Describe the work, crew, and risk method you use. Makeform turns that brief into an online hazard assessment form that guides workers through the task, hazards, likelihood and severity ratings, controls, responsible people, photos, and sign-off before work begins.
Route submitted assessments to email, Slack, Google Sheets, and Zapier.
Sample prompts for the builder
Choose a complete starting prompt, adapt it to your procedure, or send it to the Makeform builder. Each example is a suggested structure, not a completed safety review.
Prompt ready4 formats
Audience
Crew leads reviewing conditions before the shift
Format
Mobile pre-task form with a risk matrix
Prompt size
521 chars
Brief qualitySends to builder
Example form structure
Mobile pre-task form with a risk matrix
Prompt exampleEditable in builder
Project, work area, weather, and crew
Short answerFirst ask
2
What work will be performed today?
Long answer
3
Hazard, affected people, and possible outcome
Long answer
4
Likelihood and severity ratings
Dropdown
5
Controls, action owner, and review status
Long answer
Suggested routing tags
Suggested
Ready for review
Controls required
Stop-work concern
Define the rating scale inside the form. A score of 4 means little unless workers can see whether it represents likelihood, severity, or the combined risk level.
Step 1
Define
site, task steps, crew, and conditions
Step 2
Identify
hazards, exposed people, and consequences
Step 3
Control
risk ratings, actions, owners, and deadlines
Step 4
Review
crew acknowledgment, supervisor decision, and reassessment
Assessment that reaches the field
Turn a safety procedure into a usable job-site record.
A hazard assessment only helps when the person doing the work can name the condition, understand the rating, choose a control, and get the right reviewer involved. An online form makes that sequence explicit without forcing crews to decipher a generic paper grid.
One hazard at a time
Structure each entry around the work step, hazard, exposed person, consequence, initial risk, control, and remaining risk. Consistent entries are easier to scan than several hazards compressed into one notes box.
Controls tied to owners
Ask what is in place, what else must happen, who owns the action, and when it is due. Separate verified precautions from actions still needed before work proceeds.
Escalation built into the answers
Conditional questions can show a stop-work message, request detail for high residual risk, and route the submission. Your organization still defines the thresholds and authority.
Built around real work
Use the same core method for four assessment moments.
A pre-shift review, detailed task analysis, quick field check, and changed-condition reassessment need different levels of detail. Start with the closest prompt, then edit the language and risk scale to match your internal process.
Before the daily shift
Record the crew, activities, weather, site interfaces, and controls during the toolbox conversation, with an acknowledgment that affected workers heard the plan.
Before a complex task
Break non-routine work into steps, rate each hazard separately, and identify permits, isolations, equipment, and approvals that must be ready.
At the point of work
Give workers a short mobile check for immediate conditions, with photos and clear choices to proceed, add controls, or stop and contact a supervisor.
Whenever conditions change
Link a reassessment to the original job when scope, personnel, weather, access, or nearby operations change, preserving what prompted the new decision.
Build the workflow
From a plain-language brief to a field-ready assessment.
Generate the structure, replace generic wording with your site's definitions, test every conditional path, and share the finished hazard assessment form where workers can reach it.
Tell the builder who completes the form, when they complete it, which tasks they assess, and how your likelihood, severity, and overall risk levels are defined. Include the exact review triggers workers should see.
02
Edit fields and decision paths
Add your project list, hazard groups, control prompts, required evidence, and reviewer fields. Use conditional logic so a selected hazard opens its detail fields and elevated residual risk requests the next decision.
03
Test the form with realistic scenarios
Preview routine work, multiple hazards, a missing control, a stop-work concern, and changed conditions. Confirm required questions, uploads, and notifications before publishing.
04
Share, route, and revisit
Post the link or QR code where work starts, send submissions to the responsible reviewer, and use the collected records for follow-up. Define when crews must submit a fresh assessment instead of relying on yesterday's conditions.
Choose the right record
Hazard assessment, inspection, or incident report?
These forms can use similar questions, but they happen at different moments. Keeping the purpose clear helps workers submit the record that matches the decision in front of them.
Form
When it is used
What it should capture
Form
Hazard assessment form
When it is usedBefore work and again when the task or conditions change.
What it should captureTask steps, hazards, exposed people, risk ratings, controls, owners, remaining risk, and review decision.
FormSafety inspection form
When it is usedDuring a planned walk-through of an area, asset, or recurring checklist.
What it should captureItems checked, acceptable or deficient condition, observations, photos, corrective actions, and follow-up.
FormHazard report form
When it is usedWhen someone notices a specific unsafe condition or behavior that needs attention.
What it should captureLocation, observation, immediate action, people notified, evidence, and assigned correction.
FormIncident report form
When it is usedAfter an event, near miss, injury, damage, or other unplanned outcome.
What it should captureWhat happened, people and equipment involved, timeline, witnesses, immediate response, and follow-up details.
Field guide
What a hazard assessment form should include.
The useful fields follow the worker's decision from context to closeout. Use these six sections as a practical checklist, then adapt the terminology, scales, and reviewer roles to your own procedure and the work being assessed.
Assessment context
Anchor every response to a real job.
Capture enough context to identify the conditions and people covered. Project names can be ambiguous, so record the work area, shift, time, assessor, crew, weather, and nearby operations where relevant.
Project, client, site, exact work area, date, shift, and assessment reference.
Assessor, supervisor, crew members, trades, contractors, and other affected groups.
Weather, lighting, access, simultaneous work, and the trigger for a reassessment.
Work steps
Describe what people will actually do.
Hazards become easier to see when a job is divided into observable steps. Ask for the sequence, tools, materials, equipment, energy sources, access, and interfaces with other crews. Seek a clear scope, not a label such as maintenance.
Planned sequence from setup and access through work, cleanup, and handback.
Equipment, tools, substances, loads, vehicles, permits, and isolation requirements.
Non-routine steps, changes from the plan, and activities happening nearby.
Hazard identification
Connect each condition to exposure and consequence.
A hazard name by itself is incomplete. For every task step, prompt the assessor to state the source or condition, who could be exposed, how exposure could occur, and the credible outcome. A hazard-group checklist can jog memory, while a narrative field preserves the site-specific detail.
Hazard source, location, affected workers or public, and route of exposure.
Potential outcome described plainly without exaggerating certainty.
Prompts for energy, falls, traffic, lifting, tools, substances, environment, and work interfaces.
Risk rating
Show the meaning behind every score.
Display your likelihood and severity definitions next to the choices so two assessors interpret the scale consistently. Collect the initial rating before additional controls and the residual rating afterward. If your procedure uses a matrix, explain how the selected values map to a risk level and review route.
Likelihood choices with concrete definitions for each point on the scale.
Severity choices framed around credible consequences and your internal method.
Initial risk, residual risk, and the threshold that prompts escalation or work pause.
Controls and actions
Separate controls in place from work still owed.
Record existing controls first, then ask what further action is needed to reduce the risk. Prompts based on elimination, substitution, engineering, administrative measures, and protective equipment help the assessor consider stronger options without pretending a checkbox chooses the right control automatically.
Existing controls verified at the point of work, with optional supporting photos.
Additional control, responsible owner, due time, and completion or verification status.
Reason for accepting residual risk and the named role required to review elevated ratings.
Communication and review
Record who reviewed the plan and what happens next.
Close with the crew conversation, outstanding actions, review decision, and next trigger. An acknowledgment records participation but should not replace a substantive check that controls are understood and ready. Make it easy to indicate that work paused and to identify the person who must decide the next step.
Workers briefed, questions raised, language or access needs, and acknowledgment fields.
Supervisor status such as ready, controls pending, revise assessment, or stop work.
Next review time or trigger, including scope, crew, equipment, weather, or site changes.
Related tools
Connect assessment, observation, inspection, and follow-up.
Use the hazard assessment before work, then give the same team focused ways to record a newly observed condition, inspect equipment or the work area, and document an event if one occurs.
Practical answers for safety officers, supervisors, and workers moving job-site assessments online.
What is a hazard assessment form?
A hazard assessment form examines planned work, identifies conditions that could cause harm, notes who may be exposed, rates risk using an organization's method, and documents controls and review decisions. It is completed before work and revisited when scope, people, equipment, weather, or surroundings change. People at the site still need to evaluate the work and apply the organization's procedure.
What fields should a job-site hazard assessment include?
Include the project and precise work area, date and shift, assessor, supervisor, crew, planned task steps, equipment and materials, hazards, people exposed, credible consequences, current controls, likelihood and severity definitions, initial and residual ratings, additional actions, responsible owners, deadlines, evidence, worker acknowledgment, reviewer status, and the next reassessment trigger. Avoid relying on one large notes field: separate records for each hazard make ownership and follow-up much clearer.
How should likelihood and severity ratings work in the form?
Use the scale already defined by your organization and display each choice's meaning beside the field. Ask for likelihood and severity before additional controls, then repeat the rating after the proposed controls so the reviewer can see the residual risk. If the selected values produce an overall risk band, explain the mapping and the action attached to that band. Do not copy a generic matrix without checking that its terms, thresholds, and review roles match your procedure.
Can the form handle several hazards for one job?
Yes. Design a repeatable hazard entry with task step, source or condition, exposed people, consequence, rating, existing controls, added controls, owner, and residual rating. If repeating groups are not available in the exact layout you want, create a practical fixed number of hazard sections or route workers through one submission per hazard linked by a shared job reference. Test the approach with a job that contains several hazards before rolling it out.
Can workers complete and update assessments from a phone?
You can publish the form as a link and open it on a phone, which is useful at the point of work. Keep labels short, use choice fields where they improve consistency, leave enough room for site-specific detail, and avoid enormous matrix tables that require sideways scrolling. For changed conditions, use a separate reassessment form linked to the original job reference so the update preserves what changed and when instead of silently overwriting the earlier decision.
How can high-risk answers reach a supervisor?
Use conditional logic to request more detail when a selected rating meets your internal trigger, show the worker the appropriate instruction, and collect the reviewer or responsible role. Notifications can send the submission to the configured recipient or workflow. Make the message explicit about what the worker should do while waiting, and test the routing with sample high-risk and stop-work answers. The form should reflect your established escalation process rather than inventing one.
Is the hazard assessment form generator free?
Yes. Makeform provides unlimited free forms and responses, so you can generate, edit, publish, and collect hazard assessment submissions without a form or response cap. The paid tier removes the Makeform badge. You can keep refining the questions, instructions, and routing as your field process develops.
Does an online form replace a site walk-through or safety review?
No. A form organizes observations, ratings, controls, responsibilities, and review evidence, but it cannot inspect the work area, determine whether a control is suitable, or authorize work by itself. Have the people responsible under your procedure examine the real conditions, speak with the workers doing the task, verify controls at the point of work, and reassess when conditions change. Treat generated content as a draft to review against your own process before publishing.
Put the assessment where the work begins.
Generate a hazard assessment form your crew can complete on site.
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