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Computer Integrated Manufacturing Engineer Jobs in Montana

Kratos Defense

Manufacturing Engineer ll

Columbia Falls, MT · On-site

$66K - $86K/yr

Develop and edit CAD drawings and train Engineering proper/consistent documentation for DFM. * Develop and maintain standard work documentation . * Develop, implement, and improve manufacturing ...

Kratos Defense

Manufacturing Engineer IV

Columbia Falls, MT · On-site

$66K - $86K/yr

Interpretation and creation of precision technical drawings and digital models. * CAD proficiency ... Electrical Engineering Experience * Expert system-level electrical design and integration ...

Kratos Defense

Manufacturing Engineer IV

Columbia Falls, MT

$66K - $86K/yr

Interpretation and creation of precision technical drawings and digital models. CAD proficiency ... Electrical Engineering Experience Expert system-level electrical design and integration experience ...

Instant Serve LLC

Director of Manufacturing

Butte, MT · On-site

$150/hr

Serve as a liaison between research, engineering, manufacturing, and vendors. Own and drive ERP ... Strong computer skills in MRP, ERP, inventory/warehouse systems, and MS Office/PowerPoint. U.S ...

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Showing results 1-20

All JobsComputer Integrated Manufacturing Engineer JobsComputer Integrated Manufacturing Engineer Jobs in Montana

Computer Integrated Manufacturing Engineer information

See Montana salary details

$43.6K

$78.6K

$110.1K

How much do computer integrated manufacturing engineer jobs pay per year?

As of Aug 20, 2026, the average yearly pay for computer integrated manufacturing engineer in Montana is $78,580.00, according to ZipRecruiter salary data. Most workers in this role earn between $67,000.00 and $86,300.00 per year, depending on experience, location, and employer.

What does a computer integrated manufacturing engineer do?

A Computer Integrated Manufacturing (CIM) Engineer is responsible for designing, implementing, and optimizing automated manufacturing systems that use computers to control the entire production process. They integrate hardware and software solutions to streamline operations, improve product quality, and increase efficiency. CIM Engineers work with robotics, computer-aided design (CAD), and computer-aided manufacturing (CAM) systems to ensure the seamless flow of information and materials throughout the manufacturing process.

How does a computer integrated manufacturing engineer typically collaborate with other departments during a project?

As a Computer Integrated Manufacturing (CIM) Engineer, you'll frequently work cross-functionally with production, quality assurance, design engineering, and IT teams. Your role involves integrating computer systems with manufacturing processes, so you'll often coordinate with software developers to customize automation solutions and with production managers to ensure smooth implementation on the shop floor. Regular meetings and clear communication with these teams are essential for troubleshooting issues, optimizing workflows, and ensuring that technological upgrades align with manufacturing goals. This collaborative environment provides valuable opportunities to broaden your technical knowledge and build strong professional relationships.

What are the key skills and qualifications needed to thrive as a computer integrated manufacturing engineer, and why are they important?

To thrive as a Computer Integrated Manufacturing Engineer, you need a strong background in manufacturing processes, automation, and systems engineering, usually supported by a degree in mechanical, industrial, or manufacturing engineering. Proficiency with CAD/CAM software, PLC programming, robotics, and familiarity with ERP systems and lean manufacturing certifications are typically required. Analytical thinking, problem-solving, and effective teamwork are essential soft skills for optimizing production and driving process improvements. These skills are vital for integrating advanced technologies in manufacturing, enhancing efficiency, and maintaining competitive operations.

What is the difference between Computer Integrated Manufacturing Engineer vs Manufacturing Engineer?

AspectComputer Integrated Manufacturing EngineerManufacturing Engineer
Required CredentialsBachelor's in Manufacturing, Industrial Engineering, or related; certifications like CIM or CAD software proficiencyBachelor's in Mechanical, Industrial, or Manufacturing Engineering; similar certifications often required
Work EnvironmentDesigning, implementing, and optimizing automated manufacturing systems in factories or plantsDeveloping manufacturing processes, improving production efficiency, and troubleshooting in production facilities
Employer & Industry UsageUsed by manufacturing firms focusing on automation and integrated systemsCommon across various manufacturing sectors including automotive, aerospace, and consumer goods

The main difference is that Computer Integrated Manufacturing Engineers focus on designing and managing automated, computer-controlled manufacturing systems, while Manufacturing Engineers concentrate on developing and improving manufacturing processes. Both roles require similar educational backgrounds and certifications but differ in their focus areas within the manufacturing industry.

Is there a demand for computer integrated manufacturing engineers?

Computer Integrated Manufacturing (CIM) engineers are in high demand due to the increasing adoption of automation, robotics, and advanced manufacturing systems across industries. Employers seek professionals skilled in CAD/CAM software, PLC programming, and systems integration to improve production efficiency and reduce costs.

What cities in Montana are hiring for Computer Integrated Manufacturing Engineer jobs?

Cities in Montana with the most Computer Integrated Manufacturing Engineer job openings:

Computer Integrated Manufacturing Engineer jobs near you
Infographic showing various Computer Integrated Manufacturing Engineer job openings in Montana as of June 2026, with employment types broken down into 93% Full Time, 6% Part Time, and 1% Contract. Highlights an 96% Physical, 1% Hybrid, and 3% Remote job distribution, with an average salary of $78,580 per year, or $37.8 per hour.

Manufacturing Engineer ll

Kratos Defense

Columbia Falls, MT

$66K - $86K/yr

Full-time

Posted 14 days ago

Kratos Defense & Security Solutions rating

7.8

Company rating: 7.8 out of 10

Based on 10 frontline employees who took The Breakroom Quiz

Job description

Overview: Nomad Global Communication Solutions (Nomad GCS) is a leading provider of communication and response products serving a wide variety of customers. Our purpose is to be the solution when every minute matters. We seek a candidate that is self-inspired to learn and demonstrates a high degree of customer service while positively contributing to our team.
The Manufacturing Engineers (MFEs) at Nomad GCS play a crucial role in supporting the engineering and production processes by identifying and planning for the design, process, and tooling challenges that arise during production. This position requires extensive product knowledge, strong problem-solving abilities, and a proactive approach to resolving issues. MFEs will collaborate on new projects within the broader engineering scope, including outside their primary areas of expertise. Being able to learn on-the-fly is required. All solutions must adhere to or exceed Nomad's standards of safety, efficiency, quality, and scalability.
Career Growth: Advancement is supported through hands-on project ownership, cross-functional collaboration, mentorship, and alignment with Nomad's Core Values. Manufacturing Engineers at Nomad GCS progress through five levels based on:
  • DFM execution and design risk mitigation
  • Tooling, fixture, and process architecture
  • Change control ownership and impact modeling
  • Production issue resolution and prevention
  • Manufacturing documentation standardization
  • Cross-platform manufacturability improvement
  • Production efficiency and cost optimization
  • Technical mentorship and leadership

Organizational Structure: Nomad Engineering is organized into Teams and Disciplines within the Innovative Solutions Division.
  • Teams:
    • Team 1 - Standards and Modularity: Builds and maintains engineering standards, modules, templates, and rules enabling repeatability and scale.
    • Team 2 - Design: Executes project-level engineering using established standards and less complex custom configurations.
    • Team 3 - Advanced: Develops novel systems and resolves first-of-kind engineering challenges.
    • Team 4 - Manufacturing & Industrial Engineering: Ensures manufacturability, safety, engineering intent, efficiency, and continuous improvement throughout Production.

  • Disciplines:
    • Mechanical Engineering
    • Electrical Engineering
    • IT Engineering
    • Human Factors Engineering
    • Software Engineering
    • Industrial Engineering (IE)
    • Manufacturing Engineering (MFE)

MFEs operate primarily within Manufacturing & Industrial Engineering (Team 4) while also supporting:
  • ISG - Standards & Modularity (Team 1)
  • ISG - Design Engineering (Team 2)
  • ISG - Advanced Engineering (Team 3)
  • Production - assigned Project/team support on the floor
  • Supply Chain
    • Quality Assurance

Team 4 contains both MFEs and IEs. These roles are differentiated in that the MFEs are to focus on how we build the product correctly and repeatably, whereas the IEs are to focus on how we build it efficiently and at scale.
Basic Knowledge Desired - All Levels:
  • Design for Manufacturability (DFM) principles and application during digital and physical builds.
  • Mechanical design fundamentals including tolerance stack-up, fit, and functional intent.
  • Manufacturing processes including welding (steel and aluminum), machining, grinding, routing, cutting, and mechanical assembly.
  • Tooling and fixture design concepts for repeatability, safety, and production efficiency.
  • Raw material selection, fabrication methods, and production cost considerations.
  • Interpretation and creation of precision technical drawings and digital models.
  • CAD proficiency (SolidWorks required) including modeling, drawing release, and file management.
  • CAM familiarity (CAMWorks or equivalent preferred).
  • ERP systems and change control processes (CR/CO workflow).
  • Standard manufacturing documentation practices and revision control.
  • Root cause analysis and structured problem-solving methods.
  • Competency in business and engineering software (MS Office: Word, Excel, PowerPoint).
  • Hands-on experience with woodworking, metalwork and shop equipment (manual + CNC).
  • Ability to communicate effectively between Engineering and Production teams.
  • Demonstrated alignment with Nomad Core Values.

Core Responsibilities - All Levels:
  • Review designs for manufacturability (DFM) during digital design and physical construction.
  • Use software (SolidWorks) to create/edit designs to be used in final production.
  • Develop and edit CAD drawings and train Engineering proper/consistent documentation for DFM.
  • Develop and maintain standard work documentation .
  • Develop, implement, and improve manufacturing processes.
  • Support production through training them on standard manufacturing processes.
  • Support production by troubleshooting build issues and clarifying engineering intent.
  • Create and maintain fixtures and tooling designs using hand tools and shop machinery (manual + CNC).
  • Conduct testing and validation, formally documenting results.
  • Analyze CR/COs and assess impact to schedule and costs.
  • Serve as liaison between Engineering and Production.
  • Drive continuous improvement in safety, quality, efficiency, and standardization.
  • Handle and prioritize multiple project requests at the same time.
  • Be willing to travel as needed by Management.
  • Uphold and model Nomad Core Values.
  • Perform additional duties as assigned.

Level Expectations:
Basic Knowledge Progression:
  • Level I:Foundational understanding of DFM, shop processes, and documentation standards
  • Level II:Strong working knowledge of tooling, tolerance analysis, ERP change control, and production troubleshooting
  • Level III:System-level manufacturability expertise and production risk mitigation
  • Level IV:Platform-level manufacturing architecture and cross-functional leadership
  • Level V:Enterprise-level manufacturing strategy, scalability, and innovation leadership

Manufacturing Engineer ll - Independent Contributor
  • Independently perform DFM reviews for small to mid-sized assemblies.
  • Develop and maintain standard work documentation .
  • Design and implement moderate-complexity tooling and fixtures.
  • Analyze Change Requests and prepare impact summaries for approval.
  • Support production troubleshooting with minimal oversight.
  • Conduct and document formal test setups and validation procedures.
  • Improve manufacturing documentation clarity and standardization.
  • Estimate engineering effort and manage assigned priorities.
  • 2-5 years manufacturing or mechanical engineering experience.

Visual Progression Ladder:
Level
Scope
Authority
Impact
I
Task-Level
Learns standards
Reduces rework
II
Assembly-Level
Independent execution
Improves production reliability
III
System-Level
Technical mentor
Prevents production failures
IV
Platform-Level
Technical authority
Standardizes manufacturing
V
Enterprise-Level
Strategic leader
Shapes how Nomad builds
Qualifications & Experience:
  • Bachelor of Science in Manufacturing Engineering or related field - ABET accredited preferred
  • 2-5 years manufacturing or mechanical engineering experience.
  • Equivalent education and experience may be considered
  • Experience with SolidWorks modeling, drawings, and file management
  • Experience with ERP software in a manufacturing environment
  • Valid driver's license in good standing

Physical Demands:
  • Ability to stand and sit for extended periods.
  • Occasionally required to climb, balance, stoop, kneel, crouch, or crawl.
  • Manual dexterity to operate office and manufacturing equipment.
  • Ability to lift and/or move up to 25 pounds frequently and up to 50 pounds occasionally.
    • Ability to speak and hear.
    • Vision requirements include close and distance vision, peripheral vision and depth perception.
    • Ability to work in office, shop, and vehicle environments as needed.
    • Ability to work safely around energized systems when required.
    • Must be able to travel as needed on occasion.

Working Environment:
  • Combination of office, production floor, vehicle-based, and exterior environments
  • Exposure to manufacturing noise, electrical equipment, and testing environments
  • PPE required when entering production or testing areas
  • Exposure to household and commercial chemicals
  • Everyday workwear must be business casual/smart casual, appropriate for the office environment, including when traveling and working off-site.

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