Mechanical Engineer III

Montana Instruments•Bozeman, MT

67d•Onsite

About The Position

Our solutions are a key part of most industries - electronics, medical research, renewable energy, food production, infrastructure and many more. Working with us means working with the latest technologies and groundbreaking, sustainable innovations. Join us on our journey for a better tomorrow. Montana Instruments is a leader in the development of cutting-edge scientific instruments tailored for research and industrial applications in the quantum industry. The Mechanical Engineer III works on a cross-functional team to develop innovative products and technology for release to the market. They are responsible for all aspects of engineering design, analysis, prototyping, test, and documentation of components and assemblies for Montana Instruments technology and products. This position supports new product introductions, new custom-engineered products, new technology developments, and sustaining engineering efforts; striving to release designs on schedule and under budget while meeting internal and external customer expectations and specifications.

Requirements

Bachelor's degree in Mechanical Engineering or related technical discipline.
5-8 years relevant work experience
Experience in a product development environment
Team player with excellent interpersonal skills and ability to collaborate seamlessly across the organization.
Strong understanding of engineering principles including mechanics, thermodynamics, and materials science and the ability to intuitively and effectively utilize them.
Proficiency in CAD software (e.g. SOLIDWORKS)
Strong analytical and problem-solving skills.
Effective communication skills with ability to articulate complex technical concepts across the organization.
Able to prioritize several concurrent projects and multitask.
Comfortable working in a lab environment with tools, test equipment, and prototypes—combining analytical thinking with hands-on execution.
Action-oriented self-starter, able to work in a fast-paced environment with accuracy, efficiency, and continuous improvement.
In-depth knowledge of mechanical drawing standards (ASME Y14) and best practices for manufacturing parts and assemblies.
Experience with ERP systems and understanding of engineering and manufacturing interface with these systems
Experience leading projects

Nice To Haves

experience with vacuum and/or cryogenic systems
experience with vibrations design and analysis
experience with design simulation including finite element analysis

Responsibilities

Develop new products and technologies from concept to production.
Utilize engineering principles to design complex mechanical components, assemblies, and systems while striving for simplicity.
Apply advanced analytical methods including simulations, modeling, and quantitative testing to inform design decisions, validate performance, and continuously refine mechanical systems based on empirical data.
Create and release engineering drawings, bills of materials, reports, and presentations.
Build and iterate on prototypes in the lab, developing and executing test plans to verify performance, reliability, and manufacturability.
Align with cross-functional teams including electrical engineering and software engineering to ensure designs integrate into overall system architecture.
Collaborate with the Sales and Product Management teams to understand customer requirements.
Collaborate with Project Management to communicate needs, clear project roadblocks, accomplish tasks, and align work with company priorities.
Collaborate with the Operations team to develop products that meet manufacturability and serviceability needs.
Use root cause analysis to solve problems and prevent recurrence.
Manage own time and lead projects when required.
Manage development of mechanical sub-systems that integrate into overall system design.
Participate in technical design reviews, providing feedback to enhance quality and performance.
Learn, follow, teach, and continuously improve our internal processes.