The Engineer 3 sits within the Engineering Technical Track and provides engineering expertise to optimize plant operations through process design, troubleshooting, and efficiency improvements. This role moves beyond troubleshooting to designing and specifying plant operations, taking ownership of process improvements that impactmultiple unit operations. The Engineer 3 operates with greater autonomy, overseeing complex projects, driving plant-wide optimizations, and mentoring junior engineers. This role collaborates cross functionally to drive standardization, reliability, and best practices across sites, supporting Primient’s commitment to safety, excellence, integrity, and growth.
Primary ResponsibilitiesEngineering Project Execution: Lead and contribute to moderately complex engineering projects, designing and implementing process improvements that enhance efficiency, safety, and product quality. Oversee end-to-end executing, ensuring timely and budget-compliant delivery.
Technical Leadership and Mentorship: Serve as a key technical resource, providing guidance and instructions to junior engineers, operators, and cross-functional teams. Support the development of technical expertise within the plant by mentoring less-experienced engineers.
Cross Function & Multi-Plant Collaboration: Collaborate with engineers, production teams, and leadership across sites to drive operational consistency, share best practices, and troubleshoot plant-wide challenges. Engage with external partners and vendors to implement solutions.
Process Optimization & Troubleshooting: Analyze process performance data, identifyinefficiencies, and develop independent solutions to optimize energy consumption, material usage, and production throughput. Work proactively to design process enhancements rather than reacting to troubleshooting alone.
Regulatory & Compliance Standards: Ensure engineering projects and process changes comply with environmental, safety, quality, sustainability, and internal/external regulations. Maintain awareness of evolving industry regulations and implement necessary adjustments.
Data-driven Decision-Making: Collect, analyze, and report operational data to identify performance gaps, generate insights, and recommend process improvements. Use benchmarking and cross-plant comparisons to drive continuous improvement initiatives.
Knowledge
Process Design (Material & Energy Balance, Fluid Dynamics, Process Control, Thermodynamics, Material of Construction & Compatibility, Equipment Sizing)
Technical expertise in engineering principles in applicable areas
Knowledgeable about project workflow and disciplines involved
Expertise in business systems (i.e. Microsoft Office, Outlook, SAP, CATS, Gensuite, etc)
Safety & environmental regulations and best practices
Skills
Excellent written and verbal communication
Project management of complex projects
Implementation of process changes and engineering improvement
Critical thinking and problem solving
Root cause analysis
Cross-functional leadership and coordination
Documentation
Mindsets
Data driven
Collaborative
Technical Curiosity
Innovative
Goal-oriented
Attention to safety, quality, sustainability
Operational excellence
Continuous improvement mindset
Economic consideration
Required and/or Education/Certification
BS in Chemical, Mechanical, Bio, Electrical Engineering or a related field from ABET accredited institution (required)
Master’s Degree in Engineering or a related field. (preferred)
Certification in Six Sigma, Green Belt or Black Belt, and Lean Manufacturing (preferred)
Required and/or Preferred Work Experience
5+ years of experience in engineering in related field (preferred)
Experience leading optimization and cost reduction initiatives, including capital projects. (required)
5+ years of experience in engineering in a continuing manufacturing environment. (preferred)
Familiarity with Lean, Six Sigmaor other continuous improvement methodologies. (preferred)