Senior Mechanical Engineer (Advanced Development)

RESPONSIBILITIES

• Lead the mechanical design and development of advanced projects to shape the future of WHOOP hardware.
• Design and analyze complex mechanical components around microelectronics, meeting stringent technical, performance, and industrial design requirements to guide projects from concept through manufacturing release.
• Develop and present multiple design solutions for novel and complex technical challenges, articulating them clearly to cross-functional teams and documenting design process and specifications thoroughly.
• Design and execute comprehensive testing and validation plans, employing advanced design of experiments (DOE) methodologies to drive understanding, uncover insights, and deliver actionable results that enhance product quality, performance, and manufacturability.
• Partner with the Hardware Product Team to lead engineering evaluation of new technologies, addressing risks that ensure the success of future NPI programs.
• Operate and maintain in-house prototyping tools, including CNC machines, to create proof-of-concept prototypes and support early-stage development.
• Mentor colleagues by demonstrating exemplary engineering analysis, clear communication, and full lifecycle project ownership.
• Up to 10% travel internationally to contract manufacturers and suppliers.

QUALIFICATIONS

• Bachelor’s degree in Mechanical Engineering or related field.
• 5+ years of experience in the design and product release of complex mechanical products for medium to high volume consumer electronics.
• Experience with SolidWorks CAD best practices, including advanced assemblies, complex surfacing, configuration management and applying DFx feedback.
• Proven expertise in operating and maintaining rapid prototyping machinery to craft proof-of-concept models.
• Excellent communication skills with the confidence to distill complex technical concepts into language that can be understood by a wide variety of teams.
• Prior experience in high-quality consumer electronics or wearable technologies preferred.
• Familiarity with advanced testing methods and statistical analysis tools preferred.
• Experience with optical sensing technologies and/or other projects in the physiological monitoring space preferred.
• Some experience with high-volume manufacturing processes (e.g., injection molding, die casting, metal injection molding) and manual assembly preferred.
• Strong project management skills in fast-paced, cross-functional environments preferred.