Jobs

Description

Onsite

Opto-Mechanical Engineer

Must-Have Skills

• Strong experience in mechanical design, including 3D CAD modeling and prototyping.
• Knowledge of various manufacturing methodologies, such as machining, 3D printing, injection molding, and others
• NX CAD software and
• Thermal management principles and practices, which can be beneficial in designing and developing AR product

Job Responsibilities:

• Lead Mechanical Engineering workstreams for electromechanical sensor integration onto wearable hardware, ensuring all mechanical aspects of development, performance and reliability are met ensuring program success.
• Work across a full technology and product development cycle to deliver robust mechanical designs from concept to production.
• Partner with cross-functional researchers and engineers develop wearable architectures for AR/VR interaction.
• Engage with internal and external stakeholders to produce high-quality prototypes which meet project specifications.
• Familiarity with Optical systems used in AR/VR products

Minimum Qualifications:

• BS or MS in Mechanical Engineering or similar
• 3+ years of experience in 3D CAD modeling - NX
• 5+ years of advanced design or R&D experience with electromechanical sensors
• Demonstrated experience to apply first principles to complex technical problems
• Demonstrated experience with manufacturing techniques (machining, 3D printing, injection molding, etc.)
• Demonstrated experience with PCB/PCBA, FPC/FPCA design and integration
• Experience with NX CAD

Key Projects/Day-to-Day

Responsibilities:

• Rapid Prototype Mechanical Design: Design and develop rapid prototypes of mechanical components for AR products, ensuring timely delivery and meeting project specifications.
• AR Module and System Level Prototypes: Collaborate with cross-functional teams to design and integrate AR modules and system level prototypes, ensuring seamless integration and optimal performance.
• Design Wearables: Design and develop wearable devices that meet project requirements, including mechanical design, prototyping, and testing.
• System Integration: Integrate mechanical components with other systems, such as electrical and software components, to ensure smooth operation and optimal p erformance.
• Testing: Conduct testing and validation of mechanical designs and prototypes to ensure they meet project specifications and requirements.