Manufacturing Development Engineer

Compensation:
Competitive salary and equity package

Benefits include:
Family Health, Dental, Vision;
Flexible PTO, FSA Benefits, 401K Savings Plan, Paid Parental Leave, and Long-term Disability Insurance

Reports to:

R&D Director

Numat is a global leader in the field of precision chemistries. Numat’s solutions are changing the way industries around the world capture and separate hazardous chemicals that negatively impact human health and the environment.

Numat has been at the forefront of Metal-Organic Framework (MOF) research and production for over a decade, and is the first company to successfully commercialize MOFs. The company’s world-class platform integrates MOFs into existing products and processes, merging chemistry innovation with manufacturing at industrial scale.

Through bold and transformative chemistry, Numat helps its global customers and partners make meaningful progress toward their net zero and innovation objectives. Be a part of something bigger, join our team.

This is an early‑career role for an engineer who wants to learn manufacturing development by owning problems and solving them. You'll work across our manufacturing processes for both fabrics and adsorbents; designing and running experiments that reduce product and process variability, working out how process settings and raw‑material variation drive each product's critical quality attributes (CQAs), and helping scale our processes toward robust, repeatable commercial production.

You’ll work hands‑on with our pilot and process equipment. Expect to design experiments, run the equipment, interpret the data, and build technology transfer packages.

You will work on a varied set of instrumentation/projects and have a diverse set of responsibilities including:

• Plan, design, and execute experiments and DOEs that reduce product and process variability across fabrics and adsorbents.
• Support scaling our processes from lab and pilot toward robust, repeatable commercial production; contribute to demonstration runs and process‑capability assessment.
• Identify sources of variation and drive corrective and improvement actions.
• Help document processes so they transfer cleanly to manufacturing.
• Analyze the data and turn it into clear conclusions — including how process settings and raw‑material variation drive each product's critical quality attributes (CQAs): the few measurable properties that determine whether the product performs.
• Help define and hold the process windows and specifications that keep output consistent.

• Support running Numat's pilot processing equipment — the pilot spunbond and pilot meltblown nonwoven lines and the lamination machine — including setup, production runs, changeovers, and routine adjustments.
• Support production in-house nonwoven and laminated material on this equipment for current‑and next‑generation development.
• Cut, prepare, and condition swatches and test articles to defined, repeatable methods.
• Run our in-house performance proxy test; capture, record, and report results cleanly.
• Perform small‑scale lamination property testing, and prepare and support material for pilot and external production runs.

• Prepare, document, and ship samples to external testing partners, and receive and reconcile samples coming back from external trials.
• Build and improve the workflows, data capture, and methods that make the group's development work faster and more repeatable.
• Enter test and run data accurately and on time so the engineers and technologists work from clean information.

• A bachelor's degree in chemical, materials, or mechanical engineering, or a related physical science; recent graduate or early‑career (0–5 years).
• Demonstrated self‑direction — clear evidence you’ve owned something end to end (an internship or capstone project, something you built, a problem you chased without being told to).
• Strong problem‑solving and analytical skills, with a working foundation in statistics, DOE, or data analysis.
• Genuine interest in hands‑on work — comfortable on the floor…