Manufacturing Engineer

EPS Connects; City of Watertown (NY); On-site; USD 85,000 - 110,000; Full time

Job summary

EPS Connects in Watertown, CT is seeking a hands-on Manufacturing Engineer specializing in automation and advanced processes to join our medical device manufacturing operation on-site. You will troubleshoot equipment, optimize processes, and work across automation, CNC, robotics, and vision systems to keep production running smoothly.

Ideal candidates bring a mechanical engineering degree and practical experience on the shop floor, designing tooling, fixtures, and components, with CAD

Qualifications

• Bachelor's degree in Mechanical, Manufacturing, Industrial Engineering, or related technical discipline.
• Hands-on manufacturing engineering and equipment troubleshooting experience.
• Experience with automated manufacturing equipment, CNC, robotics, machine vision, heat treatment, or PLC-controlled equipment.
• Strong mechanical aptitude and problem-solving on the manufacturing floor.
• Experience designing or modifying tooling and fixtures.
• CAD experience; SolidWorks preferred.

Responsibilities

• Support and optimize vacuum heat-treatment processes, including furnace programming, heat-treat cycle development, and equipment troubleshooting.
• Troubleshoot and improve CNC milling and trimming processes, including tooling, workholding, alignment, feeding systems, and overall process performance.
• Program and troubleshoot SCARA robots, bowl feeders, automated equipment, and pneumatic controls.
• Configure, tune, and troubleshoot Keyence vision and camera inspection systems.
• Support automated processes including laser etching, electropolishing, passivation, cleaning, coating, inspection, and finishing.
• Diagnose equipment and process problems and coordinate preventive and reactive maintenance.
• Analyze product-quality feedback and translate it into practical manufacturing improvements.
• Create SolidWorks models and 2D drawings for tooling, equipment, and process improvements.
• Work with Operations, Quality, contractors, and equipment suppliers to resolve technical problems and improve manufacturing performance.

Skills

Hands-on engineering

Troubleshooting

Automation

Process improvement

Mechanical aptitude

On-floor work

Tooling & fixtures

CAD

Robotics

Machine vision

CNC machining

Heat treatment

PLC equipment

Education

Bachelor's degree in Mechanical, Manufacturing, Industrial Engineering, or a related technical discipline

Tools

SolidWorks

Job description

Manufacturing Engineer -- Automation & Advanced Processes

**Location: Watertown, CT**

**Industry: Medical Device / Advanced Manufacturing**

**Full-Time | On-Site**

Hands-On Manufacturing Engineering

We're recruiting a **Manufacturing Engineer -- Automation & Advanced Processes** for a medical device manufacturing operation in Watertown, CT.

This is a hands-on plant engineering role for someone who enjoys being close to the equipment---**troubleshooting problems, improving manufacturing processes, working with automation, and figuring out why something isn't running the way it should.**

The manufacturing environment includes CNC equipment, robotics, machine vision, vacuum heat treatment, laser processing, and a variety of automated finishing and inspection processes.

You don't need to be an expert in every technology on day one. We're looking for a strong manufacturing engineer with the mechanical aptitude and problem-solving ability to work across a diverse range of equipment and processes.

What You'll Be Doing

You'll work directly with Operations, Quality, equipment suppliers, and other technical resources to improve equipment performance, process reliability, quality, and manufacturing efficiency.

our responsibilities will include:

• Support and optimize **vacuum heat-treatment processes**, including furnace programming, heat-treat cycle development, and equipment troubleshooting
• Troubleshoot and improve **CNC milling and trimming processes**, including tooling, workholding, alignment, feeding systems, and overall process performance
• Program and troubleshoot **SCARA robots, bowl feeders, automated equipment, and pneumatic controls**
• Configure, tune, and troubleshoot **Keyence vision and camera inspection systems**
• Support automated processes including **laser etching, electropolishing, passivation, cleaning, coating, inspection, and finishing**
• Diagnose equipment and process problems and coordinate preventive and reactive maintenance
• Analyze product-quality feedback and translate it into practical manufacturing improvements
• Create **SolidWorks models and 2D drawings** for tooling, equipment, and process improvements
• Work with Operations, Quality, contractors, and equipment suppliers to resolve technical problems and improve manufacturing performance

What We're Looking For

The strongest candidates will have a combination of **hands-on manufacturing engineering, equipment troubleshooting, automation, and process-improvement experience.**

Ideal experience includes:

• Bachelor's degree in Mechanical, Manufacturing, Industrial Engineering, or a related technical discipline preferred
• Hands-on manufacturing engineering, equipment, or process troubleshooting experience
• Experience working with one or more of the following:
• Automated manufacturing equipment
• CNC machining
• Robotics
• Machine vision
• Heat treatment
• PLC-controlled equipment
• Strong mechanical aptitude and manufacturing problem-solving skills
• Ability to work comfortably on the manufacturing floor and troubleshoot equipment directly
• Experience designing or modifying tooling, fixtures, or mechanical components
• Experience with CAD; **SolidWorks** is preferred

Experience with **Keyence vision systems, SCARA robotics, IPSEN vacuum furnaces, or similar technologies** is a plus, but we're more interested in someone who understands manufacturing equipment and knows how to solve problems than someone who happens to check every equipment-specific box.

Why Consider It?

This isn't a Manufacturing Engineer position where most of your time will be spent behind a desk.

You’ll work with a broad mix of manufacturing technologies and have direct involvement in the equipment and processes that keep production running.

For an engineer who likes walking onto the floor, seeing a problem, and thinking **\"Okay, why is it doing that?\"**---this is that kind of job.