Duties and Responsibilities
Team members will be involved in all phases of the product development lifecycle, providing valuable insight, contribution and support.
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Join in innovative idea generation and product development processes.
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Contribute to system-level architecture design and reviews.
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Evaluate projects and create task breakdowns and manpower estimates.
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Develop functional block diagrams and edit/modify existing 3D models of products.
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Create and maintain library component models and metadata.
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Assist in development and evaluation prototypes of products.
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Development and maintenance of test fixtures and support systems.
Engineering at Milbank is a team endeavor; communication and teamwork are essential to who we are and how we succeed.
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Speak clearly and persuasively in positive or negative situations, demonstrate group presentation skills and ability to conduct meetings.
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Strong ability to express complicated and technical matters in a clear, concise manner
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Embrace and enjoy a diverse working environment, understanding the strengths the differences of each of us bring to the team.
Lean Enterprise:
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Establish and utilize frameworks and systems, including tools such as visual management, problem solving, standard work and continuous improvement
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Adhere to and promote the HR Pledge.
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Cooperate and commit in a team environment to achieve goals and deliverables.
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Resolve difficult or complicated challenges using the problem-solving process
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Actively embrace our core principles.
Travel Required: Minimal with opportunities for on-site customer debug and support
Hours: Nominal 40-hour workweek with appreciation for work/life balance
Working Conditions: Business casual office setting located at our engineering/research facility and laboratory
Education: B.S. mechanical engineering or related engineering discipline
Experience: Design in SolidWorks 3D drafting and basic drafting standards
Requirements: Designs develops and test all aspects of the mechanical components of Milbank products. Applies knowledge of engineering principles to design mechanical and electrical products.
Skills and Abilities:
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Understanding of ME fundamentals: material sciences, construction and fabrication techniques, considerations for production, static and dynamic analysis, environmental effects on materials and dimensional stability, etc.
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Adept at creating 3D models and relational drafting techniques
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Basic understanding of molded part design: dies, flow, draft, limitations
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Basic understanding of component manufacturing: machine limitations, efficiencies, etc.
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Familiarity with basic metal shop tools and fabrication techniques
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Familiar with theories of failure analysis and robust system design
