Programs To Prevent Illness And Injury Jobs

1,890,857 open positions · Updated daily

The field is driven by rising workplace injury rates and regulatory pressure, leading to a surge in demand for safety tech and data science roles that turn real‑time sensor data into actionable prevention plans. Companies are hiring 1,672 professionals to build AI‑driven risk dashboards, design wearable monitoring solutions, and lead compliance automation, so the market remains highly competitive and growth‑oriented.

Roles span from Ergonomics Engineers who conduct 3‑D force‑analysis with CATIA or SolidWorks, to EHS Data Analysts who mine incident logs in SQL and Tableau, to Safety Compliance Specialists implementing ISO 45001 via Enablon, and to Wellness Program Coordinators who use FitBit API integrations to craft company‑wide health campaigns. All share responsibilities in risk assessment, policy drafting, incident investigation, and training delivery.

Salary transparency is critical because safety professionals often negotiate for benefits tied to certification levels and project scope. Knowing the exact pay ranges for CSP or NEBOSH‑qualified staff, or how much a remote data‑science safety role pays versus an on‑site engineering position, helps candidates position themselves for optimal compensation and informs employers about market parity.

Frequently Asked Questions

What are typical salary ranges for Programs To Prevent Illness And Injury roles by seniority?
Entry‑level safety analysts or compliance assistants earn $55k–$70k annually. Mid‑level ergonomists or EHS data scientists command $80k–$110k. Senior safety managers or lead risk engineers typically receive $120k–$160k, while directors of EHS or chief risk officers can earn $170k–$220k, with bonuses tied to incident reduction metrics.
What skills and certifications are commonly required?
Key certifications include OSHA 30 or 10 for U.S. roles, NEBOSH International General or Occupational Health & Safety, ISO 45001 Lead Auditor, and Certified Safety Professional (CSP). Technical skills such as SQL, Python, Tableau, SAP EHS, Enablon, or Intelex, plus experience with wearable sensor APIs (e.g., Fitbit, Apple HealthKit) and knowledge of AI risk‑prediction models, are highly valued.
Can I work remotely in this field?
Yes—many safety consulting, data analysis, and policy‑development positions are fully remote or hybrid. Companies deploy cloud‑based EHS platforms like VelocityEHS or Gensuite, allowing on‑site inspectors to upload reports via mobile apps while analysts work from home.
What career progression paths exist?
A typical ladder starts with Safety Coordinator or Junior Analyst, progresses to Senior Safety Engineer or EHS Analyst, then to Safety Manager or Lead Risk Officer, and finally to Director of EHS or Chief Health & Safety Officer. Accelerated paths involve obtaining advanced certifications and demonstrating measurable incident‑reduction outcomes.
What industry trends shape this category?
Current trends include AI‑driven predictive analytics for injury risk, integration of wearable health devices for real‑time monitoring, use of digital twins to simulate workplace ergonomics, expansion of sustainability‑linked safety metrics, and the shift toward cloud‑based EHS compliance platforms that support remote audit workflows.

Related Pages