Mechanical Design Engineer Intern (Spring)

H3X Technologies•Louisville, CO

1d•$23 - $37

About The Position

H3X is looking to hire a mechanical design engineering intern to support the development across all aspects of the HPDM product line. This is not an ordinary internship. You will be given the full responsibility of a mechanical design engineer. The engineering team is intentionally small and operates at a very fast pace. A high degree of self-motivation and responsibility is required as you will be given significant freedom and will be directly responsible for your parts. We are focused on hiring Spring Interns, but will also have future Summer roles, and open to extended Co-Op periods.

Requirements

Pursuing a Bachelor’s or Graduate Degree in Mechanical Engineering or similar
GPA of 3.0 or higher
Hands-on experience assembling mechanical systems
SolidWorks proficient (or similar)
Excellent written and verbal communication
Exceptional understanding of fundamentals
Action biased, results-driven mentality
Willingness to learn quickly

Nice To Haves

Experience with manufacturing processes (machining, Metal AM, & composites)
Experience with producing 2D part drawings & GD&T
Experience with linear structural FEA

Responsibilities

Establish and document requirements
Conceptualize designs and product architectures that meet program requirements
Present in Concept Design Reviews
Design parts and assemblies utilizing SolidWorks
Perform and document mechanical analyses, including hand calculations, FEA, CFD, etc. for structural, modal, thermal, and/or fluid aspects of products
Present in Preliminary and Critical Design Reviews
Generate engineering drawings per ASME and GD&T standards, perform tolerance stack-ups
Compile complete Bills of Materials
Provide technical supply chain support for sourcing hardware
Work with technicians and manufacturing engineers to build initial prototypes
Create a Design Validation Plan and Report (DVP&R) for new products and/or subsystems
Support testing execution and characterization of new designs
Interpret test results, identify root-cause of issues, and make design recommendations to meet the highest level of reliability and performance
Integrate sub-systems into full systems
Support future production builds or complete system tests
Identify workplace hazards and implement safe processes
Maintain testing and production equipment where necessary