Description
Q-Lab Corporation is currently seeking a Senior Manufacturing Engineer. This role is responsible for leading cross functional teams to identify, quantify, and execute methods to lower cost and improve productivity and manufacturability as well as designing, managing, and implementing new machinery, tooling, and electro-mechanical test fixtures to support production of Q-Lab products and services.
Responsibilities:
- Lead cross functional teams to identify, quantify, and execute methods to lower cost and improve productivity and manufacturability
- Project management excellence: requirements delivery, technical risk mitigation, cost, timelines
- Design, manage, and implement new machinery, tooling, and electro-mechanical test fixtures to support production of Q-Lab products and services
- Create and maintain all forms of engineering documentation
Required Skills:
- Bachelor’s Degree in Engineering (Electrical, Mechanical, Industrial)
- 10+ years of work experience in a manufacturing environment
- Hands on experience with custom design as well as building with commercially available components
- Expert-level problem solver that blends independent thinking with creativity and collaboration
- Demonstrated proficiency in product costing and capital equipment projects
- Highly proficient with 3D CAD tools (Inventor, SolidWorks, etc.)
Desired Skills:
- Advanced understanding of industrial electronics and electrical controls/systems with design and build experience
- High level of expertise in rapid prototyping and fabrication methods: sheet metal forming, machining, welding, injection molding, etc.
- Experience with Fanuc robotic programming
- Experience with CNC VMC programming
Who We Are:
Q-Lab Corporation is a global leader in providing material durability testing products. Since 1956, we have designed and manufactured laboratory test products such as weathering testers, light stability testers and corrosion testers. We also perform weathering and corrosion testing services, including both laboratory and natural exposure tests. We maintain a global presence with testing facilities located in the US and sales and distribution facilities located in England, Germany and China. Our world-class corporate headquarters and manufacturing facility are located in Westlake, Ohio.
We Offer:
- Beautiful corporate headquarters conveniently located off I-90 in Westlake, Ohio.
- A Northeast Ohio Top Workplace environment – 12 years running!
- A proven track record of success.
- Excellent compensation package including profitability bonus and company-funded retirement plan.
- Comprehensive benefits: Health, Vision, Dental, Disability and Life.
- Generous Paid Time Off, and Holidays.
- Fun, friendly working atmosphere!
Q-Lab does not accept unsolicited contact from recruitment agencies. Please view our policy here.
Skills Required
- Bachelor's degree in Electrical, Mechanical, or Industrial Engineering
- 10+ years of work experience in a manufacturing environment
- Hands-on experience with custom design and commercially available components
- Expert-level problem-solving ability with independent thinking, creativity, and collaboration
- Proficiency in product costing and capital equipment projects
- Highly proficient with 3D CAD tools such as Inventor or SolidWorks
- Advanced understanding and design/build experience with industrial electronics and electrical controls or systems
- Expertise in rapid prototyping and fabrication methods, including sheet metal forming, machining, welding, or injection molding
- Experience with Fanuc robotic programming
- Experience with CNC VMC programming
What We Do
Q-Lab Corporation develops and manufactures material-durability testing products and provides testing services worldwide. Its portfolio includes standardized test substrates and equipment for accelerated weathering, lightfastness, and corrosion testing, including UV, xenon-arc, and cyclic-corrosion chambers. Q-Lab also operates laboratory and outdoor-exposure facilities that help manufacturers evaluate how products withstand sunlight, heat, moisture, and corrosive environmental conditions over time.
