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NPI Manufacturing Engineer -- MedTech Precision Machining

TOMZ Manufacturing Corp

Berlin, CT 06037 • $100,000 to $130,000 / yr • 10/23/2026

Job Description

Job Description

Location: Berlin, CT

Reports to: Engineering Manager

A day in this role

When the lights come on in our Berlin, CT facility, you’re already mapping the day: confirming tooling availability, lining up a new product transfer, and reviewing overnight production data. By mid-morning, you’re on the floor partnering with machinists to eliminate a recurring downtime issue. After lunch, you finalize an engineering change order, brief Operations on updated work instructions, and prep for an IQ/OQ/PQ validation run on a new anodize process. You wrap the day by updating PFMEA actions and scheduling a Kaizen focused on cycle-time reduction. That’s a snapshot of life as an NPI Manufacturing Engineer at TOMZwhere precision CNC machining, finishing, assembly, and anodize processes come together to build critical medical device components.

What you’ll do
  • Design and implement robust, cost-efficient manufacturing methods that scale from pilot to mid/high-volume production.
  • Lead production transferspartnering with cross-functional teams to stand up stable processes for volume launch.
  • Reduce equipment/tooling downtime and scrap; perform tool-life studies to drive throughput and cost savings.
  • Run manufacturing process capability studies and act on findings to meet quality and delivery objectives.
  • Continuously improve processes, controls, and methods for sustained and new productstargeting quality, cost, and efficiency.
  • Create and execute engineering change orders; coordinate deployment and train Operations on updates.
  • Author and refine manufacturing instructions, product flows, assembly methods, space utilization, and safety practices.
  • Develop, qualify, and deploy production tooling and equipment necessary for CNC machining, finishing, assembly, and anodize.
  • Analyze product and process performance to identify cost reduction and quality improvement opportunities.
  • Apply risk tools such as PFMEA to reveal potential failure modes and define corrective/preventive actions.
  • Support and execute equipment qualifications and process validations, including IQ, OQ, and PQ.
  • Troubleshoot defects, lead root-cause investigations, and implement immediate containment and durable countermeasures.
  • Train Engineering and Operations personnel on processes and equipment as needed.
  • Disposition nonconforming material and create safe, effective rework procedures.
  • Plan and facilitate Kaizen events; champion Lean and continuous improvement throughout the value stream.
  • Work in accordance with the TOMZ Quality Management System and perform other duties as assigned.
What you’ll bring
  • Meticulous attention to detail and a bias for action in a fast-paced medical device manufacturing environment.
  • Fluency in reading drawings and specifications with GD&T.
  • Proficiency in SolidWorks, plus practical experience with Microsoft Office and Adobe tools.
  • Working knowledge of GMP and ISO 13485 requirements.
  • Hands-on continuous improvement backgroundparticipation in and/or facilitation of Kaizen using Lean principles.
Education & Experience
  • Bachelor’s degree in an engineering discipline or equivalent experience.
  • 5+ years in a regulated industry, preferably with a medical device or aerospace contract manufacturer.
Preferred skills
  • Excellent time management and the ability to prioritize shifting workloads.
  • Self-starter who thrives independently and collaborates effectively.
  • Clear, confident communication in Englishboth written and verbal.
Physical requirements
  • Able to bend, stoop, squat, kneel, and lift up to 20 pounds; team lift or mechanical assist for heavier objects.
  • 20/20 vision (assisted or unassisted) for sorting raw and non-conforming materials; strong manual dexterity for small to medium parts.
  • Comfort with exposure to oil, grease, dust, metal particles, sparks, and sharp-edged materials; PPE or engineering controls may be required.
  • Frequent computer use and data entry.