About Us:

At Myant, our mission is to help peopleLive Younger, Longer by transforming healthcare from episodic, reactive care to proactive, preventive health management. Through our pioneering textile computing layering system, connected textiles and continuous monitoring technology, we bridge the gap between individuals, their families, and healthcare providers, creating a world where quality healthcare is more accessible, personalized, and preventative. Powered by extensive, multidisciplinary R&D, Myant combines expertise in material science, textile science and computing, biometrics, AI, and clinical research to develop technologies that seamlessly integrate into everyday life. Our innovation engine continuously expands the platforms capabilities, addressing cardiovascular health, stress management, sleep optimization, and more.

With global ambitions, Myant is building a worldwide presence, collaborating with healthcare systems, clinics, researchers, and partners to set a new standard in connected health. Our goal is not just to improve care, but to fundamentally redefine the relationship people have with their health, shifting the focus from sick care to lifelong wellness.

By combining cutting-edge biometric sensing, AI-powered insights, and evidence-based behavioral coaching, Myant helps individuals and healthcare teams work together to prevent disease, optimize wellness, and unlock healthier, longer lives. We arean innovative medical device company at the forefront of cardiometabolic screening and assessment. Our technology empowers early detection, personalized care, and proactive disease management. With a focus on improving patient outcomes and advancing preventative care, we serve a diverse range of healthcare channels.

Role:

We are seeking a Mechanical Developer Level I, to aid with the efforts in advancing Myants product portfolio. The ideal candidate will bring 2-3 years of experience in mechanical engineering, with capacity in mechanical performance & life cycle testing; manufacturing & test fixtures design and fabrication; 3D printing / laser cutting and prototype building; and mechatronics & controls. Ideal candidates would have injection molding design experience, have worked in a regulatory environment (i.e. ISO 13485) and would thrive in multi-disciplinary team environments. Bonus for candidates with experience in textile; product aesthetics & ergonomics designs.

Responsibilities:

Testing:

• Create mechanical V&V test protocols for performance and reliability
• Conduct mechanical & product tests, write formal reports
• Design and fabricate manufacturing & engineering test fixtures, consists of nesting features, mechanism, kinematics and controls

Design & Prototyping:

• Support prototyping efforts; collaborate with biomedical, electrical and textile engineering teams to build functional prototypes.
• Provide feedback and recommendation for improving product performance and manufacturing
• Familiar with additive manufacturing, operate and maintain 3D printers
• Design mechanical systems (enclosures and docking) for wearable devices
• Development textile integration methods for prototyping and scale-up manufacturing

Manufacturing NPI:

• Support transfer to manufacturing activities; (i.e. SOP, IQ/OQ/PQ, QA & Inspection documents, production staff training etc.)
• Research and recommend manufacturing equipment, coordinate custom tooling development (i.e. heat stake, ultrasonic welding, laser marking etc.)
• Support in manufacturing process optimization efforts.

Qualifications:

Education:

• Bachelor's, Master's, or Ph.D. in Mechanical Engineering, Robotics, or a related field.

Experience:

• 2-3 years of experience in Mechanical Engineering (R&D and NPI) environment
• Experience taking product from conceptual to production

Technical Skills:

• Experience in product performance testing and manufacturing testing
• Experience in fixture and jig designs
• Experience with programming languages relevant to robotic control systems.
• Hands-on practical design and prototyping experience using 3D CAD software (On Shape and SolidWorks).
• Experience with DFx, Human Factors / Ergonomics design.
• Experience with material selection and RFQ packages and processes.
• Experience with mass manufacturing with CMs (tooling, assembly lines, etc.).
• Knowledge and experience with various additive manufacturing techniques, including but not limited to Fused Deposition Modeling (FDM), Stereolithography (SLA), Selective Laser Sintering (SLS), Direct Metal Laser Sintering (DMLS), and others.
• Familiar with regulatory standards IEC 60601 and ISO 13485 standards.

Problem-Solving Abilities:

• Demonstrated ability to analyze complex problems and provide innovative, practical solutions.

Team Collaboration:

• Excellent interpersonal and communication skills.
• Effectively collaborate within cross-functional teams.

Continuous Learning:

• A commitment to ongoing learning and staying updated on emerging technologies in additive manufacturing and robotics.

Bonus:

• Designing parts for smart clothing or other wearables.
• Experience with electrical, mechanical, and optical sensing systems.
• Experience with injection moulding for consumer electronics.
• Experience with two-shot moulding and over-moulding.
• Experience in biometric sensing or actuation (ECG/EMG/EEG, etc.).