Overview
We are seeking a highly motivated Postdoctoral Research Fellow with expertise in mechnical engineering. medical device engineering, or similar field to join our research team. The successful candidate will help develop a magnet actuator device for eye movement paraylsis (ophthalmoplegia) and a prosthetic cornea. This will involve, computational and simulation-based research, building a model eye for bench testing, prototype fabrication, scientific writing and presentations, and collaboration with interdisciplinary teams on cutting-edge biomedical engineering problems.
This position is ideal for candidates with a strong background in magnetic simulations and prototype development who are eager to expand their research portfolio and pursue an academic or R&D career.
The fellow will specifically be working on a project to develop a magnetic oculomotor prosthetic device aiming to restore movement to paralyzed eye muscles (6th nerve palsy and 3rd nerve palsy). The fellow would join a team consisting of experts in biomedical; engineering, electrical engineering, surgical ophthalmology (strabismus), and rehab optometry. 50% of the fellow's work will also involve engineering and development of artificial corneas and biomaterials in the Boston Keratoprosthesis Laboratory.
Please note, this is a pre-screening job posting. A formal application will need to be submitted through the institution of Eleftherios Paschalis prior to hiring. Information on where to locate the formal posting will be provided if the candidate meets the requirements of the position.
Responsibilities
- Develop, implement, and validate Finite Element Method (FEM) analysis or other similar simulation techniques for mechanical, electrical, and coupled multiphysics systems
- Perform numerical simulations involving structural and magnetic systems, including coupled magneto-mechanical problems as applicable to the project
- Apply FEM techniques to problems in electromechanics, magnetic fields, and material–field interactions
- Analyze and interpret simulation results to support experimental, theoretical, or design-focused research
- Assist with CAD of prototype parts and production
- Assist with refinement of prototype parts
- Lead production of the experimental setup and bench testing.
- Contribute to peer-reviewed journal publications, conference papers, and technical reports
- Collaborate with faculty, graduate students, and interdisciplinary teams across mechanical and electrical engineering and ophthalmology.
- Assist with proposal development and grant-related research activities (as appropriate)
- Mentor graduate and undergraduate students in FEM, numerical methods, and multiphysics simulation techniques
- Maintain clear documentation of models, assumptions, and results
- Perform cellular biology and tissue fixation experiments for implant-tissue interactions
Required Qualifications
- PhD in Mechanical Engineering, Electrical Engineering, Applied Physics, or a closely related field (completed by start date)
- Proficiency with FEM software (e.g., ABAQUS, ANSYS, COMSOL, or similar)
- Strong written and verbal communication skills in English
- U.S. citizen or permanent resident or existing transferable visa
Preferred Qualifications
- Experience or demonstrated interest in magnetic or electromagnetic simulations
- Exposure to or prior work in magneto-mechanics, magneto-elasticity, or coupled field problems (preferred but not required)
- Background bridging mechanical and electrical engineering concepts
- Programming skills in Python, MATLAB, or C/C++ for simulation workflows, automation, or post-processing
- Familiarity with electromechanical devices, magnetic materials, smart materials, or sensors
- Hands-on experience with cellular biology and tissue fixation for implants
- Experience validating FEM models with experimental or analytical results
- Proficiency with FEM software (e.g., ABAQUS, ANSYS, COMSOL, or similar)
- Strong written and verbal communication skills in English
- U.S. citizen or permanent resident
Pay: $65,252.96 - $78,584.21 per year
Benefits:
Work Location: In person
