Senior Engineer – Energetics Processing

Job description

ERG is a research and consulting firm that provides a wide range of support to federal, state, and commercial clients. ERG offers multidisciplinary teams with nationally recognized skills in engineering, science, economics, public health, informational technology, and communications. We hire people with the best minds and then provide them with a vibrant and flexible environment in which to develop their careers. The qualified individual must be highly motivated with the skills to prioritize, perform, and communicate effectively in a fast-paced environment. ERG is seeking a Senior Engineer with energetics processing experience to support energetics and chemical manufacturing processes, including evaluating safe processes, equipment, and facility design; formulating risk mitigation strategies; providing technical expertise in new process startup activities; evaluating standard operating procedures (SOPs); performing malfunction and incident investigations; and interacting with technical customers to provide process engineering and safety expertise. Experience managing projects, facilitating meetings, investigating incidents, and facilitating hazard analyses is required. ### Job Description: - Provide technical evaluations on a variety of process engineering, process safety, and hazard analysis projects associated with energetics research, development, and manufacturing operations - Plan and execute Preliminary Hazard Analyses (PHAs), Process Hazard Analyses (PrHAs), Job Hazard Analyses (JHAs), Layer of Protection Analyses (LOPAs), Failure Mode and Effect Analyses (FMEAs), System Hazard Analyses (SHAs), Quantitative Risk Assessments (QRAs), and Operating and Support Hazards Analyses (O&SHAs), and other hazard analysis and risk assessment techniques - Apply root cause analysis and fault tree analysis techniques in executing malfunction and failure analyses and incident investigations - Develop safety, environmental, engineering, and quality documentation for process startup and restart efforts. - Prepare and review SOPs for energetics processing operations - Perform process design tasks, such as reviewing new or as-built drawings, equipment, and/or process specifications and reviewing engineering calculations that support equipment configuration and process condition determinations - Provide other on-site support as needed, including participating in various technical meetings; drafting meeting minutes; performing reviews of technical information, calculations, and previously completed analyses; and performing plant inspections or audits - Provide mentorship and technical guidance to mid- and junior-level engineers supporting task execution ### Qualifications and Skills: - Bachelor’s degree in engineering or related field - At least 20 years of relevant experience - Strong technical background in process engineering, process safety, and hazard analysis - Expertise in energetic manufacturing processes is strongly desired - Demonstrated ability to collaborate and communicate effectively with internal/external stakeholders - Excellent verbal and written communication, problem-solving, conflict resolution, and decision-making skills - Experience leading and facilitating teams to perform engineering and safety reviews with various stakeholders, including engineers, operators, and safety and quality representatives - Must currently hold or be able to obtain a Department of Defense Secret-level security clearance - Must be a U.S. citizen as this position is not eligible for Limited Access Authorizations ### Preferred Qualifications and Skills: - Vertical and horizontal mixing of energetic compounds - Pour and pressure casting of energetic compounds - Energetics reaction chemistry, including batch and continuous reactor configurations - Bench-scale research for propellant and explosives formulations - Pilot-scale manufacturing and production-scale development - Pressing and extrusion of propellants and explosives using mechanical, screw, and ram presses - Machining of propellants and explosives using conventional lathes, mills, saws, and computer numerical control machining centers