Measurements & small experiments
What would you like to check?
A storage gap, an awkward reach, a reflection. Each check ends with a result you can compare in your own space.
Height / room to pull out
Will the box fit—and come back out?
Compare the height, then the clear floor in front of the bed.
Measure the lowest point along the route, including any rug. A margin below 2 cm is flagged as tight.
Front edge starts at the bed opening. This checks straight, full removal. Width, turns, bed legs, the lid and room for your hand need their own check.
Tray dimensions / drawer interior
Will these trays fit my drawer?
The drawing uses the drawer and tray dimensions below. It compares the positions that fit on the floor and the height left above them.
The tray example allows 0.5 cm at edges and between trays. It is not the linked Blox set.
Use my drawer and tray measurements
Geometric examples allow 0.5 cm between trays and at edges, showing up to 40. The tray is not the linked Blox set. The OXO divider example checks its stated 10.2 cm height and 27.9–43.2 cm span. Runners, contents, retrieval room and installation instructions remain separate constraints.
One item / two places
An easier way to reach it?
Take one real item out and put it back. Try one change, then compare the steps.
Count only the steps before the item is in your hand, or before it is back in place.
Already within reach? Finishing with 0 steps is a valid observation.
One change
What could have a simpler route?
Give this item its own way out, so the things above it can stay in place.
Your observations
- Taking it out
- Putting it back
One try of each arrangement. A difference describes these observations; a repeat can help you decide.
View note text
Where this method comes from
Point-of-use storage considers the steps between an item and the task. This short comparison is our adaptation, using your own observations.
MassMEP: point-of-use storage ↗Related product examples
Separate small supplies or a daily cable.
Same task / one light change
What is getting in the way of the light?
Look from your usual working position, change one thing, then look again.
Before
From your usual chair position, look at the same text or document. Is a reflection covering the area you need to read?
Try one change
Try a small change to the screen angle, keeping your chair and the content the same.
Is the reflection still covering the reading area?
View note text
Compare in the same light. Daylight and evening light are separate checks.
Explore light positions around the desk ↗How to find the reflection source
A sheet of paper briefly shading light falling on the screen can help reveal a reflection source. Keep your view clear. This is an observation of the task area, not a measurement of light levels.
CCOHS: checking glare and reflections ↗Check / your actual setup
Your desk, from the chair.
Five observations connect the screen, hands, chair, daily tools and light. Your answers become a short set of setup notes.
Explore laptop stands & foot supportCheck 1 of 5
Can you use the keyboard and mouse without reaching forward or sideways?
Your usual working position shows the relationship between shoulders, elbows and the mouse.
Your next adjustments
The notes concern the five observations above; they are not a complete ergonomic assessment.
Official guidance · why this method?
The guidance considers reach, screen position, input devices and support as parts of the same workstation.
A short review of selected setup checks, not a complete ergonomic assessment. The order of suggestions is ours.
Read the source: OSHA workstation guidance ↗More detail on screen position ↗
Tools for this step
Screen support and foot support have different jobs.
A raised laptop needs separate keyboard/mouse positioning. A footrest is useful only when foot support is missing. Research here concerns setup principles, not these products.
Pause / leave a route back
A starting point for the next session.
"Compare the two totals" identifies a starting action. Three fields capture that action, where you paused and the file or page to reopen.
Your next action will appear here.
A copied note can stay beside the task or in the file to reopen. Entries are not saved here, and this page does not send reminders.
Experimental research · why this method?
Across four studies, a ready-to-resume plan reduced attention residue and protected performance on the interrupting task.
The study did not test performance after returning to the original task. Our three-prompt card is an adaptation, not a validated assessment.
Read the source: Leroy & Glomb, 2018 · Organization Science ↗Focus / test one change
A quieter window for one piece of work.
The plan separates essential contact from optional alerts. Your own observation can show how two comparable sessions differ; the site does not access devices or run a timer.
The chosen window belongs on your own clock or calendar. Device alerts remain under your control.
Compare two real sessions (optional)
Comparable tasks and equal window lengths make the observations more interpretable. The inputs are your own counts of attention breaks caused by alerts.
Two sessions cannot establish cause and effect. Workload, callers and time of day can differ. These observations describe the two sessions; they are not a productivity measure.
Experimental research · why this method?
Receiving phone notifications disrupted an attention-demanding laboratory task, even without handling the phone.
This does not establish a productivity gain for your job. Essential communication needs differ; our session lengths are choices, not scientifically optimal intervals.
Read the source: Stothart et al., 2015 · study abstract ↗Practical pause · what research says about breaks
Across 22 samples, micro-breaks had small benefits for vigor and fatigue; the overall performance effect was not statistically significant.
The review does not establish one ideal work/break schedule. A pause can follow the task and the person, without a fixed universal interval. An off-screen change of activity can fit a natural stopping point.
Read the review: Albulescu et al., 2022 · PLOS ONE ↗Your entries stay on this page. Copy or download a note before leaving; the tools do not send or save your entries.