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Key takeaway: An occupational safety and health degree trains you to find the hazards in a workplace, measure the exposures they create, and build the programs that keep people from being hurt or made sick by their jobs. It is offered online at the bachelor’s level (BS in Occupational Safety and Health, or safety management), the master’s level (MS in OSH, safety management, or environmental health and safety management), and as certificates that add a safety specialization to a degree you already hold. The degree matters in this field more than in many others, because the profession’s main credentials – the Associate Safety Professional (ASP) and Certified Safety Professional (CSP) from BCSP, and the Certified Industrial Hygienist (CIH) – all have degree requirements built into their eligibility rules. Occupational health and safety specialists earned a median annual wage of $90,150 (BLS OEWS, May 2025), and employment is projected to grow 12.5 percent from 2024 to 2034 (BLS Employment Projections). Compare accredited programs below.
Coursework pairs applied science – industrial hygiene, toxicology, ergonomics, fire protection, and construction and industrial safety – with the regulatory and management layer: OSHA standards, hazard analysis, incident investigation, safety management systems, and the organizational skill of getting a plant manager to spend money on a hazard nobody has been injured by yet. ABET accredits safety programs through its Applied and Natural Science Accreditation Commission, and BCSP maintains a separate list of Qualified Academic Programs whose graduates can enter the CSP pathway on an accelerated basis; both matter when you compare schools. Accredited online programs generally deliver the same curriculum and degree titles as campus programs; browse the best accredited online colleges to compare schools that offer them.
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Every school list on this site is ordered by the BOC Score, computed from the most recent school-level data published by the U.S. Department of Education (College Scorecard and IPEDS). To qualify, a school must be currently operating and accredited by an agency recognized by the U.S. Department of Education. Each eligible school is then scored on five measures, percentile-ranked against schools at the same credential level:
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Source:IPEDSCollege Scorecard
Source:IPEDSCollege Scorecard
Source:IPEDSCollege Scorecard
Source:IPEDSCollege Scorecard
Source:Accreditor: Higher Learning CommissionIPEDSCollege Scorecard
Source:IPEDSCollege Scorecard
Source:IPEDSCollege Scorecard
Source:IPEDSCollege Scorecard
Occupational safety graduates work for manufacturers, general and specialty contractors, oil and gas and utility companies, warehousing and logistics operators, hospitals, federal and state agencies such as OSHA and its state-plan counterparts, and the loss control departments of commercial insurers, which employ safety professionals to inspect and advise the businesses they underwrite. The occupations below are the ones most directly tied to the degree. Median annual wages come from the Bureau of Labor Statistics Occupational Employment and Wage Statistics program.
| Occupation | Median annual wage |
|---|---|
| Health and Safety Engineer | $115,160 |
| Occupational Health and Safety Specialist | $90,150 |
| Compliance Officer | $80,730 |
| Occupational Health and Safety Technician | $61,560 |
| Occupation | Projected job growth (2024-2034) |
|---|---|
| Occupational Health and Safety Specialist | 12.5% |
| Occupational Health and Safety Technician | 8.5% |
| Health and Safety Engineer | 4.4% |
| Compliance Officer | 3.0% |
The two core occupations differ mainly in scope and credential. Occupational health and safety specialists, at a median annual wage of $90,150 (BLS OEWS, May 2025), design and manage safety programs, conduct inspections and exposure assessments, investigate incidents, and interpret regulations for an employer; the role typically requires a bachelor’s degree, and the BLS projects employment to grow 12.5 percent from 2024 to 2034 with roughly 14,900 openings per year (BLS Employment Projections, 2024-34). Occupational health and safety technicians, at a median annual wage of $61,560 (BLS OEWS, May 2025), collect samples, test equipment, and conduct routine inspections under a specialist’s direction; the role is often entered with an associate degree or a certificate plus on-the-job training, with employment projected to grow 8.5 percent and about 3,400 openings per year (BLS Employment Projections, 2024-34). Two adjacent occupations also draw on the degree. Health and safety engineers, at a median annual wage of $115,160 (BLS OEWS, May 2025), design the equipment, processes, and systems that prevent injury and illness rather than managing the hazards after the fact; the role generally requires an engineering bachelor’s, sometimes paired with safety coursework, and is a small occupation with employment projected to grow 4.4 percent and about 1,500 openings per year (BLS Employment Projections, 2024-34). Compliance officers, at a median annual wage of $80,730 (BLS OEWS, May 2025), is the BLS category that covers OSHA and state-plan compliance officers along with many non-safety regulatory inspectors; employment is projected to grow 3.0 percent with roughly 33,300 openings per year across the whole category (BLS Employment Projections, 2024-34). Safety directors and EHS managers, the advancement destination for experienced specialists, are classified by the BLS under Managers, All Other, a broad category with a median annual wage of $141,900 (BLS OEWS, May 2025); treat that figure as context for what management-level work in general pays rather than a safety-specific wage. Individual outcomes vary by employer, industry, geography, credential, and experience.
It is an applied science and management degree in the recognition, evaluation, and control of workplace hazards. Coursework covers industrial hygiene, toxicology, ergonomics, fire and electrical safety, construction and industrial safety, OSHA and related regulation, hazard analysis, incident investigation, and safety management systems. It is offered at the associate, bachelor’s, and master’s levels, plus graduate and undergraduate certificates, and is sometimes titled safety management, occupational health and safety, or environmental health and safety.
For technician-level work, not necessarily – an associate degree, a certificate, or a trade background plus employer training is a common entry. For specialist and management roles, a bachelor’s degree is the typical hiring requirement, and the field’s professional credentials assume one: the ASP and CSP from BCSP and the CIH from the Board for Global EHS Credentialing each carry a degree requirement in their eligibility rules. In practice the degree opens the specialist tier, and the credentials open the senior tier.
All are practitioner credentials, not degrees. The ASP and CSP, administered by the Board of Certified Safety Professionals, are the general safety-practice credentials; the ASP is the associate step and the CSP is the full professional credential, each requiring a combination of degree, professional experience, and an examination. The OHST is BCSP’s technician-level credential with lighter education requirements. The CIH, administered by the Board for Global EHS Credentialing, is the industrial hygiene credential – exposure science, sampling, and controls – and requires science-based coursework plus experience and an exam. An OSHA 30-hour card is not a credential at all; it is a completion record from OSHA’s Outreach Training Program.
Yes. ABET accredits safety, occupational health, and related programs through its Applied and Natural Science Accreditation Commission (ANSAC), and a number of bachelor’s and master’s programs hold it. Separately, BCSP designates Qualified Academic Programs (QAPs); graduates of a QAP can apply for the Graduate Safety Practitioner (GSP) designation, which lets them enter the CSP pathway without sitting the ASP examination. Neither is universal, and a good program can hold neither, but both are meaningful quality signals. Always verify institutional accreditation through the U.S. Department of Education database regardless.
Most of it, yes. Regulation, management systems, hazard analysis, investigation, and the science foundations are lecture-and-analysis content that translates directly. The parts to ask about are laboratory components – industrial hygiene sampling, instrument calibration, ergonomic assessment – which online programs handle through take-home kits, virtual labs, short residencies, or a supervised internship at a real worksite. Ask each school specifically how it delivers the lab and field components before you enroll.
Occupational safety curricula are built in three layers, and the proportions between them are what distinguish one program from another.
The first layer is science. You cannot evaluate an exposure without chemistry, biology, and enough physics to understand noise, radiation, and ventilation, so bachelor’s programs front-load these, and stronger programs require a statistics course early because exposure assessment is fundamentally a sampling problem. Anatomy and physiology, toxicology, and epidemiology follow, because the point of the field is what hazards do to bodies over time, and industrial hygiene draws all of it together into the practice of anticipating, recognizing, evaluating, and controlling chemical, physical, and biological agents. Programs that carry ABET-ANSAC accreditation are generally heavier here, and programs preparing students for the CIH are heavier still.
The second layer is applied safety practice, and it is the core of the degree. Industrial safety covers machine guarding, lockout/tagout, electrical hazards, confined spaces, powered industrial trucks, and the standards that govern each. Construction safety covers fall protection, excavation, scaffolding, cranes, and the multi-employer worksite rules that make construction its own regulatory world. Fire protection, ergonomics and human factors, hazardous materials, emergency response, and occupational health round it out. The teaching method in this layer is the case: a real incident, the sequence of failures behind it, the standard that was violated or that did not exist, and the control hierarchy that would have prevented it. By the time you finish you should be able to walk a facility you have never seen and produce a defensible hazard inventory.
The third layer is management and regulation. OSHA standards and recordkeeping, workers’ compensation, the legal exposure an employer carries, and increasingly the consensus-standard management systems – ANSI/ASSP Z10, ISO 45001 – that large employers organize their programs around. Safety program management, training design, incident investigation and root cause analysis, risk assessment, and safety culture and leadership fill out the block. The soft version of this content is a list of principles; the good version teaches you to make a business case for a control, because the safety professional’s real job is convincing people with budgets. Bachelor’s programs generally run about 120 credits with the safety-specific content concentrated in the upper division; master’s programs are usually in the 30 to 36 credit range and lean toward the management, research, and industrial hygiene layers.
The work sorts into a clear ladder. Technician roles – safety technician, industrial hygiene technician, safety coordinator – carry out sampling, inspections, training delivery, and documentation under a specialist’s direction, and are the usual landing spot for associate and certificate holders. Specialist roles – safety specialist, EHS specialist, industrial hygienist, loss control consultant, OSHA compliance officer – own the program: they design it, audit it, investigate what goes wrong in it, and answer for it. These are bachelor’s-level positions and the bulk of the profession. Management roles – safety manager, EHS manager, corporate safety director, regional loss control manager – sit over specialists, own the budget, and report to operations or executive leadership; they are reached through experience, and usually through a CSP or CIH, with a master’s increasingly common at the director level.
Where you work shapes the job as much as your title. Manufacturing safety is process-driven and lives in the machine-guarding and chemical-exposure standards. Construction safety moves site to site and turns on fall protection, subcontractor management, and the daily reality that the workforce changes every week. Oil and gas, utilities, and mining carry their own regulators and their own catastrophic-hazard focus. Logistics and warehousing is forklifts, ergonomics, and heat. Government work means inspection and enforcement for OSHA, a state plan, or MSHA. Insurance loss control is the field’s consulting arm: surveying policyholders’ operations, recommending controls, and feeding underwriting – a good fit for people who want variety and travel rather than one plant. For labor-market context on the core occupation, see the Bureau of Labor Statistics Occupational Outlook Handbook.
Occupational safety or a related field? Choose occupational safety for hazard recognition, exposure science, and the OSHA-centered practice of protecting workers on the job. Consider emergency management if your interest is disaster preparedness and response across a community rather than one employer’s workforce, construction management if you want to run projects with safety as one responsibility among many, public health if the appeal is population health and epidemiology with occupational health as one track, or engineering if you want to design the equipment and processes rather than manage the hazards they create. Healthcare organizations also employ safety and industrial hygiene staff, where the work overlaps with healthcare administration.
Looking for programs near you? Browse occupational safety programs by state.
Aiming at a specific role? See how to become a safety manager. Wondering where it leads? See what you can do with an occupational safety degree for the jobs and BLS salary data behind the degree. Compare programs by topic:
