XMachines

Benefits:

• Opportunities for professional development and career growth

• Collaborative and innovative work environment

• Chance to work on cutting-edge technology and make a meaningful impact

Education Requirements:

• Master's degree in Mechanical Engineering or a related field (preferred)

Experience Requirements:

• 10+ Years

Responsibilities:

• Provide strategic leadership and technical direction for the mechanical engineering team

• Lead the design, development, and implementation of complex mechanical systems

• Conduct and oversee in-depth analyses of mechanical feasibility, manufacturability, and performance

• Develop and maintain strong relationships with cross-functional teams

• Oversee the prototyping process

Benefits:

• Opportunities for professional development and career growth

• Collaborative and innovative work environment

• Chance to work on cutting-edge technology and make a meaningful impact

Education Requirements:

• Bachelor’s degree in Mechanical Engineering or related field; Master’s degree preferred

Experience Requirements:

• 7+ Years

Responsibilities:

• Lead the design and development of mechanical systems and components from concept to production

• Conduct feasibility studies and risk assessments

• Conduct and oversee in-depth analyses of mechanical feasibility, manufacturability, and performance

• Collaborate with cross-functional teams

• Utilize CAD software

Benefits:

• Opportunities for professional development and career growth

• Collaborative and innovative work environment

• Chance to work on cutting-edge technology and make a meaningful impact

• Collaborative and supportive work environment

• Gain valuable experience in the field of mechanical engineering and prototyping

Education Requirements:

• Bachelor's degree in Mechanical Engineering or a related field

Experience Requirements:

• 1 - 2 Years

Responsibilities:

• Work closely with design engineers to understand product requirements and specifications

• Develop and build functional prototypes using CAD tools

• Select appropriate materials and fabrication methods for prototyping

• Utilize traditional machining and fabrication techniques to create prototype components

• Conduct basic mechanical testing of prototypes