Hadrian
EHS Engineer
About this role
Hadrian seeks an EHS Engineer to embed safety into advanced manufacturing R&D operations, including welding, additive manufacturing, casting, and forging. You'll proactively identify hazards in novel processes, develop controls and procedures, and partner with engineering teams to ensure safety is designed in from the start.
What you'll do
- Identify and assess hazards for emerging manufacturing processes including welding, additive manufacturing, casting, and forging
- Develop engineering controls, procedures, and PPE programs tailored to specific process hazard profiles
- Partner with R&D engineers to integrate safety by design into new process development and equipment commissioning
- Author and maintain safety procedures, SOPs, and risk assessments for all R&D processes
- Conduct hazard assessments (Haz-ops, JHAs, risk assessments) before equipment and process operation
- Ensure compliance with OSHA, EPA, and local regulatory requirements; support regulatory inspections
What they're looking for
- EHS program development and implementation
- Hazard identification and risk assessment
- Knowledge of welding, additive manufacturing, casting, forging processes
- OSHA and regulatory compliance expertise
- Technical documentation and procedure writing
- Cross-functional communication and influence
- Incident investigation and corrective action
- Safety training delivery
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Hadrian
Hadrian builds aerospace and defense manufacturing systems, offering enterprise software platforms, advanced tooling design, and highly automated production capabilities for the sector. The company is hiring full stack engineers, manufacturing and tooling specialists, infrastructure and identity management experts, and workforce systems architects to support its rapid scaling.
View all jobs at HadrianLikely interview questions
- Walk us through your experience with hazard assessment methodologies like Hazops, JHAs, or risk assessments—how have you applied them to novel or emerging manufacturing processes?
- Describe a time you had to develop safety controls for a process where standard procedures didn't yet exist. How did you assess risk and gain buy-in from engineering teams?