conventions, dependencies, and deployment procedures.
Quality assurance and software testing
QA work requires sustained attention to detail while also demanding frequent changes of perspective. Testers must consider ordinary users, unusual users, incorrect inputs, timing problems, device differences, environment differences, and interactions between features.
A person with ADHD may be excellent at discovering unusual edge cases but struggle to decide when testing is sufficient. Without defined test scope and release priorities, the number of possible scenarios can expand indefinitely.
Frequent interruptions can also make test documentation difficult. The tester may remember discovering a problem but lose the exact steps, environment state, or data required to reproduce it.
Data analysts and data scientists
Data work can invite productive curiosity. An unexpected result may lead to a valuable discovery, but it can also lead the analyst far beyond the original business question.
Someone may begin by preparing a weekly report, notice an unusual segment, investigate several possible explanations, build new visualizations, and end the day with fascinating analysis but no completed report.
Clear questions, output requirements, and time limits are therefore essential. Exploration is useful, but it needs a container.
Product managers and project coordinators
Product and project roles often involve constant communication, competing priorities, and responsibility for information that lives across many systems. The workday may contain brief meetings, stakeholder questions, roadmap updates, ticket clarification, planning, and follow-ups.
This environment can reward rapid responsiveness while making sustained strategic work almost impossible. A product manager may successfully unblock everyone else while postponing the roadmap, specification, or analysis that requires uninterrupted thought.
The difficulty is not necessarily prioritization in the abstract. The difficulty is preserving the chosen priority while new requests continue arriving.
Technical support, operations, and infrastructure
Support and infrastructure roles contain genuine interruptions. Incidents cannot always wait for a scheduled communication window. However, not every alert has the same urgency, and not every question requires the same person.
When alert systems are noisy or escalation rules are unclear, workers can remain in a constant state of readiness. Even during quiet periods, part of their attention may be waiting for the next interruption.
For workers with ADHD, this combination of unpredictable urgency and unfinished background tasks can be especially draining. Clear incident levels, ownership rules, handover notes, and recovery time become important parts of sustainable performance.
Signs Your Work System May Be the Problem
Occasional distraction or a difficult workday does not mean the entire system is broken. The concern is a repeated pattern in which the structure of work prevents capable people from using their skills consistently.
Your workflow may need redesigning when several of the following patterns occur regularly:
- You spend more time deciding what to do than completing the selected task.
- You begin many tickets but finish very few without deadline pressure.
- You repeatedly work at night because daytime interruptions prevent focused work.
- You forget the state of complex tasks after meetings or message interruptions.
- You avoid vague tickets until they become urgent.
- You respond quickly to everyone else while your primary work remains unfinished.
- You depend on panic, adrenaline, or last-minute hyperfocus to meet commitments.
- You finish deadlines but need unusually long periods to recover afterward.
These patterns should not be used to diagnose ADHD. They are signals that the current workflow may contain too much ambiguity, fragmentation, or unprotected cognitive work.
The solution is also unlikely to be one perfect application. Adding more tools can create more places to check, more notifications to manage, and more opportunities for information to become scattered.
A better approach begins with the work itself: define tasks clearly, reduce the number of open items, protect continuity, record the next action, and make urgency visible rather than assumed.
Tech work can be difficult with ADHD because complex tasks require sustained mental context while the workplace repeatedly asks workers to switch, respond, remember, and reprioritize.
The central issue is not simply distraction. It is the accumulated cost of rebuilding attention, interpreting unclear work, holding too much information in memory, and maintaining too many unfinished tasks.
Building an ADHD-Friendly Tech Workflow
An ADHD-friendly workflow is not a system designed to make someone work harder. It is a system designed to reduce the number of decisions, memory demands, interruptions, and unclear starting points surrounding the work.
Many productivity systems fail people with ADHD because they add more maintenance. The worker is expected to update several boards, color-code every task, estimate every minute, review multiple lists, and remember which system contains which information.
The result is another project to manage rather than a structure that makes the original work easier.
A useful workflow should answer a small set of practical questions:
- What is the most important task right now?
- What does finished look like?
- What is the next visible action?
- What information is missing?
- What should happen when new work arrives?
- How can the task be resumed after an interruption?
If the system cannot answer those questions quickly, it is probably still placing too much cognitive load on the worker.
Do not ask your brain to remember what the environment could display. Do not ask motivation to solve what clearer task design could prevent. The more information that is visible outside your head, the more attention remains available for technical work.
Ticket Hygiene and Clear Acceptance Criteria
Ticket hygiene means making sure a task contains enough information to be understood, started, evaluated, and completed without repeatedly guessing what the requester intended.
This applies whether the team uses Jira, GitHub Issues, Linear, Asana, Trello, Notion, email, or an internal system. The application matters less than the quality of the task inside it.
A badly written ticket creates hidden work before the real work begins. The worker must interpret the request, search for missing context, decide what is included, identify the expected result, and determine who can approve the outcome.
For someone with ADHD, this invisible preparation can create substantial task-initiation friction. The ticket may appear small from the outside, but the brain sees a cloud of unresolved decisions.
What a usable ticket should contain
A ticket does not need to become a miniature technical novel. It only needs to contain the information required to remove avoidable ambiguity.
The objective explains what problem is being addressed. It should describe the desired outcome rather than offer a vague label.
The reason explains why the task matters. Understanding the purpose helps the worker make sensible decisions when unexpected details appear.
The scope explains what belongs inside the ticket and what does not. This is particularly important when the worker can see several related improvements and may be tempted to solve all of them at once.
The acceptance criteria describe the conditions that must be true before the task can be considered complete.
The dependencies identify any information, approval, access, environment, or work from another person that must exist before progress can continue.
The next action gives the worker an immediate starting point. It should describe a physical or observable action rather than a broad intention.
A vague ticket versus a usable ticket
Consider this task:
Title: Fix the login issue.
The ticket does not explain which login issue is being discussed, who experiences it, when it occurs, or what evidence would demonstrate that the problem has been fixed.
A worker may begin by reading the authentication code, checking recent changes, reviewing support tickets, searching logs, or attempting random login scenarios. Each approach could be reasonable, but the lack of direction creates unnecessary choice before useful investigation begins.
A clearer version might look like this:
Title: Investigate failed login after password reset
Problem: Some users are returned to the login screen after completing a password reset. Support has confirmed six cases since the latest authentication release.
Scope: Investigate the password-reset login flow for web users. Mobile login and unrelated authentication cleanup are outside this ticket.
Acceptance criteria: The failure can be reproduced or ruled out in staging, the likely cause is documented, and a recommended fix or follow-up ticket is created.
Dependencies: Access to the affected user logs and the latest staging build.
Next action: Review the six support cases and identify the shared login sequence.
The improved ticket does not guarantee that the problem will be easy to solve. It ensures that the worker knows what problem they are solving and what evidence they are expected to produce.
Acceptance criteria are not the same as implementation instructions
Acceptance criteria describe the outcome that must be achieved. They do not always need to dictate how the worker should achieve it.
For example, “Reduce the average API response time below the agreed performance threshold in the staging test” describes an outcome. “Add Redis caching to method X” dictates a particular implementation before the problem has necessarily been investigated.
This distinction matters because overly vague tickets create uncertainty, while overly prescriptive tickets can prevent technical judgment. A good task provides enough clarity to begin without pretending that every implementation decision is already known.
Questions to ask before starting unclear work
Asking for clarification is not a sign of incompetence. In many cases, it is the fastest way to prevent several days of building the wrong solution.
Useful questions include:
- What user or business problem is this task intended to solve?
- What must be true for the task to be accepted?
- Which scenarios must be covered?
- What is outside the scope of this ticket?
- Who gives final approval?
- Is this an investigation, an implementation, or both?
These questions are especially valuable when the task contains words such as “improve,” “optimize,” “clean up,” “investigate,” or “fix” without a measurable endpoint.
Do not silently invent requirements
When a ticket is unclear, workers sometimes fill the gaps themselves to avoid appearing difficult. This may feel efficient in the moment, but it can create expensive rework later.
A better approach is to make the uncertainty visible:
I can begin the investigation now. Before implementation, I need confirmation on whether mobile users are included and whether the expected output is a diagnosis or a deployed fix.
This message demonstrates progress while protecting the worker from committing to an undefined scope.
A ticket is ready when you can explain the objective, identify the first action, recognize the main boundaries, and describe how completion will be verified. When one of those elements is missing, clarify it before the uncertainty spreads into the rest of the task.
Definition of Done and Stop Rules
Starting work is only one difficulty. Stopping at the correct point can be equally challenging.
Technology tasks often contain unlimited opportunities for improvement. A developer fixing one defect may discover outdated code, inconsistent naming, missing tests, slow queries, incomplete documentation, and several architectural weaknesses.
Each discovery may be legitimate. The problem is that solving all of them inside the current task can cause the ticket to expand far beyond its original purpose.
This is where a clear Definition of Done becomes essential.
What is a Definition of Done?
A Definition of Done describes the observable conditions that must be met before work is considered complete. It turns “I think I am finished” into a result that can be checked.
A useful Definition of Done normally includes three elements:
Output: What must exist when the task is complete?
Verification: How will the team confirm that the result works?
Stop rule: What related work should not be added to the current task?
For example:
Output: The checkout validation error is fixed and the pull request is ready for review.
Verification: Existing checkout tests pass, new tests cover the reported failure, and the issue cannot be reproduced in staging.
Stop rule: Unrelated form refactoring and visual redesign will be moved to separate tickets.
The stop rule is particularly valuable for ADHD developers who enter hyperfocus and begin following every interesting technical thread that appears.
Done does not mean perfect
Perfection is rarely a usable completion standard because it has no stable endpoint. A task can almost always be cleaner, faster, more elegant, more flexible, or better documented.
Professional completion means the agreed purpose has been achieved at an appropriate level of quality and risk.
This does not require careless work. It requires distinguishing necessary quality from unlimited improvement.
A secure authentication fix may require more testing and review than a minor internal interface change. A temporary experiment may not need the same architecture as a permanent production service. The Definition of Done should reflect the actual consequences of failure.
Create a parking lot for valuable discoveries
A stop rule should not force the worker to forget useful problems discovered during the task. Instead, those problems should be captured without being absorbed into the current scope.
A simple “Follow-up” section inside the ticket can record:
- Unrelated defects discovered during the work
- Refactoring opportunities
- Performance concerns outside the agreed scope
- Documentation gaps
- Ideas worth discussing later
The worker can then return to the current objective without fearing that the new observation will disappear.
This is an important psychological function. The brain is often more willing to release an idea once it trusts that the idea has been stored somewhere reliable.
Use separate tickets for separate decisions
When a task develops several different outputs or approval paths, it may need to be divided.
For example, investigating a performance issue, implementing a fix, rewriting the architecture, and updating operational documentation may be connected, but they do not necessarily belong in one ticket.
Separating them creates clearer progress, more accurate estimates, and safer stopping points. It also allows the team to decide whether every improvement is worth the time before the worker invests effort.
Daily Triage and Choosing the Real Priority
Daily triage is a brief process for deciding what deserves attention before incoming messages and small requests begin controlling the day.
It should not become a long planning ritual. The purpose is to create a visible direction, not to produce a perfect schedule.
A useful daily triage can often be completed in five to ten minutes.
Choose one primary outcome
The primary outcome is the task that most needs meaningful progress today. It should reflect impact, urgency, dependencies, and existing commitments rather than whichever task feels most interesting at the moment.
This does not mean the entire day must contain only one activity. Meetings, support requests, reviews, and administrative work may still occur. The primary outcome establishes which task receives the best available focus time.
“Work on the payment feature” is too broad. A better primary outcome would be:
Complete the payment retry logic and open the pull request before the afternoon review window.
The stronger version describes visible progress and provides a stopping point.
Select a small secondary task
A secondary task is useful when the primary task becomes blocked or when the remaining time is too short for another deep-work session.
It should be smaller and less cognitively demanding than the primary task. Examples include reviewing a short pull request, updating documentation, preparing test data, or answering a known set of questions.
The secondary task is not permission to create a second major project. Its purpose is to prevent a temporary block from turning into an hour of random work.
Identify likely interruptions in advance
Before beginning the primary task, check for meetings, expected reviews, deadlines, production coverage, or dependencies that may divide the day.
This allows the worker to choose a realistic focus block rather than starting a complicated investigation fifteen minutes before a scheduled meeting.
It also reduces the frustration of building a plan around time that was never truly available.
Write the first action before opening communication tools
The first action should be specific enough that no additional planning is required when work begins.
Instead of:
Start the analytics ticket.
Write:
Open the failed query logs from Monday and compare the execution time before and after the latest release.
This creates a direct bridge from planning to action.
A practical daily triage template
Primary outcome: What meaningful result should exist by the end of today?
First action: What exact step starts the work?
Secondary task: What smaller task can be completed if the primary task is blocked?
Known interruptions: Which meetings, reviews, or support responsibilities will divide the day?
Risk: What missing information or dependency could prevent progress?
Re-triage when reality changes
A daily plan is not a contract with the universe. Production incidents, urgent customer problems, and new information may require priorities to change.
When that happens, make the change explicit.
Do not simply add the new task on top of the original plan and expect both to fit. Decide what is being delayed, paused, reassigned, or reduced.
A professional re-triage message might say:
I am switching to the production login incident. The payment retry pull request will move to tomorrow unless someone else can take the incident or the review deadline changes.
This makes the trade-off visible. Without that visibility, the worker may silently attempt both tasks, extend the workday, and absorb the cost personally.
Work-in-Progress Limits
Work in progress, often shortened to WIP, refers to tasks that have been started but not completed.
Some unfinished work is normal. A ticket may be waiting for review, blocked by another team, or spread across several days. The problem begins when too many tasks remain mentally active at once.
Each open task carries a small memory and attention cost. The worker may need to remember the current state, the next step, the blocker, the latest conversation, and the deadline.
Five half-finished tasks can therefore create more mental load than one difficult task.
A practical personal WIP limit
For many people, a useful starting point is:
- One main task actively being worked on
- One smaller secondary task
- Blocked tasks stored visibly outside active work
This is not a universal rule. Incident responders, managers, and support workers may require a different structure. The purpose is to create a deliberate limit rather than allowing every request to become active immediately.
Blocked does not mean active
A blocked task should not remain in the active-work space merely because it is unfinished.
Move it to a visible blocked state and record:
- What is blocking progress
- Who owns the dependency
- When the task should be checked again
- What the next action will be after the block is removed
This allows the worker to release the task temporarily instead of repeatedly checking it throughout the day.
New work must replace something
A WIP limit only works when incoming work creates a decision.
When a new task arrives, the question is not simply, “Can I do this?” The more useful question is:
If I begin this now, which current commitment will pause or move?
This prevents the common pattern of accepting every small request because each one appears manageable in isolation.
A five-minute request may create much more than five minutes of disruption when it interrupts complex work, requires additional context, or generates follow-up questions.
Use explicit switching language
When priorities change, state the switch clearly:
I can take this today. It will move the reporting task to tomorrow. Is that the preferred priority?
This gives the requester an opportunity to confirm the trade-off rather than assuming the worker has unlimited capacity.
“It is small, so I will do it quickly” can quietly destroy an entire focus block. Small tasks are not free when they require a new tool, new conversation, new mental context, or several follow-up decisions.
The Context Recovery Note
A context recovery note is a short record written before leaving complex work. It helps the worker resume without reconstructing the entire task from memory.
This is useful before meetings, lunch, the end of the day, an urgent interruption, or any switch between projects.
The note does not need to document everything completed. It should preserve the temporary information most likely to disappear.
What to record
Current objective: What are you trying to accomplish?
Current state: What is happening now?
Last confirmed finding: What did you just learn, test, or rule out?
Open question: What remains uncertain?
Next action: What exact step should happen when you return?
Relevant location: Which file, branch, dashboard, query, ticket, or log should be opened first?
Context recovery example for a developer
Objective: Identify why expired sessions are not redirecting to login.
Current state: The issue occurs only when the refresh request fails after the browser has been idle.
Last finding: The API returns the correct unauthorized response, but the frontend error handler does not clear the local session state.
Open question: Does the shared request interceptor already handle this scenario for other routes?
Next action: Compare the checkout request handler with the account-page handler.
Resume at: Branch fix/session-expiry, file request-interceptor.ts.
Context recovery example for a data analyst
Objective: Explain the decrease in weekly activation rate.
Current state: The decline appears only in mobile users from the latest acquisition campaign.
Last finding: Account creation remains stable, but the tutorial-completion event dropped after the app update.
Open question: Is the event missing, or are users abandoning the tutorial?
Next action: Compare tutorial-screen views with completion events by application version.
Resume at: Query tab 4 in the activation dashboard workbook.
A strong recovery note allows the worker to begin with action rather than archaeology.
Use the note at the end of the day
End-of-day recovery notes are especially useful for reducing morning task-initiation friction.
Instead of beginning the next day by reading the entire ticket and trying to remember yesterday’s work, the worker can open the note and continue from a defined step.
This also reduces the temptation to continue working late merely because stopping feels dangerous. Once the current state has been stored, the brain does not need to hold the task open throughout the evening.
A Simple ADHD-Friendly Task Board
A task board should make work visible. It should not become another place where tasks accumulate without clear priorities.
Complicated boards may look impressive but require constant interpretation. If the worker must scan eight columns, twenty labels, several priority systems, and dozens of cards before deciding what to do, the board is increasing cognitive load.
A personal working view can remain simple even when the team uses a more complex project system.
The three-column structure
To Do contains the small number of tasks that are realistically available for near-term work.
Doing contains only the tasks currently receiving active attention.
Done contains completed work and provides a visible record of progress.
Blocked work can either receive a separate column or remain outside the active view with a clear follow-up date.
To Do
Replicate checkout timeout in staging
Review short authentication pull request
Doing
Identify cause of checkout timeout
Blocked
Update payment documentation: waiting for API owner, check again Thursday
Done
Added timeout metrics to staging dashboard
Cards should display the next action
A task card should not require the worker to reopen the full ticket merely to remember how to continue.
A vague card might say:
Checkout performance
A stronger card would say:
Run the checkout load test in staging and record the slowest request stage.
The full ticket can still contain the broader context. The board should display the action needed now.
Keep the active view small
The complete company backlog does not need to remain visible while an individual is trying to complete today’s work.
A useful personal view may contain only the current task, one secondary task, and the next few ready items.
This is not hiding work. It is separating strategic storage from the operational view required for action.
A supermarket may contain thousands of products, but a useful shopping list contains only what the shopper plans to buy. Displaying the entire inventory would not improve the trip.
Use the Done column as evidence
Fragmented workdays can create the feeling that nothing was accomplished. A visible Done column provides a more accurate record.
Completed reviews, investigations, documentation, incident support, bug reproduction, and dependency resolution may all represent meaningful work even when they are smaller than a major feature release.
At the end of the day, review the completed items briefly. This is not a motivational performance. It is a factual correction to the brain’s tendency to focus on unfinished work.
Review the board at fixed times
Constantly checking and reorganizing the task board can become another form of avoidance.
For many workers, it is enough to review the board:
- At the beginning of the workday
- When a major priority changes
- After lunch or another natural transition
- Before finishing for the day
The board should support work rather than compete with it.
An ADHD-friendly tech workflow makes the work easier to enter, easier to resume, and easier to stop.
Clear tickets reduce interpretation. Acceptance criteria and stop rules control scope. Daily triage protects the real priority. WIP limits prevent too many open tasks from competing for attention. Context recovery notes preserve fragile technical state. A simple task board keeps the next action visible.
Protecting Deep Work Without Disappearing From Your Team
Deep work is the period in which a person can concentrate on a cognitively demanding task without repeatedly switching to unrelated information. In technology roles, this may include coding, debugging, architecture planning, technical writing, data analysis, security investigation, test design, or reviewing a complicated pull request.
For people with ADHD, deep work protection is not simply a productivity technique. It can be a way to reduce the amount of working memory lost to interruptions and task switching.
The purpose is not to become unreachable for the entire day. Technology work still requires collaboration, review, incident response, and communication. The goal is to separate work that requires continuity from work that can tolerate interruption.
Without that separation, every type of activity competes for the same hour. A developer may try to investigate a complex bug while replying to messages, watching a deployment, preparing for a meeting, and reviewing another person’s code. Each activity may be legitimate, but combining them can make all of them slower.
Do not measure availability by how quickly every message receives a response. Measure it by whether the team knows when you will respond, how to reach you during a genuine emergency, and whether important work is delivered reliably.
Separate focus work from reactive work
A practical way to protect concentration is to divide the workday into two broad modes.
Focus Mode is used for tasks that require sustained attention and active mental context. During this period, unnecessary notifications are paused, unrelated tabs are closed, and communication is delayed unless it meets an agreed urgency threshold.
Communication Mode is used for messages, short reviews, scheduling, status updates, administrative work, and questions from colleagues.
This separation does not require a perfectly rigid calendar. Even one protected period followed by a communication window can reduce the number of times attention must move back and forth.
For example, a worker might reserve the first ninety minutes after the daily stand-up for implementation, then check messages and review pull requests before lunch. Another worker may perform better in the afternoon and protect that period instead.
The correct structure depends on role, energy patterns, team expectations, time zone, and incident responsibilities.
Deep work should have a defined objective
Blocking two hours on a calendar is not enough if the worker enters the block without knowing what to do.
A useful focus block begins with a visible objective:
Reproduce the staging timeout, identify which request stage is slowest, and record the result in the ticket.
This is more effective than:
Work on performance.
The objective should connect to the ticket’s next action and Definition of Done. That connection prevents the focus block from becoming an open-ended exploration session.
Deep work should also have an exit point
People with ADHD may struggle not only to enter concentrated work, but also to leave it. Once a problem becomes interesting, stopping can feel unnatural or even physically uncomfortable.
Before beginning, define the exit condition:
- Stop when the test result is documented.
- Stop when the pull request is ready for review.
- Stop at the end of the scheduled block and write a recovery note.
The exit point protects the rest of the day from being consumed by one task and reduces the risk of skipping food, meetings, medication, breaks, or other commitments.
Choosing Focus Blocks That Actually Work
There is no universal focus-block length for ADHD. Some people work well in short intervals. Others need more time to load a complex technical problem before meaningful progress begins.
The correct block length should reflect the type of task and the person’s ability to maintain useful attention without becoming depleted.
Short focus blocks
A short block may last twenty to forty minutes. This can work well for tasks with a clear endpoint, such as reviewing a small pull request, updating documentation, writing a test, or reproducing a known defect.
Short blocks can also help when task initiation is the main obstacle. Committing to twenty-five minutes may feel more manageable than committing to an entire morning.
However, short intervals can become disruptive if the worker stops just as they begin to understand a complicated system. A timer should support the task, not repeatedly eject the worker from useful concentration.
Medium focus blocks
A medium block may last forty-five to ninety minutes. This length often provides enough time to load technical context, complete meaningful work, and record the next step before fatigue becomes severe.
It can work well for implementation, debugging, test planning, data analysis, or writing a technical specification.
Long focus blocks
Some complex tasks may require blocks of ninety minutes to two hours. These may be useful for architecture work, difficult debugging, migration planning, security analysis, or major refactoring.
Long blocks should not become automatic marathons. The worker should still check basic physical needs, posture, hydration, and fatigue.
The purpose is uninterrupted thinking, not proving endurance.
Use a shorter block when starting feels difficult, the task is small, or the day is heavily fragmented.
Use a longer block when the task requires substantial context loading and the calendar genuinely allows it.
Review the result afterward. A useful focus block produces clearer progress without leaving you too depleted to function for the rest of the day.
Use a simple focus-block setup
A focus block does not need a complicated ritual. The preparation should reduce friction, not become a ceremony involving seventeen apps and a candle blessed by the sprint manager.
Before beginning:
- Open only the tools required for the task.
- Write the objective and stopping point.
- Pause nonessential notifications.
- Record any unrelated thought in a capture note instead of following it.
- Keep the ticket or context recovery note visible.
When the block ends, update the ticket, write the next action, and decide whether the task is done, blocked, or ready for another session.
Do not use breaks as punishment
Some workers delay breaks until they have “earned” them through sufficient output. This can be risky when ADHD hyperfocus makes internal fatigue signals easy to ignore.
A short break can protect later performance by allowing the body and attention to reset. It does not need to involve entertainment, social media, or another stream of information.
Standing, stretching, drinking water, looking away from the screen, or walking briefly may be enough.
Managing Meeting-Heavy Workdays
Meetings create more than the time shown on the calendar. They also create preparation, transition, recovery, and the possibility of losing the task state that existed before the meeting.
A thirty-minute meeting placed in the middle of a ninety-minute working period may divide the entire period into two fragments that are too short for complex work.
For people with ADHD, awareness of an upcoming meeting can also make it difficult to begin another task. The person may fear becoming absorbed and missing the meeting, so they remain in a waiting state while repeatedly checking the time.
Group meetings together when possible
When the role and organization allow it, placing meetings near one another can protect larger uninterrupted periods elsewhere in the day.
Three meetings scattered across the morning may create three separate transitions. The same meetings placed consecutively may still be tiring, but they leave the afternoon available for focused work.
This may not always be possible, especially across time zones. However, even moving one recurring meeting away from a productive focus period can improve the shape of the week.
Request an agenda before the meeting
An agenda helps participants understand why the meeting exists, which decisions are required, and whether they need to attend.
For workers with ADHD, an agenda also provides a structure for attention. Instead of attempting to hold an unstructured conversation in memory, the person can follow the sequence of topics and prepare relevant information in advance.
A simple request might say:
Could we add the decisions and questions we need to cover to the invitation? That will help me prepare the technical details before the meeting.
This request focuses on meeting quality rather than personal difficulty.
Use notes to anchor attention
Taking notes during a meeting can reduce the demand on working memory, but the notes should remain simple.
A useful meeting note may contain only:
- Decision made
- Action required
- Owner
- Deadline
- Unresolved question
Trying to transcribe every sentence may create so much writing that the worker stops processing the discussion.
Clarify action items before leaving
Ambiguous meeting outcomes often become vague tasks later.
Before the meeting ends, confirm what was decided:
To confirm my action item: I will test the new retry logic in staging and post the result by Thursday. The API redesign is not part of this task. Is that correct?
This short clarification can prevent several days of uncertainty.
Use a recovery buffer after important meetings
Returning directly from a demanding meeting to complex coding may be difficult. A brief transition can help the worker review notes, capture action items, reopen the previous context, and decide what comes next.
The buffer does not need to be long. Ten or fifteen minutes may be enough to prevent meeting information from leaking into the rest of the workday as half-remembered obligations.
Write the current task state.
Record the exact next action.
Save relevant files or queries.
After the meeting, review the note before opening unrelated messages. This gives the original task a clean path back into attention.
Question meetings that have no clear purpose
Not every status update requires a live meeting. Some information can be shared through a short written update, ticket comment, or recorded demonstration.
A professional question might be:
Would a written update work for this topic? I can include the current status, risks, and the decision needed from the team.
This does not reject collaboration. It proposes a communication format better suited to the work.
Slack, Teams, Email, and Notification Rules
Notifications are designed to attract attention. That function may be useful for genuine emergencies, but harmful when every message receives the same visual and auditory priority.
A worker who reacts to every notification may appear responsive while completing very little uninterrupted work.
The solution is not necessarily to disable everything permanently. It is to create different rules for different levels of urgency.
Define what can interrupt a focus block
A team should distinguish between issues that require immediate attention and issues that can wait for the next communication window.
A genuine emergency may include a production outage, security incident, major customer impact, or a release-blocking problem with an immediate deadline.
Routine questions, noncritical reviews, backlog updates, and general discussions usually do not need to interrupt complex work instantly.
When urgency is undefined, every sender creates their own definition. The worker must then evaluate each message individually, which keeps attention permanently half-open.
Use notification layers
A practical notification system may contain three layers.
Emergency layer: Calls, designated incident channels, or specific urgent mentions remain available.
Work layer: Direct messages and relevant project channels are checked during scheduled communication periods.
Background layer: General channels, automated updates, newsletters, and low-priority activity remain muted or are reviewed when needed.
The exact arrangement will depend on the role. An on-call engineer requires different rules from a data analyst working on a monthly report.
Batch routine communication
Checking messages at predictable intervals can reduce interruption without making the worker unreliable.
For example, someone may check communication before beginning a focus block, again after the block ends, and at one or two additional points during the day.
The important element is predictability. Colleagues should understand when a response is likely and how to escalate an urgent issue.
Remove duplicate notifications
The same event may appear in several places: email, Slack, a mobile notification, a desktop banner, and the original project tool.
Duplicate notifications create repeated attention capture without adding new information.
Choose one primary notification route for each type of event. A pull-request request may remain in GitHub and one team channel without also producing multiple email and mobile alerts.
Turn off previews when they trigger checking
A message preview can pull attention away from the current task even when the worker does not open the application.
The brain has already received part of the new problem and may begin thinking about it.
During focus periods, hiding previews can be more effective than merely silencing the notification sound.
Do not keep every communication tool visible
An application does not need to produce a notification to become distracting. A visible unread badge, animated icon, or changing channel list can repeatedly invite checking.
Closing or minimizing communication tools during focus work removes those invitations from the visual environment.
Protect focus by default, remain reachable through a clearly defined emergency route, and respond to ordinary communication in predictable windows. This creates reliability without requiring permanent interruption.
Using Asynchronous Communication
Asynchronous communication allows people to share information without requiring everyone to be present and respond at the same moment.
Examples include ticket comments, written status updates, project documents, recorded demonstrations, and structured messages.
Async communication can help people with ADHD because it provides time to read, organize thoughts, verify details, and respond without being pulled immediately out of focused work.
It also creates a written record, reducing the need to remember everything discussed verbally.
Use a short status format
Status updates become difficult when workers believe they must narrate the entire day.
A compact format is usually more useful:
Completed: What was finished or confirmed?
Current focus: What is the primary task now?
Blocked: What prevents progress?
Risk: What may affect the deadline or scope?
Need: What decision, review, or information is required from someone else?
An example might be:
Completed: Reproduced the login failure and confirmed it occurs only after password reset.
Current focus: Testing the session-clear logic in staging.
Blocked: None.
Risk: The fix may also affect mobile session handling.
Need: Backend review after the staging test.
This format gives the team useful visibility while reducing follow-up questions.
Write for the reader’s next decision
Long updates can create another attention problem for the recipient.
Before sending a message, ask what the reader needs to know or decide.
If the manager only needs to choose between delaying a feature and reducing scope, the message should make that decision visible near the beginning.
The current scope will not fit the Friday release without reducing testing. I recommend moving the reporting export to the next release and keeping the core payment flow. Please confirm which option you prefer.
This is more effective than sending a long chronology and hiding the decision at the end.
Move durable information out of chat
Chat is useful for quick coordination, but important decisions can disappear inside busy channels.
When a message changes requirements, scope, architecture, ownership, or deadline, record the decision in the ticket or project document.
This reduces repeated questions and protects workers who may not remember where the decision was originally discussed.
Use threads and clear subjects
Messages become difficult to follow when several topics share one conversation.
Use one thread or ticket per issue when possible. Clear subjects and headings make information easier to retrieve later.
“Question about Friday release” is less useful than “Decision needed: remove reporting export from Friday release.”
Async communication still needs response expectations
Asynchronous does not mean communication can be ignored indefinitely.
Teams should define reasonable response windows for ordinary questions, reviews, and urgent requests.
This protects focus while preventing uncertainty about whether a message has been seen.
How to Discuss Work Systems With a Manager
Many workers know which changes would help them but worry that requesting those changes will make them appear difficult, unproductive, or unable to handle the role.
The conversation is usually more effective when it focuses on work outcomes, observable obstacles, and specific proposals.
Describe the work problem, not your character
Avoid framing the issue as a personal failure:
I am terrible at concentrating and I keep falling behind.
Describe the operational pattern instead:
My implementation work is being divided by frequent short meetings and review requests. I am spending a large part of the day rebuilding context. I would like to test a protected focus window in the morning and batch routine reviews afterward.
The second version gives the manager something concrete to evaluate.
Connect the request to a measurable outcome
A request is easier to assess when it explains what improvement is expected.
I would like to reserve 9:30 to 11:00 for the checkout implementation on Tuesdays and Thursdays. I will remain available through the incident channel and check normal messages immediately afterward. We can review after two weeks whether this improves delivery and reduces carryover.
This proposal includes the change, the emergency route, the response expectation, and a review point.
Ask for one change at a time
Requesting a completely redesigned workplace may overwhelm the discussion. Begin with the change most likely to reduce the largest source of friction.
Possible starting points include:
- A recurring focus window
- Written acceptance criteria
- Fewer fragmented meetings
- A clear escalation channel
- Written follow-up after verbal requests
- Explicit priority when new urgent work arrives
Once the effect is visible, additional changes become easier to discuss.
Use examples instead of general complaints
“There are too many interruptions” may be true, but it is difficult to act on.
A specific example is more useful:
On Wednesday, the payment ticket was interrupted by two review requests, a planning call, and three unrelated support questions. The investigation restarted four times and moved into the evening. I would like routine review requests to wait until the afternoon review window unless they are release blockers.
This identifies the pattern and proposes a boundary.
Make trade-offs visible
When a manager adds urgent work, ask which existing priority should move.
I can switch to the client issue now. That will move the analytics release from Thursday to Friday. Should I make that change?
This prevents the worker from silently absorbing every new request and creating hidden overtime.
Useful scripts for common situations
Requesting a focus window:
“I would like to protect a ninety-minute block for work that requires continuity. I will check routine messages immediately afterward and remain available through the emergency channel.”
Clarifying priority:
“I currently have tasks A and B in progress. Which one should move if task C needs to begin today?”
Requesting written requirements:
“Could we record the acceptance criteria in the ticket? That will help me confirm the scope and reduce review loops.”
Reducing meeting load:
“Would a written update work for this item? I can include status, risks, and the decision required.”
Flagging an unrealistic deadline:
“The current deadline supports the core feature or the full polish layer, but not both with the planned testing. I recommend shipping the core and moving the polish work to the next release.”
ADHD Disclosure and Workplace Adjustments
A person does not necessarily need to disclose an ADHD diagnosis to suggest ordinary workflow improvements. Many practices that help workers with ADHD also improve clarity and productivity for the wider team.
Examples include written instructions, agendas, clear priorities, reduced notification noise, predictable communication windows, and well-defined acceptance criteria.
These changes may be discussed as normal management and workflow practices.
Informal workflow requests
An informal request focuses on how work is organized without entering a formal accommodation process.
For example:
Could we keep technical requirements in the ticket rather than only discussing them in chat? It will make implementation and review easier to track.
This request does not require the worker to explain a diagnosis. It identifies a work need and a practical solution.
Formal workplace adjustments
A formal accommodation or workplace-adjustment process may be appropriate when ordinary workflow discussions are not enough and ADHD substantially affects the person’s ability to perform their role under the existing conditions.
The process, legal protections, documentation requirements, and terminology vary by country, employer, contract, and organization.
A worker considering formal adjustments may need to speak with a qualified healthcare professional, human-resources representative, occupational-health service, disability adviser, union representative, or employment specialist familiar with the applicable local rules.
This article cannot determine which legal process applies to a specific workplace.
Possible adjustments depend on the individual and the role
There is no single ADHD accommodation package. A useful adjustment should address a specific functional difficulty without preventing the essential work of the role.
Possible examples may include:
- Written instructions or meeting summaries
- Clearer prioritization and deadlines
- Reduced unnecessary interruptions
- Protected time for concentration-heavy tasks
- Permission to use noise-reducing equipment where safe
- More structured check-ins
- Breaking large projects into defined milestones
- Adjustments to workspace or meeting format
Not every adjustment will be suitable for every job. Someone responsible for live incidents cannot be completely unavailable during coverage hours. A customer-facing worker may not be able to move all communication into asynchronous channels.
The goal is to identify a workable modification rather than copy a generic list.
Deciding whether to disclose ADHD
Disclosure is a personal decision. It may involve potential benefits, concerns, workplace culture, legal protections, privacy, and the type of support being requested.
Before deciding, it can help to clarify:
- Which work difficulty needs to change?
- Can the change be requested without disclosing a diagnosis?
- Is a formal process required?
- Who will receive the information?
- What documentation may be requested?
- What local protections and risks apply?
A person does not need to share their complete medical history merely to explain that a particular work structure is causing difficulty. However, formal processes may require enough information to establish the need for an adjustment.
Focus on functional needs
Whether the conversation is formal or informal, functional language is often useful.
Instead of attempting to explain every feature of ADHD, describe the work effect:
Frequent unscheduled interruptions make it difficult for me to maintain the task state required for complex debugging. A protected focus block with a separate emergency channel would help me complete this work more reliably.
This connects the condition or difficulty to a specific job demand and a proposed solution.
Document important agreements
After a manager or HR discussion, confirm the agreed arrangement in writing.
The record should state what will change, when it begins, how urgent communication will work, and when the arrangement will be reviewed.
For example:
Thank you for today’s discussion. To confirm, I will use 9:30 to 11:00 as a protected implementation block on Tuesdays and Thursdays. I will remain available for production incidents through the on-call channel and review routine messages after the block. We will review the arrangement after four weeks.
Written confirmation reduces misunderstanding and gives both the worker and the manager a clear reference point.
You can propose ordinary workflow improvements without automatically disclosing ADHD. Formal workplace adjustments are different and may involve local legal or organizational requirements. The appropriate approach depends on your role, location, employer, and individual needs.
When the team cannot remove interruptions
Some tech roles are inherently reactive. Incident response, customer support, operations, and security monitoring may require frequent switching.
In those roles, the goal may not be uninterrupted work. The better target may be reducing unnecessary alerts, creating clearer severity levels, rotating coverage, improving handovers, and protecting recovery periods after demanding incidents.
A worker should not be expected to perform high-intensity reactive work continuously while also completing the same volume of deep project work as someone with an uninterrupted schedule.
Workload expectations should reflect the cognitive cost of interruption-heavy responsibilities.
Deep work does not require disappearing from the team. It requires a predictable structure that separates concentration-heavy work from routine communication while preserving a clear emergency route.
Focus blocks should have a defined objective and stopping point. Meetings should produce visible decisions and action items. Notifications should reflect real urgency rather than treating every message as an alarm. Asynchronous updates can improve visibility without repeatedly breaking attention.
Managers are more likely to respond to specific operational proposals than general descriptions of difficulty. Many helpful workflow changes can be requested without disclosing ADHD, while formal workplace adjustments depend on individual circumstances and local requirements.
Managing Deadline Pressure Without Hero Mode
Deadlines are a normal part of technology work. Releases must be scheduled, incidents must be resolved, client commitments must be met, and other teams may depend on a feature being completed before they can continue.
The problem is not the existence of a deadline. The problem begins when urgency becomes the primary system used to start, prioritize, and complete nearly every task.
Some people with ADHD find that an approaching deadline creates enough immediacy to overcome task-initiation difficulties. A project that felt distant and difficult to enter may suddenly become clear when only a few hours remain.
This can produce an impressive burst of output. It can also create a dangerous professional pattern: delay, rising pressure, intense hyperfocus, deadline completion, exhaustion, recovery, and then repetition during the next sprint.
Because the work is eventually delivered, the system may appear successful from the outside. The hidden cost is carried by the worker through lost sleep, neglected meals, emotional strain, reduced accuracy, and an increasing need for recovery after every major deadline.
A workflow is not sustainable merely because the deadline was met. The real question is whether the work was delivered at an acceptable level of quality without repeatedly damaging the worker’s health, sleep, judgment, or ability to function afterward.
Urgency can activate attention, but it is an expensive fuel
An urgent problem often provides several conditions that can make action easier: the priority is obvious, the consequences are immediate, distractions feel less important, and the task has a visible endpoint.
These conditions can temporarily reduce indecision. However, the worker may begin depending on emergency-level pressure because ordinary tasks do not provide the same activation.
Over time, nonurgent work may be postponed until it becomes urgent enough to compete for attention. Documentation waits until the release. Testing waits until the final day. Clarification waits until implementation has already begun. Small risks remain invisible until they become blockers.
The solution is not to remove every deadline. It is to bring some of the useful properties of urgency into the task earlier.
A distant deadline becomes easier to manage when it is converted into visible intermediate outcomes:
- Confirm the requirements by Tuesday.
- Reproduce the problem by Wednesday.
- Complete the minimum implementation by Friday.
- Finish testing before the final review window.
Each milestone creates a closer decision point without manufacturing a crisis.
Replace the heroic sprint with controlled delivery
Hero mode usually begins with a sentence such as, “I will push through tonight and fix everything.”
The worker accepts extra scope, delays asking for help, ignores fatigue, and attempts to compensate for a weak process through personal intensity.
This can occasionally be necessary during a genuine emergency. It should not become the standard operating model of a team.
Controlled delivery uses a different sequence:
Clarify the essential outcome. Identify what must work for the deadline to remain meaningful.
Reduce scope early. Remove work that is not required for a safe and usable release.
Expose risks. Inform the team about uncertainty, dependencies, and testing limitations before the final day.
Ship in smaller pieces. Create visible progress that can be reviewed before the entire task is complete.
Protect decision quality. Avoid treating sleep and recovery as optional luxuries that can always be borrowed from the future.
Make deadline risk visible before it becomes failure
People sometimes hide uncertainty because they do not want to appear negative or incapable. They continue working quietly until the deadline is too close for the team to respond.
A professional risk update does not need to be dramatic:
The core implementation is progressing, but the external API behavior is still uncertain. If we do not receive confirmation by Wednesday, the Friday release will need reduced scope or an additional test window.
This message identifies the risk, the decision date, and the available options.
A less useful update would be:
Still working on it. Hopefully it will be done soon.
The second message may sound reassuring, but it gives the team no information with which to make a decision.
Use a deadline status card
Deadline: When must a usable result exist?
Minimum deliverable: What must work by that date?
Current state: What has been completed or verified?
Main risk: What could prevent delivery?
Decision date: When must scope or timing be reconsidered?
Help needed: Which approval, answer, review, or resource would reduce the risk?
This format separates the emotional feeling of being behind from the operational facts the team needs.
Do not quietly convert every deadline into overtime
When new urgent work is added, the available time does not expand automatically.
If the original workload already filled the week, the team must change at least one variable: scope, sequence, ownership, quality level, support, or deadline.
A useful response is:
I can move to the production issue now. To preserve testing quality, either the reporting feature moves to the next release or another engineer takes its final implementation. Which option should we use?
This is not refusing the work. It is asking the organization to acknowledge the trade-off instead of hiding it inside the worker’s evening.
ADHD Hyperfocus During Coding and Debugging
Hyperfocus is commonly used to describe a period of intense absorption in an activity. During this state, a person may remain engaged for a long time, lose awareness of time, resist switching tasks, and pay little attention to needs or events outside the current activity.
Not every person with ADHD experiences hyperfocus in the same way, and hyperfocus is not a formal ADHD diagnostic criterion. However, many adults use the term to describe attention that becomes difficult to redirect once an activity is sufficiently interesting, urgent, challenging, or rewarding.
Technology work contains many conditions that can invite this kind of absorption. Coding provides immediate feedback. Debugging creates a mystery. Optimization provides measurable improvement. Research opens an endless network of connected questions.
Hyperfocus can support valuable work, but it is not automatically productive.
Productive hyperfocus versus runaway hyperfocus
Productive hyperfocus remains connected to the actual objective. The worker is deeply engaged, but the work moves toward the agreed output.
Runaway hyperfocus begins when the activity continues after it has stopped serving the current priority.
A developer may begin by fixing a validation defect and end up rewriting the form architecture. A data analyst may investigate one unusual segment and spend the day exploring patterns unrelated to the requested report. A QA engineer may continue testing increasingly unlikely scenarios while higher-priority release checks remain unfinished.
The work may be technically interesting and even useful, but it can still be the wrong work for the current moment.
Signs that hyperfocus has left the task
Pause and reassess when:
- You are solving a problem that is not included in the ticket.
- You have stopped checking the Definition of Done.
- You are delaying a review because you want to improve one more detail.
- You continue working despite repeatedly making avoidable mistakes.
- You have skipped essential needs or commitments without deciding to do so.
- You cannot explain how the current activity contributes to the deadline.
These signs do not mean the work has no value. They indicate that the value should be reconsidered against the current priority.
Set a hyperfocus checkpoint before starting
A hyperfocus checkpoint is a scheduled moment for evaluating direction rather than forcing an immediate stop.
Before beginning a task likely to become absorbing, write:
Objective: What result am I trying to produce?
Stop condition: What will count as enough for this session?
Checkpoint: When will I compare the work with the original objective?
Parking lot: Where will I capture related ideas without pursuing them now?
At the checkpoint, ask:
Am I still completing the assigned task, or have I quietly created a new project?
This question is often more useful than simply asking whether the work is interesting or technically valuable.
Use external stopping signals
Time awareness may fade during absorbing work. External signals can help make the transition visible.
Possible signals include a calendar event, timer, scheduled check-in, end-of-focus-block notification, or a colleague expecting an update.
The signal should not always demand that work stop immediately. It should trigger a conscious decision:
- Stop because the session objective is complete.
- Continue for a defined period because the work is at a safe stopping point soon.
- Record the context and switch because another commitment has higher priority.
This preserves flexibility without allowing the task to consume the rest of the day by default.
Do not wait until exhaustion to stop
Once fatigue becomes severe, the worker may need more effort to document the task, communicate clearly, or notice mistakes.
Stopping slightly earlier can preserve enough attention to write a useful context recovery note and prepare the next session.
The goal is not to destroy useful concentration. It is to land the aircraft while the runway is still visible.
Must, Should, and Could: Controlling Scope
Large technology tasks can feel overwhelming because they contain several levels of work disguised as one project.
A feature may include the core behavior, error handling, tests, analytics, documentation, design polish, performance improvements, migration work, monitoring, and several optional ideas.
When all of these elements are presented as one undifferentiated task, the worker may struggle to decide where to begin or may attempt to complete everything at the same level of detail.
The Must, Should, and Could structure separates essential delivery from additional value.
Must: the minimum safe and usable outcome
Must items are necessary for the release or task to achieve its primary purpose.
They may include:
- The core user flow
- Required security and privacy controls
- Critical error handling
- Essential tests
- Necessary rollback or recovery procedures
Must does not mean careless or unfinished. It means the smallest version that responsibly solves the agreed problem.
Should: valuable work that improves quality
Should items add meaningful quality but may be moved if time becomes limited.
Examples include broader test coverage, additional monitoring, workflow improvements, documentation enhancements, or noncritical performance work.
Whether an item belongs in Must or Should depends on risk. A test that is optional for an internal prototype may be essential for a payment system.
Could: optional polish and future opportunities
Could items are useful but not required for the current release.
They may include visual polish, additional configuration options, speculative optimization, broader refactoring, or convenience features.
Could items should remain visible without being allowed to delay essential delivery.
A scope-control example
Project: Add automatic retry for failed payment requests
Must: Retry eligible failures once, prevent duplicate charges, log the result, and cover the core flow with tests.
Should: Add a monitoring panel and document the new failure states for support.
Could: Build an administrative interface for configuring retry timing.
If the deadline tightens, the team can move the administrative interface without sacrificing payment safety.
Scope reduction should be explicit
Do not simply skip work and hope nobody notices. Record what is being moved and why.
To meet the release date with full testing of the payment flow, the configurable retry interface will move to a follow-up ticket. The current release will use the agreed fixed retry rule.
This protects trust and prevents optional work from quietly reappearing during review.
Use separate tickets for future layers
Could items should not remain buried in a comment that nobody will revisit. Create follow-up tickets when the work has real value and enough clarity to be considered later.
This allows the current task to close while preserving the idea.
When time becomes limited, reduce optional scope before reducing essential testing, security, recovery, or sleep. Shipping fewer responsible features is usually safer than shipping every idea in a fragile state.
Recognizing ADHD Burnout in Tech
Burnout is associated with chronic workplace stress that has not been successfully managed. It is not the same as having one difficult day, feeling bored with a ticket, or needing rest after an unusually demanding release.
The phrase “ADHD burnout” is widely used informally to describe severe exhaustion and reduced functioning experienced by some people with ADHD. It is not a separate formal diagnosis or an official ADHD presentation.
Similar symptoms may also be related to depression, anxiety, sleep disorders, medication effects, physical illness, chronic stress, or other conditions. Persistent or severe changes should not automatically be explained by ADHD.
Burnout can hide behind continued delivery
A person does not need to miss every deadline before burnout becomes serious.
Some workers continue delivering by using increasingly expensive strategies. They work later, abandon personal routines, avoid taking leave, rely on panic, or spend weekends recovering enough to begin again on Monday.
Visible output may remain stable for a period while the internal cost rises.
Possible warning signs
Patterns that may indicate serious work-related exhaustion include:
- Feeling depleted before the workday begins
- Needing increasing pressure to start ordinary tasks
- Becoming unusually irritable, detached, or cynical about work
- Making more mistakes during familiar tasks
- Struggling to recover after evenings, weekends, or leave
- Losing the ability to engage even with previously interesting work
- Regularly sacrificing sleep or basic care to remain functional
- Feeling physically or emotionally overwhelmed by routine communication
No single sign proves that someone has burnout. The concern increases when several changes persist and interfere with work, relationships, health, or daily functioning.
The freeze, sprint, and crash cycle
A common unsustainable pattern begins when a large or ambiguous task feels difficult to enter.
The worker delays, performs easier reactive work, or remains busy without making progress on the primary task. As the deadline approaches, urgency finally makes the task easier to engage with.
The person then works intensely, completes the task under pressure, and experiences a crash afterward. During recovery, ordinary work becomes harder, creating a new backlog and another future crisis.
The cycle may look like poor time management from the outside. In practice, it often involves task ambiguity, attention regulation, unrealistic scope, accumulated fatigue, and a workflow that depends on emergency activation.
Do not treat recovery as a reward that must be earned
Recovery is part of maintaining the capacity to work. It should not be reserved only for the point at which functioning has already collapsed.
Useful protective practices may include:
- Keeping work within defined hours when possible
- Protecting sleep during deadline periods
- Using leave before exhaustion becomes severe
- Reducing optional commitments during high-pressure weeks
- Rotating demanding incident responsibilities
- Discussing workload and support before repeated failure occurs
When to seek professional help
Consider speaking with an appropriate healthcare professional when exhaustion, concentration changes, sleep problems, anxiety, low mood, or reduced functioning persist despite ordinary rest and workflow changes.
Seek urgent local help when there are thoughts of self-harm, inability to stay safe, severe depression, extreme agitation, confusion, or another immediate mental-health crisis.
Work systems can reduce avoidable strain, but they are not substitutes for assessment or treatment when a health condition requires professional care.
Burnout, ADHD, depression, anxiety, sleep deprivation, and physical health problems can produce overlapping difficulties. A substantial or persistent decline in functioning deserves proper assessment rather than another productivity application.
Recovery After Releases and Production Incidents
A demanding release or production incident does not end when the system becomes stable. The people involved may still be carrying sleep loss, heightened alertness, unfinished communication, emotional strain, and ordinary work that accumulated during the emergency.
Immediately returning to a full workload can turn one difficult event into several weeks of reduced performance.
Create a clear end to the incident
Unclear endings keep the brain in a state of readiness.
Confirm when the incident has moved from active response to monitoring or follow-up. Record who owns the next check, which risks remain, and how the issue will be escalated if it returns.
A handover might say:
The service has remained stable for two hours. Monitoring is active, Alex owns the morning log review, and the on-call channel remains the escalation route. The incident is no longer in active-response mode.
This gives responders permission to disengage instead of repeatedly checking the system without a defined responsibility.
Write the recovery note before leaving
After a long incident, memory may be unreliable. Capture important information while it is still available:
- What happened
- What restored service
- Which temporary measures remain
- Which risks need follow-up
- Who owns each next action
This prevents the worker from mentally rehearsing the incident throughout the night in an attempt to avoid forgetting something.
Reduce the following workload
A worker who spent the night handling an outage should not automatically be expected to perform a normal day of complex project work immediately afterward.
Possible adjustments include moving nonurgent meetings, reassigning reviews, delaying optional work, shortening the workday, or providing protected recovery time.
This is not only a comfort issue. Fatigue can affect attention, working memory, judgment, and error detection, all of which are important in technical work.
Conduct a blameless review
An after-action review should improve the system rather than search for a person to carry the entire failure.
Useful questions include:
- What was the first reliable signal of the problem?
- Which information was difficult to find?
- Which alert was useful, and which alerts created noise?
- Where did ownership become unclear?
- Which manual step should be documented or automated?
- What one change would reduce the impact of a similar event?
The review should produce assigned follow-up work. A meeting that identifies ten problems but creates no owners or tickets becomes another source of forgotten obligations.
Review the workflow, not only the technical failure
An incident may expose workflow weaknesses as well as code or infrastructure problems.
Perhaps responders could not find the latest runbook. Perhaps several people investigated the same hypothesis while another area remained unchecked. Perhaps ordinary messages continued interrupting the incident channel. Perhaps the same person handled response, stakeholder updates, and documentation simultaneously.
These are system-design problems. Correcting them can reduce cognitive load during the next emergency.
Stabilize: Confirm that the immediate danger has passed.
Handover: Record remaining risks, ownership, and escalation.
Recover: Adjust workload and protect sleep.
Review: Identify technical and workflow improvements.
Assign: Convert lessons into owned follow-up work.
A 7-Day ADHD-Friendly Tech Workflow Plan
Trying to rebuild an entire work system in one afternoon can create another unfinished project. This seven-day plan introduces one useful layer at a time.
The objective is not to create a perfect routine by the end of the week. It is to build a small operational system that can be tested and adjusted.
Day 1: Identify the largest source of friction
Review the previous workweek and identify the pattern that caused the most disruption.
Was the main problem unclear tickets, too many active tasks, meetings, notifications, deadline pressure, or difficulty resuming interrupted work?
Choose one primary problem. Do not attempt to solve every weakness simultaneously.
Write:
The largest avoidable source of lost work is ______ because ______.
Day 2: Create one capture point
Select one place for recording incoming tasks and promises that are not already represented in the team’s official system.
This may be a private note, a personal task-board inbox, or a dedicated capture page.
When a request arrives verbally or through chat, record it there instead of trying to remember it.
The capture point is not the final priority list. It is a temporary landing area that prevents information from disappearing.
Day 3: Clean the primary ticket
Choose the most important active ticket and confirm:
- The objective
- The scope
- The acceptance criteria
- The Definition of Done
- The next action
Ask for clarification where necessary. Move unrelated ideas into follow-up notes or separate tickets.
Day 4: Set a work-in-progress limit
Reduce active work to one primary task and one smaller secondary task where the role allows it.
Move blocked items out of active work and record what must happen before they return.
When new work arrives, ask which existing item should pause.
Day 5: Test one protected focus block
Choose a period that has a reasonable chance of remaining uninterrupted.
Write the objective, define the stopping point, pause nonessential notifications, and keep the ticket visible.
At the end, record what was completed and whether the block length was appropriate.
Day 6: Create communication expectations
Decide when routine messages will be checked and which route remains open for genuine urgency.
Where appropriate, tell the team:
I will be in focused implementation work during this block. I will check ordinary messages afterward and remain available through the incident channel for urgent issues.
Review duplicate notifications and mute channels that do not require immediate attention.
Day 7: Review the system
Do not judge the week only by whether every task was finished.
Ask:
- Was the primary task easier to begin?
- Did fewer tasks remain mentally open?
- Was work easier to resume after interruptions?
- Did communication remain reliable?
- Which part of the system created unnecessary maintenance?
- What single adjustment should be tested next week?
Keep the parts that reduced friction. Simplify or remove the parts that became another obligation.
A clear primary task
A visible next action
A limit on active work
A recovery note before switching
A protected period for concentration
A predictable communication rule
That small system is more useful than a complex productivity framework that is abandoned after three days.
Frequently Asked Questions
1. Why can I solve difficult coding problems but struggle with simple administrative tasks?
Complex technical problems may provide novelty, challenge, immediate feedback, or a clear puzzle. Administrative tasks may have delayed rewards, unclear boundaries, repetitive steps, or no obvious starting point. Difficulty initiating the smaller task does not prove that it is objectively harder or that you lack the ability to complete it.
2. Why do I work better at night?
Nighttime may contain fewer meetings, messages, requests, and expectations of immediate availability. This can make sustained attention easier. However, regularly moving unfinished daytime work into the night may reduce sleep and increase long-term exhaustion. The more sustainable goal is to create some of that low-interruption environment during ordinary working hours.
3. What is the best productivity method for an ADHD software engineer?
There is no single method that works for every person. A useful starting system usually includes clear tickets, one primary task, a visible next action, limited work in progress, protected focus time, and a context recovery note. The system should be adjusted to the role rather than copied as a rigid formula.
4. How long should an ADHD focus block be?
The appropriate length depends on the task and the individual. Short blocks may help with initiation and small tasks, while complex debugging or architecture work may require longer periods. Test a realistic duration and evaluate whether it produces useful progress without causing excessive fatigue or runaway hyperfocus.
5. How do I stop Slack or Teams from destroying my concentration without looking unresponsive?
Use predictable communication windows and maintain a separate route for genuine emergencies. Tell colleagues when routine messages will be reviewed and what qualifies for immediate escalation. Reliable response expectations are usually more useful than attempting to answer every message instantly.
6. What should I do when a ticket is too vague to start?
Clarify the objective, scope, acceptance criteria, approver, and expected output. Determine whether the task is an investigation, implementation, or both. Then write an exact next action that reduces uncertainty, such as reproducing the problem, checking logs, or confirming a dependency.
7. How do I prevent ADHD hyperfocus from taking over my entire day?
Define the session objective and stopping condition before starting. Set a checkpoint, keep unrelated discoveries in a parking lot, and use an external transition signal. At the checkpoint, compare the current activity with the original task rather than deciding only by whether the work remains interesting.
8. Why do I start many coding tasks but finish very few?
Too many open tasks increase switching and memory demands. Use a work-in-progress limit, keep blocked tasks outside active work, and require each new urgent task to replace or delay an existing commitment. Clear Definitions of Done also prevent tasks from expanding indefinitely.
9. How can I manage deadline anxiety with ADHD?
Break distant deadlines into earlier visible outcomes, identify the minimum deliverable, and expose risks before the final day. Use Must, Should, and Could scope levels so optional work can move without threatening the essential result. Avoid relying on last-minute panic as the only source of activation.
10. Is ADHD burnout a medical diagnosis?
“ADHD burnout” is commonly used as an informal description, but it is not a separate formal diagnosis or ADHD presentation. Persistent exhaustion, low mood, cognitive changes, sleep problems, or reduced functioning may have several causes and should be discussed with an appropriate healthcare professional when severe or ongoing.
11. Do I have to disclose ADHD to my manager?
You may be able to propose ordinary workflow changes without disclosing a diagnosis. Formal accommodation or workplace-adjustment processes are different and vary by country, employer, and individual circumstances. Consider obtaining advice relevant to your location before sharing medical information or beginning a formal process.
12. Can ADHD make someone good at technology work?
ADHD does not determine intelligence, creativity, technical ability, or professional potential. Some people with ADHD find technology work engaging because it offers novelty, complex problems, experimentation, and rapid feedback. Success still depends on individual skills, support, role fit, health, experience, and the structure of the workplace.
13. Should I use several ADHD productivity apps?
More tools are not automatically better. Begin with the smallest system that keeps priorities, next actions, and incoming tasks visible. Add another tool only when it solves a specific problem that the current system cannot solve without creating excessive maintenance.
14. What should I do first if my current workflow is collapsing?
Choose one primary task, clarify what finished means, write the next action, and move all other requests into a visible queue. Then protect one realistic focus period. Stabilizing today’s work is more useful than attempting to redesign your entire life during a crisis.
Working in tech with ADHD does not require becoming perfectly organized, permanently focused, or instantly responsive.
A sustainable system reduces ambiguity before work begins, limits the number of active tasks, protects complex thinking, records temporary context, and makes trade-offs visible before they become emergencies.
Deadlines should guide delivery rather than create repeated crises. Hyperfocus should serve the objective rather than quietly replace it. Recovery should be treated as part of long-term performance rather than proof that the worker was not strong enough.
The goal is not to extract the maximum amount of work from every day. It is to build a way of working that allows skill, attention, health, and professional reliability to survive the entire career.
Related Reading
Continue with these related guides:
- ADHD in Adults: Symptoms, Diagnosis, and Daily Life
- ADHD Task Initiation: Why Starting Feels Impossible
- ADHD Hyperfocus on the Wrong Things
- ADHD Time Blindness: How to Stop Being Late Without Shame
- Long Meetings With ADHD: How to Stay Engaged
- Work From Home With ADHD: Office Setups That Reduce Distraction
- ADHD and Sleep Problems
References
The following sources provide background on adult ADHD, task switching, workplace accommodation, occupational burnout, interruptions, and sleep-related cognitive performance.
- National Institute of Mental Health. Attention-Deficit/Hyperactivity Disorder: What You Need to Know .
- National Institute of Mental Health. ADHD in Adults: 4 Things to Know .
- National Institute for Health and Care Excellence. Attention Deficit Hyperactivity Disorder: Diagnosis and Management, NICE Guideline NG87 .
- World Health Organization. Burn-Out as an Occupational Phenomenon in ICD-11 .
- U.S. Equal Employment Opportunity Commission. Enforcement Guidance on Reasonable Accommodation and Undue Hardship Under the ADA .
- Rubinstein, J. S., Meyer, D. E., and Evans, J. E. Executive Control of Cognitive Processes in Task Switching . Journal of Experimental Psychology: Human Perception and Performance.
- Czerwinski, M., Horvitz, E., and Wilhite, S. A Diary Study of Task Switching and Interruptions . Microsoft Research.
- Iqbal, S. T., and Horvitz, E. Disruption and Recovery of Computing Tasks: Field Study, Analysis, and Directions .
- LaToza, T. D., Venolia, G., and DeLine, R. Maintaining Mental Models: A Study of Developer Work Habits .
- Alhola, P., and Polo-Kantola, P. Sleep Deprivation: Impact on Cognitive Performance . Neuropsychiatric Disease and Treatment.
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