Quality Engineer – Worcester | 40hrs/week, Day Shift Are you a quality-focused engineer who thrives on precision, problem-solving, and making an impact? Join a dynamic, innovative team shaping the future of fluid-flow technology. Work on cutting-edge projects, ensure every product is flawless, and push quality standards to the next level. Your Mission: Lead inspections: incoming, in-process, and final checks to ensure top-tier quality. Oversee NDT testing (VT, PT/MT, RT/UT) and close findings efficiently. Maintain full traceability of materials, welding, and electrical components. Create and manage ITPs, weld maps, quality plans, and NCRs. Drive continuous improvement: analyze defects, reduce rework, and improve manufacturability. Coach and mentor the team on inspection criteria, safety, and testing best practices. Interface confidently with clients and third-party inspectors, managing hold/witness points professionally. What You Bring to the Table: Hands-on experience in mechanical/electromechanical fabrication or modular plant construction. Ability to read P&IDs, isometrics, GA drawings, electrical schematics, and datasheets. Skilled in precision measurement, pressure testing, torque, and basic electrical testing. Knowledge of welding quality, NDT methods, and ISO 9001 QMS. Strong communicator—shop floor and client-ready. Extra Points If You Have: Degree in Mechanical, Electrical, or Manufacturing Engineering. Six Sigma Green Belt or experience with SPC/CAPA. Familiarity with PED/UKCA, ASME B31.x/EN piping codes, ATEX, and BMS/I/O FATs. Experience in aerospace or automotive industries—a major advantage! Why You’ll Love This Role: Work on mission-critical projects where quality makes all the difference. Be part of a collaborative, forward-thinking team. Opportunities for personal growth, mentoring, and career progression. Your impact will be visible every day, from shop floor to client approvals. Success Metrics You’ll Own: First-pass yield, NCR closure lead time, punch-list burn-down, leak-free pressure tests, and CAPA effectiveness. Tools You’ll Use: Autodesk/Inventor/Plant 3D | Navisworks | Office 365 | calibrated gauges | torque tools | multimeters | insulation testers | modern QMS systems (EtQ, Intelex, Jira) MAN24