EM 385-1-1 Requirements Contractors Guide

EM 385-1-1 Requirements for Contractors — A Practical Guide

USACE EM 385-1-1 (Safety and Health Requirements Manual) is the federal construction safety governance manual published by the U.S. Army Corps of Engineers. Current edition is 2014 with revisions. EM 385 governs Army and Air Force MILCON, USACE civil works (locks, dams, levees, hydropower), federal water projects, VA hospital construction administered through USACE, and other USACE-administered work. The manual is more prescriptive than OSHA 1926 baseline; where EM 385 is more conservative, EM 385 governs.

This guide walks through what contractors need to do to comply with EM 385: APP authorship, AHA library, SSHO designation, three-phase control system, weekly safety reporting, monthly exposure reporting, mishap notification, and the document workflow that distinguishes a USACE-compliant program from OSHA-baseline compliance.

Founder Patrick Salazar has been authoring APPs and serving as SSHO on USACE projects since 2005 — NCCCO Mobile/Tower/Inspector/Lift Director, OSHA 500 instructor, BCSP member. EM 385 is more prescriptive than OSHA 1926 and the document workflow matters as much as the field practice. This guide walks through what contractors actually need to do.

The 31 sections of EM 385 cover the full scope of construction safety: General Program (Section 01), Sanitation (02), Medical and First Aid (03), Temporary Facilities (04), PPE (05), Physical Hazards (06), Lighting (07), Ventilation (08), Fire Prevention (09), Hazardous Substances (10), Lead (12), Chromium (13), Asbestos (15), Hand and Power Tools (16), Material Handling (17), Welding (19), Confined Space (20-21 in older edition; 34 current), Fall Protection (21), Floating Equipment (22), Vehicles and Mechanized Equipment (24), Cranes and Hoisting (25), Excavation (26), Steel Erection (27), Hazardous Waste (28), Explosives (29), Diving (30), Demolition (31).

The APP (Accident Prevention Plan) — What Contractors Must Author

The APP is the central document for any USACE construction contract. Section 01.A of EM 385 establishes APP requirements.

• APP timing — APP must be submitted to USACE QAR (Quality Assurance Representative) before notice to proceed. Pre-construction conference held before any work begins; APP reviewed and approved at conference.
• Site-specific scope — APP must be specific to the project, not generic. Must reference site conditions, contract scope, anticipated subcontractors, and project-specific hazards.
• SSHO designation — named individual SSHO must be designated in APP. SSHO signs the designation acknowledging responsibility.
• Organization and responsibility — corporate safety policy, project organizational chart, responsibility matrix.
• Subcontractor coordination — how the prime will coordinate safety with subcontractors; lower-tier subcontractor management.
• Training plan — what training is required for project workforce; how training will be delivered and documented.
• Activity Hazard Analysis (AHA) commitment — APP commits to AHA development for each definable feature of work.
• Three-phase control system commitment — APP commits to preparatory, initial, and follow-up phase meetings for each definable feature.
• Safety inspection cycle — daily walkthrough commitment, weekly inspection cycle, monthly audit commitment.
• Mishap notification and investigation — Class A/B/C/D classification, notification timelines, investigation procedures, ENG 3394 reporting.
• Emergency response plan — emergency contacts, evacuation procedures, fire suppression, medical response.
• HAZWOPER plan if applicable — for environmental restoration scope under EM 385 Section 28.
• Site-specific safety plan supplement — for owner-specific requirements beyond EM 385 (e.g., VA hospital ICRA).

AHA (Activity Hazard Analysis) by Definable Feature of Work

AHA is the operational document for EM 385 compliance. Each definable feature of work gets its own AHA.

• Definable feature definition — discrete portion of project work having its own hazard profile. Examples: site clearing, excavation, foundation work, structural steel erection, MEP rough-in, building envelope, finishes, commissioning. Each is a definable feature.
• AHA content requirement — task description, hazards by step, controls by step (engineering, administrative, PPE), training requirements, inspection requirements, equipment used.
• Submitted to QAR before activity begins — AHA must be developed and submitted to QAR before the definable feature begins on site.
• Three-phase control system trigger — preparatory phase meeting follows AHA submission; initial phase inspection at first work performed; follow-up phase meetings recurring during the activity.
• AHA update triggers — scope change, new hazard identified, near-miss or incident, regulatory change.
• AHA library — most contractors maintain a library of standardized AHAs that get tailored to each project.
• Critical operations identified — certain high-risk activities (critical lifts, energized work, confined space entry, blasting) get more detailed AHA plus specific permitting.
• Subcontractor AHA — subcontractors typically develop their own AHAs for their scope; prime SSHO reviews subcontractor AHAs before activity begins.
• AHA training delivery — workers performing the activity must be trained to the AHA. Training documentation required.
• AHA execution evidence — documented preparatory phase meeting, initial phase inspection report, follow-up phase meeting minutes. Each archived in project file.

Three-Phase Control System — Preparatory, Initial, Follow-Up

The three-phase control system is what distinguishes EM 385 operational discipline from OSHA-baseline compliance.

• Preparatory phase meeting — held before each definable feature of work begins. Attended by: SSHO, project manager, superintendent, subcontractor foreman, QAR (typically). Reviews: AHA hazards and controls, training status, equipment, materials, work sequence, anticipated conditions.
• Initial phase inspection — conducted when first work on the definable feature is performed. Verifies: AHA controls are in place, training has been delivered, equipment is operational, work practices match AHA.
• Follow-up phase — recurring inspections during the activity to verify continued compliance with AHA. Frequency varies by hazard level; typically daily for high-hazard activities, less frequent for lower-hazard.
• Documentation requirements — each phase has documented meeting minutes or inspection report. Maintained in project file. Reviewed by QAR.
• QAR participation — USACE QAR typically attends preparatory phase meeting; may attend initial phase inspection at QAR discretion; reviews follow-up phase reports periodically.
• Subcontractor integration — subcontractors participate in three-phase control system for their scope. Prime SSHO coordinates across subcontractor activity.
• Scope changes trigger reset — significant scope change requires AHA update and three-phase reset for the affected portion of work.
• Near-miss or incident response — near-miss or recordable incident in definable feature triggers review of AHA effectiveness and potential three-phase reset.
• Sign-off requirements — preparatory phase meeting requires SSHO sign-off, subcontractor foreman sign-off, attendance documentation.
• Quality integration — three-phase control system parallels USACE quality control three-phase system; some contractors integrate safety and quality phases for efficiency.

Weekly Safety Reports, Monthly Exposure Reports, and ENG 3394

The reporting cadence below is what USACE QAR receives and reviews.

• Weekly safety report — submitted every week of project execution. Captures: hours worked (prime + subcontractors), recordable count, near-miss count, training delivered, inspection findings, AHAs activated, three-phase activities, corrective action status, photos.
• Monthly exposure report — submitted monthly. USACE form capturing total hours worked (prime + subs), recordable incident count, lost time count, fatalities. Used for project TRIR and DART calculation.
• ENG 3394 mishap report — incident-specific report for any recordable injury, illness, or property damage event. Filed within hours of event for Class A mishaps, within days for less severe.
• Mishap classification — Class A: fatal, permanent total disability, $2M+ property damage. Class B: permanent partial disability, $500K-$2M property damage. Class C: medical disability beyond first aid, $50K-$500K property damage. Class D: first aid only, less than $50K property damage.
• Safety stand-down requirement — Class A or B mishap triggers safety stand-down. SSHO leads all-hands meeting reviewing event and corrective action.
• ENG 3394 follow-up — initial report at event; final report after investigation complete with root-cause analysis and corrective action plan.
• Other incident reports — property damage to government property, equipment damage, near-miss with potential for serious consequence.
• Report distribution — reports go to USACE QAR, project safety office, sometimes higher District safety leadership. Multi-prime projects may share reports across primes.
• Recordkeeping retention — all reports retained in project file for project duration plus statutory retention period.
• Lessons learned distribution — significant incidents distributed across USACE Districts as lessons learned through Safety of Use Memorandums (SOUMs).

EM 385 Documentation Workflow — What Contractors Actually Do

The workflow below is what a USACE-compliant contractor actually runs.

• Pre-bid stage — review RFP/IFB for EM 385 references, SSHO qualifications, customer-specific safety overlay. Estimate APP authorship effort plus SSHO staffing cost. Build into pricing.
• Award stage — APP authorship begins. SSHO candidate identification. Subcontractor prequalification.
• Pre-construction stage — APP submitted to QAR. SSHO designated. Pre-construction safety conference scheduled.
• Pre-construction safety conference — SSHO leads kickoff with QAR, prime, subcontractors. APP reviewed and approved. AHA structure presented. Three-phase control system commitment confirmed.
• Mobilization stage — initial AHAs developed for first definable features. Workforce training delivered. Equipment inspected. Site-specific orientation delivered.
• Daily operations — SSHO walkaround, JHA tailgate meetings, hazard communication, observation. Daily report.
• Weekly cadence — weekly safety report submitted to QAR. Weekly safety meeting with prime/subcontractor leadership.
• Monthly cadence — monthly exposure report submitted. Monthly facility audit. QAR safety review meeting.
• Per-definable-feature workflow — AHA developed and submitted; preparatory phase meeting; initial phase inspection; follow-up phase recurring; AHA updates if needed.
• Incident response workflow — incident occurs; medical response; ENG 3394 initial report; investigation; root-cause analysis; ENG 3394 final report; safety stand-down if Class A or B; corrective action plan.
• Closeout stage — final exposure report; final mishap log review; project safety file archive; lessons learned documentation.
• Post-project review — USACE review of contractor safety performance feeds into past performance for future bids.

Cost of EM 385 Compliance & APP Authorship

Direct cost categories for EM 385 compliance.

• APP authorship (standalone deliverable) — $8K-$35K fixed-fee depending on project scope and complexity. Includes AHA library development for anticipated definable features.
• SSHO staffing (project-duration) — $125-$200 per hour all-inclusive depending on credential, experience, clearance status. 40 hours per week × project duration. For a 12-month USACE MILCON project: $260K-$416K SSHO cost.
• EM 385 40-hour training — $1.5K-$3.5K per worker; required for SSHO designation; valid 4 years.
• EM 385 annual 8-hour refresher — $400-$1,200 per worker per year.
• EM 385 trainer endorsement — $5K-$15K per trainer; allows in-engagement EM 385 training delivery.
• AHA library development (one-time) — $10K-$35K to develop reusable AHA library for typical scope; tailoring to each project requires additional effort.
• Three-phase control system documentation — typically built into SSHO time; documentation templates $2K-$5K one-time.
• Weekly safety report and monthly exposure report templates — typically built into SSHO time; USACE provides forms.
• EHS platform configuration — for contractors with multiple concurrent USACE projects, EHS platform configured for USACE document workflow. Typically $10K-$35K configuration.
• Pre-bid technical proposal safety section — typical USACE bid requires safety section in technical proposal; $5K-$15K per bid.
• CAC processing for SSHO — typically no direct cost; time investment 7-21 days for first-time CAC on installation.
• Secret clearance reactivation — for cleared scopes through prime sponsorship; no direct contractor cost but timeline implication.
• Total EM 385 burden as % of project value — typically 1-2.5% of contract value depending on scope and complexity. Comparable to typical safety burden on commercial construction.

EM 385 Credentials & Required Training

The credential roster for EM 385 compliance. Still scoping what the SSHO position itself owns on a USACE site—authority, reporting lines, and when the role must be full-time—start with our guide to the SSHO role, then work the checklist below.

• BCSP credentials — CSP, CHST, ASP, OHST. SSHO designation requires BCSP credential paired with EM 385 training.
• EM 385-1-1 40-hour training — mandatory for SSHO designation; 5-day course covering manual sections.
• EM 385 8-hour annual refresher — required annually for SSHO designation continuity.
• OSHA 30 Construction — baseline; 500 trainer endorsement for senior SSHOs.
• OSHA Subpart M, P, L, R, AA, Z competent person designations — fall protection, excavation, scaffolds, steel erection, confined space, hazardous substances.
• NCCCO Mobile Crane, Tower Crane, Crane Inspector, Lift Director, Signal Person, Rigger — for crane-heavy USACE scopes.
• HAZWOPER 40 — for environmental restoration scope under EM 385 Section 28.
• EM 385-1-97 Explosives Safety — for ordnance and explosives work under MMRP.
• UXO Awareness — for MMRP and range clearance scope.
• DD-214 (former military) — for clearance eligibility through prime sponsorship.
• CAC eligibility — for federal installation work.
• Secret clearance eligibility — through prime sponsorship for cleared scopes.
• First Aid / CPR / AED — current AHA BLS or Red Cross.
• USACE-approved EM 385 training provider — list maintained by USACE; training provider must be approved for credential validity.
• 5+ years documented construction safety experience — verifiable through prior project references with named former QAR or prime construction managers.
• Customer-agency-specific orientations — service-specific overlays may add Army Garrison-specific safety, Air Force AFI 91-203, Navy SOH-9510 familiarity.

When Contractors Need EM 385 Compliance Support

The patterns below trigger outside EM 385 compliance engagement.

• First USACE bid pursuit. Contractor pursuing first USACE project needs EM 385 compliance posture before bid submission. APP template development, SSHO identification, AHA library start.
• APP authorship under tight bid timeline. Award imminent; APP submission timeline runs 30-60 days before notice to proceed. APP authorship as fixed-fee deliverable paired with SSHO mobilization.
• SSHO replacement mid-project. Named SSHO departed; project requires SSHO designation continuity. Replacement SSHO mobilized within 48-72 hours, coordinated with QAR.
• QAR safety stop-work. USACE QAR issued safety stop-work order. Senior EM 385 SSHO mobilized within 48 hours for corrective action plan authoring, three-phase reset, SSHO reassignment if applicable.
• Mishap response. Class A or B mishap occurred. Senior safety pro mobilized within 48 hours for investigation, ENG 3394 reporting, safety stand-down facilitation, corrective action plan.
• Multi-District contractor. Firm with concurrent USACE projects across multiple Districts; pre-bench retainer arrangement for forward schedule.
• New definable feature outside SSHO experience. Project includes scope outside SSHO’s prior experience; AHA development support.
• Customer audit response. USACE customer scheduled audit of contractor safety program; gap audit and remediation before audit.
• SSHO training delivery. Contractor needing in-house SSHO bench development; EM 385 trainer-credentialed practitioner delivers 40-hour training.
• Multi-customer federal expansion. Contractor expanding from USACE to NAVFAC, AFCEC, VA, DOE; cross-agency compliance support.

24/7 dispatch through 3P Safety Staffing: 252-229-5238. Patrick takes initial calls for EM 385 compliance and SSHO scoping.

EM 385-1-1 vs. OSHA: The Differences That Catch Contractors

Contractors coming onto their first USACE or NAVFAC job usually assume EM 385-1-1 is “OSHA with extra paperwork.” It is a different animal, and the differences are exactly where first-timers lose schedule. OSHA is regulation — enforced by compliance officers, after the fact, through citations and penalties. EM 385-1-1 is contract — enforced by the contracting officer and QA staff who are already on your project, in real time, with remedies that hurt faster than any citation: work stoppages, withheld payment, and cure notices.

The operational differences follow from that. OSHA never asks for your safety plan before you mobilize; EM 385 work does not start until the APP is submitted and accepted. OSHA has no role called SSHO; EM 385 contracts name one, spell out the qualifications, and frequently require the position full-time and on-site. OSHA inspects when it shows up; the three-phase control system inspects your own work continuously and expects the records to prove it. And where the two books disagree, the answer is not “pick one” — the more stringent requirement governs, and both apply at all times.

The practical takeaway: OSHA compliance keeps you legal; EM 385-1-1 compliance keeps you paid. Contractors who treat the manual as a bid-time formality end up discovering it as a schedule problem — usually in the preparatory phase meeting, in front of the government.

Federal work also raises the prequalification bar beyond the manual itself: many energy and federal-adjacent owners screen contractors through ISNetworld before EM 385 competence ever gets evaluated. Our ISNetworld compliance guide for contractors covers RAVS documents, Q&A statistics, and owner grade thresholds.

Frequently Asked Questions About EM 385-1-1 Requirements for Contractors

What is EM 385-1-1 and who must comply?
EM 385-1-1 (Safety and Health Requirements Manual) is the federal construction safety governance manual published by U.S. Army Corps of Engineers. Edition 7 (November 2024) is current; Edition 6 (March 2020) still governs many active contracts – the contract date controls which edition applies. Compliance required for Army and Air Force MILCON, USACE civil works (locks, dams, levees, hydropower), federal water projects, VA hospital construction administered through USACE, and other USACE-administered work. More prescriptive than OSHA 1926; where EM 385 is more conservative, EM 385 governs.

What is required for SSHO designation under EM 385?
Named individual signature in the Accident Prevention Plan (APP) before notice to proceed. Required: USACE EM 385 40-hour training course plus annual 8-hour refresher; OSHA 30 Construction card; First Aid/CPR current; at least one BCSP credential (CSP, CHST, ASP, OHST, or equivalent); 5+ years documented construction safety experience verifiable through prior project references.

What is the three-phase control system?
Three-phase control system applies to each definable feature of work: (1) preparatory phase meeting before work begins, attended by SSHO, PM, superintendent, subcontractor foreman, QAR; (2) initial phase inspection when first work on the definable feature is performed; (3) follow-up phase recurring inspections during the activity. Each phase has documented meeting minutes or inspection report maintained in project file.

How often must contractors submit safety reports to USACE?
Weekly safety report submitted every week of project execution to QAR; captures hours worked, recordable count, near-miss count, training delivered, inspection findings, AHAs activated, three-phase activities. Monthly exposure report submitted monthly capturing total hours and incident counts. ENG 3394 mishap report filed within hours of Class A mishaps, within days for less severe events.

What does EM 385 compliance cost contractors?
APP authorship (standalone) $8K-$35K fixed-fee. SSHO staffing project-duration $125-$200 per hour all-inclusive. EM 385 40-hour training $1.5K-$3.5K per worker. AHA library development $10K-$35K one-time. EHS platform USACE configuration $10K-$35K. Pre-bid safety technical proposal $5K-$15K per bid. Total EM 385 burden typically 1-2.5% of contract value.

Can my OSHA 30-trained safety pro serve as USACE SSHO?
No — SSHO requires EM 385 40-hour training plus annual 8-hour refresher in addition to OSHA 30 plus BCSP credential plus 5+ years documented construction experience. OSHA 30 alone is insufficient for SSHO designation. EM 385 40-hour course must be from USACE-approved training provider; list maintained by USACE.