Site-Specific Safety Plans and Relevant Program Selection

BCSP CHST Construction Health and Safety Technician Study Guide Exam

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1 Chapter 1: CHST Exam Orientation and Official Source Control

Official Sources and Credential Purpose Eligibility, Application, Fees, and Character Review Exam Format, Scoring, Beta Questions, and Blueprint Pearson VUE Scheduling, Test Day, Results, and Retakes Blueprint-Based Study Plan and Readiness

2 Chapter 2: Hazard and Risk Identification Methods, JHA, and Controls

Hierarchy of Controls and Construction Risk Logic Job Hazard Analysis and Pre-Task Planning Risk Ranking, Severity, Frequency, and Corrective Action Safety Through Design and Construction Means and Methods PPE Selection, Limitations, and Basic Monitoring Instruments Multi-Trade Coordination, Simultaneous Operations, and Interface Risk Field Observation, Documentation, and Control Verification

3 Chapter 3: High-Hazard Construction Operations I - Fall, Electrical, Excavation, Confined Space, Hot Work, Tools, and Concrete

Working at Heights: Ladders, Scaffolds, and Leading Edge Exposures Fall Protection: Arrest, Restraint, and Rescue Planning Excavation and Trenching: Soil, Protection, and Access/Egress Electrical Hazards: Temporary Power, GFCI, and LOTO Awareness Confined Space Recognition, Atmospheric Testing, and Entry Controls Hot Work: Fire Watch, Combustibles, and Permit Controls Hand and Power Tools, Powder-Actuated Tools, and Concrete Work

4 Chapter 4: High-Hazard Construction Operations II - Struck-By, Equipment, Hoisting, Rigging, Cranes, Material Handling, and Storage

Struck-By, Caught-Between, and Line-of-Fire Controls Mechanized Equipment, Mobile Equipment, and Traffic Control Hoisting, Rigging, Sling Inspection, and Load Control Crane Operations, Critical Lifts, Signaling, and Exclusion Zones Material Handling, Storage, Stacking, and Housekeeping Concrete Placement, Formwork, Rebar, and Impalement Controls Simultaneous Operations, Sequencing, and Stop-Work Decisions

5 Chapter 5: Construction Health, Environmental, Chemical, and Ergonomic Exposure Controls

Silica, Asbestos, Lead, Heavy Metals, and Dust Controls Noise, Vibration, Radiation, and Impact Exposure Control Chemical Exposure, GHS, SDS, and HazCom Field Use Heat, Cold, Extreme Climate, and Biological Hazard Controls Ergonomics, Manual Material Handling, and Work Practice Design Exposure Monitoring, PPE Limitations, and Medical Referral Triggers

6 Chapter 6: Emergency Preparedness, Incident Investigation, and Response

Emergency Action Plans, Site Mitigation, and Evacuation Fire Protection, Prevention, Hot Work, and Alarm Response Environmental Contamination, Spill Response, and Notifications Incident Command, Crisis Management, and Emergency Equipment First Aid, Medical Needs, Bloodborne Pathogens, and Universal Precautions Incident Investigation, Near Misses, Root Cause, and Corrective Action Drills, After-Action Reviews, and Return to Operations

7 Chapter 7: Safety Program Development, Implementation, and Sustainment

Site-Specific Safety Plans and Relevant Program Selection Applying Standards, Regulatory Authority, and Role Boundaries Inspections, Audits, Observations, and Corrective Action Tracking Equipment Manuals, Manufacturer Directives, and Field Compliance Risk Management, Data Gathering, Recordkeeping, and Document Control Incident Causation, Post-Incident Reporting, and Follow-Up Trends, Leading Indicators, and Program Sustainment

8 Chapter 8: Leadership, Communication, Training, and Total Worker Health

Safety Leadership, Credibility, and Field Influence Communication Strategy, Crew Briefings, and Conflict Management Training Needs, Task Analysis, and Adult Learning Delivery Toolbox Talks, Competency Verification, and Documentation Consulting Manufacturers, Suppliers, and Subject Matter Experts Confidentiality, Ethics, Document Control, and Current Information Total Worker Health, At-Risk Behavior, and Risk Reduction Activities

9 Chapter 9: Mixed CHST Construction Case Labs

Fall Protection, Scaffold, and Rescue Case Lab Excavation, Confined Space, and Atmospheric Hazard Case Lab Crane, Rigging, Equipment, and Struck-By Case Lab Hot Work, Fire, and HazCom Case Lab Silica, Noise, Heat, and Health Exposure Case Lab Incident Investigation, Program Failure, and Corrective Action Case Lab Superintendent Meeting, Training, and Stop-Work Case Lab

10 Chapter 10: Standards, References, Ethics, and Field Application

OSHA 1926 Navigation and Construction Standard Application Competent Person, Qualified Person, and Authority Boundaries Consensus Standards, Manufacturer Instructions, and Equipment Manuals BCSP Code of Ethics, Confidentiality, and Professional Conduct Exam-Style Reference Use and Best Answer Strategy

11 Chapter 11: Final Review, High-Yield Tables, and CHST Exam-Day Readiness

Blueprint Quick Reference and Domain Triage High-Yield Construction Hazard Control Tables Emergency Program Leadership and Documentation Review Final Week Practice Plan, Error Log, and Pacing Final 48 Hours, Pearson VUE Test Day, and Retake Planning

Site-Specific Safety Plans and Relevant Program Selection

Key Takeaways Explain This Topic AI

A site-specific safety plan converts corporate policy into controls for the actual scope, sequence, hazards, contractors, and emergency conditions of one project.

Program selection starts from the work activities and recognized hazards, then maps each to OSHA 1926 subparts, owner specs, and equipment manuals.

OSHA 1926.20(b) requires a program with frequent and regular inspections by a competent person; a binder alone is not implementation.

Plans must be revised and re-communicated before affected work continues when subcontractors, methods, equipment, or site conditions change.

On the exam, the best answer ties the work, hazard, standard, responsible person, field control, and documentation together.

Last updated: June 2026

• Site-Specific Safety Plans and Relevant Program Selection
• Purpose of a Site-Specific Plan

A site-specific safety plan (SSSP) is the working map for how safety will be managed on one particular construction project. It is not a corporate manual copied into a binder. 29 CFR 1926.20(b)(1) requires employers to initiate and maintain programs providing for frequent and regular inspections of the job sites, materials, and equipment by competent persons . The SSSP should identify project scope, location, owner requirements, applicable standards, contractor roles, recognized hazards, emergency contacts, medical access, inspection routines, documentation duties, and procedures for changing conditions. On the CHST (Construction Health and Safety Technician) exam, the recurring question is whether the plan actually controls real work. A plan that does not match the worksite is weak evidence of implementation.

A strong plan starts from a work breakdown structure . Demolition, excavation, steel erection, roofing, electrical installation, concrete placement, tunneling, and highway work create different exposures. The plan must also follow project phases : a site may begin with clearing and earthwork, move to crane operations and elevated work, then shift to interior finish, testing, and commissioning. Hazards change as structure, access, utilities, and contractor density change.

Selecting Relevant Programs

Relevant program selection means deciding which programs the work actually requires, not loading every policy into the binder. Compare the scope against 29 CFR 1926 subparts, consensus standards (ANSI/ASSP), owner specifications, contract documents, equipment manuals, permits, and recognized hazards. Some programs appear on nearly every site: hazard communication (1926.59/1910.1200), emergency action, personal protective equipment (PPE) assessment, housekeeping, fire prevention, and incident reporting. Others are task-driven.

Work condition Likely program / OSHA subpart Field trigger

Work 6 ft or more above a lower level Fall protection, 1926 Subpart M Unprotected edge, leading edge, roof, hole

• Soil disturbance / trenching Excavation, 1926 Subpart P Trench 5 ft+, spoil pile, utilities
• Cranes and derricks 1926 Subpart CC Lift over occupied area, critical pick
• Concrete/masonry cutting Respirable silica, 1926.1153 Dust-producing tools, Table 1 task
• Confined work areas Confined spaces in construction, 1926 Subpart AA Permit-required space, atmospheric hazard
• Required Elements

A practical SSSP names responsible roles : the superintendent, competent persons for each high-hazard activity (excavation, scaffolds, fall protection, cranes), qualified persons, the safety representative, first-aid providers, emergency coordinators, subcontractor contacts, and personnel with stop-work authority . It must describe how the site conducts orientations, job hazard analyses (JHAs) or pre-task plans, toolbox talks, inspections, audits, near-miss reporting, incident investigation, corrective-action tracking, and recordkeeping.

The plan must reach the people who need it and be understandable to the workforce, including non-English speakers (OSHA expects training in a language workers understand ). A plan kept in one trailer in one language does not control subcontractor work. The CHST tests implementation by asking workers what procedure applies, looking for current permits in the field, and comparing observations to the written plan.

Updating the Plan

Construction plans must be revised when conditions change. Triggers include new subcontractors, changed means and methods, new equipment, severe weather, utility discoveries, owner direction, incident findings, inspection trends, regulatory updates, and design changes. Updates are communicated before affected work continues. Each revision should state what changed, who approved it, and what briefing or training was required.

Exam Judgment

Avoid answers that rely on generic compliance language without site evaluation. The best answer connects the work, hazard, standard, responsible person, field control, and documentation method. A plan succeeds only when it guides decisions before exposure occurs.

Pre-Task Planning and the SSSP Connection

The SSSP sets the framework, but daily control happens through pre-task planning (PTP), also called a job hazard analysis (JHA) or activity hazard analysis. A PTP breaks a task into steps, identifies the hazard at each step, and assigns a control before exposure. The CHST should verify that PTPs are written by the crew doing the work, reviewed at the start of the shift, and revised when conditions change mid-task. A PTP that is photocopied each morning without discussion is a paperwork exercise, not a control.

The link between the SSSP and the PTP is the chain of accountability . The SSSP names who is a competent person for excavation; the daily excavation inspection log shows that person actually inspected before entry; the PTP shows the crew planned the spoil setback, ladder placement, and atmospheric check. When an auditor traces one high-risk task from plan to permit to inspection to field condition, gaps in the chain reveal whether the program is real.

Multi-Employer Worksites

Construction sites are almost always multi-employer worksites , and OSHA's multi-employer citation policy recognizes four roles: the creating , exposing , correcting , and controlling employer. A general contractor is frequently the controlling employer with general supervisory authority and can be cited for a subcontractor's hazard it should have detected through reasonable care. The SSSP must therefore define how subcontractor plans are reviewed, how shared hazards (overhead work, crane swing radius, traffic) are coordinated, and who controls hand-off areas.

• SSSP coordination item Why it matters
• Subcontractor plan review and approval Confirms each trade addressed its own hazards
• Shared-hazard coordination meetings Aligns overlapping work and exclusion zones
• Single competent-person designation per activity Prevents gaps where everyone assumes another checked
• Orientation for every new worker on site Ensures site rules reach all employers, all languages
• Common Exam Traps

Watch for distractors that equate the existence of a document with implementation, that defer hazard correction to a future inspection, or that rely on PPE to fix an upstream planning failure. The exam rewards the answer that verifies the plan is communicated, used, and updated, and that ties each control back to a named responsible person and a documentation method.