Industrial Engineer

Industrial Engineer Manufacturing Engineering Tooling & Fixtures Mechanical Design Continuous Improvement Position Overview We are looking for a resourceful and inventive Industrial Engineer who combines rigorous process engineering with genuine mechanical and industrial design capability. This is a hands-on role for someone who thrives at the intersection of creative problem solving and disciplined manufacturing practice — translating ideas into manufacturable, cost-effective solutions from the drawing board to the shop floor. If you see engineering challenges as design opportunities and can back your instincts with solid analysis and clear documentation, we want to hear from you.

POSITION DETAILS

Department:

Manufacturing Engineering FLSA Status:

Exempt Employment Type:

Full-Time Work Location:

On-Site - Production Facility

KEY RESPONSIBILITIES

Manufacturing Process Engineering Analyze, design, and improve manufacturing processes for machined, fabricated, and welded components with a focus on quality, cost, and throughput. Develop work instructions, process sheets, routers, and time standards to support efficient shop floor execution. Support and actively contribute to shop scheduling activities, working alongside production supervisors to optimize workflow, capacity loading, and machine utilization. Perform time studies, capacity analysis, and process-flow mapping to identify and resolve production bottlenecks. Mechanical & Industrial Design Apply mechanical and industrial design skills to engineer custom tooling, fixtures, jigs, and work-holding devices that are both functionally robust and elegantly simple to use. Bring a designer's eye to process and product challenges — exploring multiple concepts, evaluating trade-offs, and converging solutions that balance performance, manufacturability, and cost. Create and maintain detailed CAD models and manufacturing drawings for machined parts, weldments, fixtures, and assemblies, applying GD&T per

ASME Y14.5.

Update and revise engineering prints through ECO/ECR processes, maintaining accuracy and revision control within PDM/PLM systems. Develop and maintain Bills of Materials (BOMs) and related documentation within ERP (Sage X3) workflows. Welding & Fabrication Support Provide technical support to welding and fabrication teams, including weld symbol callouts, joint design, fit-up tolerance review, and fixture qualification. Design or specify fixturing solutions that simplify complex weld assemblies, reduce setup time, and improve repeatability. Coordinate fabrication, procurement, and qualification of new tooling and fixturing as required by production needs. Creative Problem Solving & Continuous Improvement Approach engineering challenges with curiosity and creativity — generating novel ideas, rapidly prototyping concepts, and iterating toward practical, shop-floor-ready solutions. Lead or actively contribute to DFM/DFA design reviews, kaizen events, root cause analysis, and cost-reduction initiatives targeting scrap, rework, and cycle time. Collaborate with product engineering during new product introduction (NPI) to surface and resolve manufacturability concerns early in the design cycle. Drive continuous improvement in tooling, fixturing, and process design by applying lean manufacturing principles including 5S, SMED, and value stream mapping. Quality & Compliance Support ISO- or AS9100-compliant quality management systems, including FMEA development, control plan creation, first article inspection (FAI), and corrective action participation. Ensure all engineering documentation meets applicable quality standards and internal change control procedures. Participate in internal and external audits as an engineering subject-matter expert.

REQUIRED QUALIFICATIONS

Associate's or bachelor's degree in industrial engineering, Mechanical Engineering, Manufacturing Engineering Technology, or a closely related discipline — or equivalent demonstrated experience. 3+ years of experience in manufacturing, job shop, or custom fabrication environment combining process engineering and hands-on technical work. Proficiency in 3D CAD (SolidWorks strongly preferred; AutoCAD or Inventor acceptable) and GD&T per

ASME Y14.5.

Demonstrated ability to create production-quality machining drawings, weldment drawings, and assembly drawings. Hands-on familiarity with welding processes (MIG, TIG, or structural) sufficient to author accurate weld drawings and support fit-up review. Practical experience designing or specifying tooling, fixtures, or jigs in a production environment. Working knowledge of PDM/PLM systems (e.g., SolidWorks PDM, Windchill, or Vault) for document and revision control. Familiarity with ERP-driven engineering workflows; experience with Sage X3 is a significant plus.

PREFERRED QUALIFICATIONS

★

Strongly Preferred:

Mechanical / Industrial Design Capability The ideal candidate brings more than process engineering proficiency — they bring a designer's instinct. We are especially interested in candidates who demonstrate: A portfolio or examples of original mechanical or industrial design work — custom equipment, tooling systems, fixture concepts, or product designs that show creative thinking and engineering rigor. The ability to generate multiple design concepts quickly, evaluate trade-offs clearly, and communicate ideas visually through sketches, CAD, or rapid prototypes. Experience applying industrial design principles (ergonomics, human factors, form-function balance) to production tooling, work cells, or manufacturing equipment. A track record of creative problem solving: finding unexpected but elegant solutions to persistent manufacturing, tooling, or design challenges. Basic understanding of CNC programming concepts or CAM workflows (Mastercam, Fusion 360 CAM, or similar); comfort collaborating with CNC programmers on toolpath and setup strategy. Exposure to ISO 9001 or AS9100 quality management systems, including documentation practices and audit participation.

Familiarity with lean manufacturing tools:

5S, kaizen, value stream mapping, SMED, and standard work. CSWA (Certified SolidWorks Associate) or equivalent CAD certification. Experience in precision contract manufacturing, aerospace, defense, heavy equipment, or oil & gas industries.

SKILLS & COMPETENCIES

Technical Skills Professional Competencies 3D CAD — SolidWorks / Auto

CAD GD&T

(ASME Y14.5) Mechanical & industrial design Weld drawing & fabrication review Fixture, tooling & jig design PDM/PLM document control ERP workflows (Sage X3)

DFM / DFA

principles

CAM / CNC

programming concepts Lean & CI tools (kaizen, VSM, 5S) Creative problem solving & concept generation Visual communication of design ideas Cross-functional collaboration Analytical thinking & root cause analysis Self-directed initiative Continuous improvement mindset Attention to detail & documentation discipline Ability to read & interpret customer specs Adaptability in fast-paced environments Constructive participation in design reviews

PHYSICAL REQUIREMENTS & WORK ENVIRONMENT

Regular work performed in an office/engineering environment with frequent time on the production floor. Ability to stand, walk, and observe manufacturing operations for extended periods. Must wear appropriate PPE (safety glasses, steel-toed footwear, hearing protection) when on the shop floor. Occasional lifting of up to 30 lbs when handling tooling, fixtures, or sample parts.

EQUAL OPPORTUNITY STATEMENT

We are an equal opportunity employer committed to creating an inclusive environment for all employees. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, veteran status, or any other protected characteristic.

Pay:

From $79,400.00 per year

Benefits:

401(k) 401(k) matching Flexible schedule Health insurance Health savings account Life insurance Paid time off Retirement plan

Work Location:

In person Industrial Engineer Kewanee, IL 61443 From $79,400 a year - Permanent, Full-time From $79,400 a year - Permanent, Full-time Industrial Engineer Manufacturing Engineering Tooling & Fixtures Mechanical Design Continuous Improvement Position Overview We are looking for a resourceful and inventive Industrial Engineer who combines rigorous process engineering with genuine mechanical and industrial design capability. This is a hands-on role for someone who thrives at the intersection of creative problem solving and disciplined manufacturing practice — translating ideas into manufacturable, cost-effective solutions from the drawing board to the shop floor. If you see engineering challenges as design opportunities and can back your instincts with solid analysis and clear documentation, we want to hear from you.

POSITION DETAILS

Department:

Manufacturing Engineering FLSA Status:

Exempt Employment Type:

Full-Time Work Location:

On-Site - Production Facility

KEY RESPONSIBILITIES

Manufacturing Process Engineering Analyze, design, and improve manufacturing processes for machined, fabricated, and welded components with a focus on quality, cost, and throughput. Develop work instructions, process sheets, routers, and time standards to support efficient shop floor execution. Support and actively contribute to shop scheduling activities, working alongside production supervisors to optimize workflow, capacity loading, and machine utilization. Perform time studies, capacity analysis, and process-flow mapping to identify and resolve production bottlenecks. Mechanical & Industrial Design Apply mechanical and industrial design skills to engineer custom tooling, fixtures, jigs, and work-holding devices that are both functionally robust and elegantly simple to use. Bring a designer's eye to process and product challenges — exploring multiple concepts, evaluating trade-offs, and converging solutions that balance performance, manufacturability, and cost. Create and maintain detailed CAD models and manufacturing drawings for machined parts, weldments, fixtures, and assemblies, applying GD&T per

ASME Y14.5.

Update and revise engineering prints through ECO/ECR processes, maintaining accuracy and revision control within PDM/PLM systems. Develop and maintain Bills of Materials (BOMs) and related documentation within ERP (Sage X3) workflows. Welding & Fabrication Support Provide technical support to welding and fabrication teams, including weld symbol callouts, joint design, fit-up tolerance review, and fixture qualification. Design or specify fixturing solutions that simplify complex weld assemblies, reduce setup time, and improve repeatability. Coordinate fabrication, procurement, and qualification of new tooling and fixturing as required by production needs. Creative Problem Solving & Continuous Improvement Approach engineering challenges with curiosity and creativity — generating novel ideas, rapidly prototyping concepts, and iterating toward practical, shop-floor-ready solutions. Lead or actively contribute to DFM/DFA design reviews, kaizen events, root cause analysis, and cost-reduction initiatives targeting scrap, rework, and cycle time. Collaborate with product engineering during new product introduction (NPI) to surface and resolve manufacturability concerns early in the design cycle. Drive continuous improvement in tooling, fixturing, and process design by applying lean manufacturing principles including 5S, SMED, and value stream mapping. Quality & Compliance Support ISO- or AS9100-compliant quality management systems, including FMEA development, control plan creation, first article inspection (FAI), and corrective action participation. Ensure all engineering documentation meets applicable quality standards and internal change control procedures. Participate in internal and external audits as an engineering subject-matter expert.

REQUIRED QUALIFICATIONS

Associate's or bachelor's degree in industrial engineering, Mechanical Engineering, Manufacturing Engineering Technology, or a closely related discipline — or equivalent demonstrated experience. 3+ years of experience in manufacturing, job shop, or custom fabrication environment combining process engineering and hands-on technical work. Proficiency in 3D CAD (SolidWorks strongly preferred; AutoCAD or Inventor acceptable) and GD&T per

ASME Y14.5.

Demonstrated ability to create production-quality machining drawings, weldment drawings, and assembly drawings. Hands-on familiarity with welding processes (MIG, TIG, or structural) sufficient to author accurate weld drawings and support fit-up review. Practical experience designing or specifying tooling, fixtures, or jigs in a production environment. Working knowledge of PDM/PLM systems (e.g., SolidWorks PDM, Windchill, or Vault) for document and revision control. Familiarity with ERP-driven engineering workflows; experience with Sage X3 is a significant plus.

PREFERRED QUALIFICATIONS

★

Strongly Preferred:

Mechanical / Industrial Design Capability The ideal candidate brings more than process engineering proficiency — they bring a designer's instinct. We are especially interested in candidates who demonstrate: A portfolio or examples of original mechanical or industrial design work — custom equipment, tooling systems, fixture concepts, or product designs that show creative thinking and engineering rigor. The ability to generate multiple design concepts quickly, evaluate trade-offs clearly, and communicate ideas visually through sketches, CAD, or rapid prototypes. Experience applying industrial design principles (ergonomics, human factors, form-function balance) to production tooling, work cells, or manufacturing equipment. A track record of creative problem solving: finding unexpected but elegant solutions to persistent manufacturing, tooling, or design challenges. Basic understanding of CNC programming concepts or CAM workflows (Mastercam, Fusion 360 CAM, or similar); comfort collaborating with CNC programmers on toolpath and setup strategy. Exposure to ISO 9001 or AS9100 quality management systems, including documentation practices and audit participation.

Familiarity with lean manufacturing tools:

5S, kaizen, value stream mapping, SMED, and standard work. CSWA (Certified SolidWorks Associate) or equivalent CAD certification. Experience in precision contract manufacturing, aerospace, defense, heavy equipment, or oil & gas industries.

SKILLS & COMPETENCIES

Technical Skills Professional Competencies 3D CAD — SolidWorks / Auto

CAD GD&T

(ASME Y14.5) Mechanical & industrial design Weld drawing & fabrication review Fixture, tooling & jig design PDM/PLM document control ERP workflows (Sage X3)

DFM / DFA

principles

CAM / CNC

programming concepts Lean & CI tools (kaizen, VSM, 5S) Creative problem solving & concept generation Visual communication of design ideas Cross-functional collaboration Analytical thinking & root cause analysis Self-directed initiative Continuous improvement mindset Attention to detail & documentation discipline Ability to read & interpret customer specs Adaptability in fast-paced environments Constructive participation in design reviews

PHYSICAL REQUIREMENTS & WORK ENVIRONMENT

Regular work performed in an office/engineering environment with frequent time on the production floor. Ability to stand, walk, and observe manufacturing operations for extended periods. Must wear appropriate PPE (safety glasses, steel-toed footwear, hearing protection) when on the shop floor. Occasional lifting of up to 30 lbs when handling tooling, fixtures, or sample parts.

EQUAL OPPORTUNITY STATEMENT

We are an equal opportunity employer committed to creating an inclusive environment for all employees. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, veteran status, or any other protected characteristic.

Pay:

From $79,400.00 per year

Benefits:

401(k) 401(k) matching Flexible schedule Health insurance Health savings account Life insurance Paid time off Retirement plan

Work Location:

In person