Mechanical Development Engineer

We are seeking a highly motivated and hands-on Mechanical Development Engineer to join our multidisciplinary innovation team.
In this pivotal role, you will assume end-to-end ownership of the mechanical design for our core device and its associated test systems.
You will collaborate closely with experts in electronics, firmware, and biofeedback analysis, contributing to both current device improvements and the early-stage development of future accessories and essential testing equipment. A key aspect of this role involves participating in ongoing research for new sensor integrations and exploring potential form factors. This position uniquely bridges mechanical design, complex sensor integration, rapid prototyping, and critical engineering support, playing a vital part in maintaining and enhancing our hardware excellence as we continue to grow and innovate.
Key Responsibilities:
Mechanical Design Leadership: Lead the mechanical design of complex device components and related test systems, guiding them from initial concept through validated prototypes, and ultimately to mass production-ready final parts.
Sensor & Microcontroller Integration: Expertly integrate both mechanically and electronically various sensors and microcontrollers (e.g., Arduino, Raspberry Pi, using platforms that mimic device constraints) into lab setups and device concepts.
Complex Environmental Handling: Design mechanical core components required to accurately handle and integrate flow, pressure, humidity, temperature, and other intricate mechanical constraints. Expertise in these domains is essential.
Cross-Functional Collaboration: Collaborate effectively with production and engineering teams to proactively identify and resolve design, quality, and test-related challenges.
Innovation & Prototyping: Co-develop and rigorously test innovation boards and prototypes that pave the way for future hardware directions and product lines.
Lab Management: Set up and meticulously maintain the mechanical lab environment, including defining needs, managing tools, and ensuring all equipment is calibrated and ready for use.