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Numat

Designs nanoporous materials for gas separation

Fabric Process Development Engineer

Process EngineeringConfirmed live in the last 24 hours
Full-timeChicago, IL, USA

About the Job

Requirements

  • A bachelor's degree in mechanical or chemical engineering, or a related engineering or materials discipline; an advanced degree is welcome.
  • At least 5 years of industrial research and development or process development experience in a manufacturing environment, including developing and scaling processes rather than only sustaining existing ones.
  • Hands-on experience with rolled goods and web converting, such as paper, textiles, nonwovens, films, or membranes.
  • Direct experience developing a surface application or deposition process, such as spray, slot die, gravure, knife-over-roll, dip/nip, curtain, screen, or similar.
  • Working command of web handling fundamentals, including tension control, web path, line speed, and drying and curing.
  • Ability to reason about how upstream unit operations constrain downstream operations, rather than optimizing a single step in isolation.
  • Strong experimental design and data analysis, with DOE and statistical thinking as a default habit.
  • Genuine interest in hands-on work running equipment and trials.
  • Ability to communicate clearly and document and organize work well, with good judgment about when to decide and when to ask.
  • Ability to walk or stand for prolonged periods; bend, stoop, reach, and lift up to 50 pounds.
  • Ability and willingness to wear respiratory and/or hearing protection as required.

Responsibilities

  • Scale proprietary MOF deposition processes from bench and pilot trials through defined, repeatable processes suitable for commercial production.
  • Select, specify, and configure application hardware, fluid delivery, and the drying and curing profile.
  • Establish how material properties and process settings drive product critical quality attributes.
  • Define and hold process windows, specifications, and control strategy to keep output consistent.
  • Own the product as an integrated process by defining how nonwoven, MOF deposition, and lamination operations interact, what each requires from the preceding operation, and how variation propagates through to the finished fabric.
  • Run on-site pilot trials and support vendor and toll production trials.
  • Own web handling and its interaction with the MOF deposition step, including unwind and rewind tension, web path, line speed, drying profile, and edge and defect control.
  • Diagnose and eliminate defects and sources of variation.
  • Support and develop pilot nonwoven and lamination processes alongside MOF deposition work.
  • Partner with maintenance and equipment vendors on commissioning, qualification, and preventive maintenance as new pilot lines come in-house.
  • Plan, design, and execute experiments and DOE to map process space and reduce product and process variability.
  • Analyze data, draw clear conclusions and decisions, and assess process capability against product specifications.
  • Handle raw-material and substrate variation by setting incoming material requirements and building process latitude to absorb variation.
  • Build technology transfer packages and lead trials at external converting and contract manufacturing partners through qualification.
  • Support basic design and FEED for installing unit operations together into a production line, including process flow, equipment sizing and specification, layout, material flow, and utilities; work with equipment vendors through specification, acceptance testing, and commissioning.
  • Partner with Research to bound what is processable at scale and feed process constraints back into development early.
  • Work with the quality lab and metrology program to define measurements, methods, and acceptance criteria that gate the process.

Desired Qualifications

  • Experience across more than one surface application or deposition method, and judgment about which suits a given material and format.
  • Nonwoven forming (spunbond or meltblown) or lamination process experience, or familiarity with variability that nonwoven substrates bring to a deposition process.
  • Working knowledge of polymer mechanical behavior, textile mechanics, and laminate mechanical characterization, including tensile/elongation, modulus, bending and shear stiffness, drape, and peel/adhesion; ability to select appropriate test methods and relate layer properties and lamination conditions to finished-fabric performance.
  • Basic design or FEED work for a production line or unit operation, including process flow, equipment sizing and specification, layout, utilities, and defining vendor scope, as well as bringing separate unit operations together into one line.
  • Experience scaling a process from pilot to commercial volume, including technology transfer to contract manufacturers or toll processors.
  • Experience specifying, commissioning, or starting up new process equipment.
  • Familiarity with DOE and data-analysis tools such as Minitab, JMP, or Python.
  • Willingness to travel occasionally to external production and testing partners.

About the Company

Numat

Designs nanoporous materials for gas separation

NuMat Technologies designs nanoporous materials, mainly using compounds with many tiny pores, to improve gas storage, separation, and encapsulation. These materials work by having a network of small holes that can trap and hold gases or chemicals, enabling selective separation of gas mixtures and safer containment. What sets NuMat apart is the combination of deep chemistry and engineering expertise with strategic business leadership, plus high-profile collaborations such as the partnership with Linde that validate and scale their technology for industrial use. Their goal is to tackle long-term, generational challenges by making industrial gas storage and separation more efficient and sustainable, paving the way for broader, real-world adoption.

Company size
51-200
Company stage
Series C
Total funding
$63.6M
Headquarters
Chicago, IL
Founded
2012

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