Unless The Avengers are hiring, this is the closest you're going to get to developing performance-enhancing super suits and life-changing human augmentation tech. Come help us envision, explore and shape the future of wearable tech. We are looking for an experienced, creative and multi-talented design engineer to join our team in the Center for Rehabilitation Engineering & Assistive Technology (CREATE) at Vanderbilt University, where we strive to develop and test next-generation exoskeletons, exosuits, prostheses, smart clothing and wearables in order to improve societal health and well-being.
Expect to be challenged, to learn, to grow, to adopt a superhero alter ego, and to have fun. The initial appointment will be for one year, with the chance of renewal. Applicants will need to be located in, or willing to relocate to, Nashville, Tennessee.
The Mechanical Design & Innovation Engineer is part of the team for the Center for Rehabilitation Engineering & Assistive Technology (CREATE) within Mechanical Engineering. This term professional position is responsible for designing mechanical systems, components and mechanisms for wearable robotics and leading a variety of design projects focused on wearable technology for physical augmentation. For more information on Dr. Zelik's projects, please visit his YouTube Channel.
This position requires strong collaboration, imagination, communication, and organizational skills. The position will contribute to multiple research and development projects and will work closely with highly motivated and talented engineering students, scientific researchers, clinicians, patients and other end-users and stakeholders. The position will collaborate frequently with an interdisciplinary team, and will be involved in everything from brainstorming, invention and concept creation to development, fabrication, testing and documentation. The initial position will be for approximately one year and may be renewable at the end of the year.
The Mechanical Engineering Department provides a broad-based engineering education with opportunities for students to elect courses in areas of study related to any industry and, with careful planning achieve some specialization. The mechanical engineering program prepares an individual to become a practicing engineer who can participate fully in the engineering activities of design, building, operation, production, maintenance, safety, marketing, sales, research, and administration. Numerous research projects allow faculty and students to collaborate in areas of combustion and propulsion, robotic surgery, powered prosthetics, nanotechnology, thermal fluids and medical devices.
Duties and Responsibilities
Inventing, designing and fabricating mechanical/mechatronics systems and sub-systems (of exoskeletons, exosuits, prostheses, smart clothing, wearables)
Leading and managing multiple innovation and design projects
Collaborating with experts in biomechanical engineering, wearable sensing, machine learning, instrumentation, and soft goods (textiles) to plan, develop, assemble and test new technologies
Coordinating with other organizations and stakeholders affected by design development to exchange information, ideas and techniques
Performing device testing, analysis, technical documentation (including external reports to industry and government sponsors) and design reviews
Investigating pertinent design factors such as materials and manufacturing
Assisting with human subject data collections to obtain user feedback, then using this to create or refine technical and user-centric design requirements as part of an iterative design process
Providing technical feedback, guidance and mentorship on mechanical design and fabrication to other members of the lab (including advising undergraduate and graduate students)
Expanding innovation infrastructure, maintaining tooling and fabrication equipment, and training new users on safe and proper tool use
Other duties as assigned
Internal Number: 2000781
About Vanderbilt University
Vanderbilt University is a center for scholarly research, informed and creative teaching, and service to the community and society at large. Vanderbilt will uphold the highest standards and be a leader in the quest for new knowledge through scholarship, the dissemination of knowledge through teaching and outreach, and the creative experimentation of ideas and concepts. In pursuit of these goals, Vanderbilt values most highly intellectual freedom that supports open inquiry, equality, compassion, and excellence in all endeavors.
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