Bioengineering, Biomechanics, Research, Design, SolidWorks, MATLAB
Resume:
SARAH E. GOODMAN
585-***-**** *****.*.*********@*****.*** Boston, MA linkedin.com/in/sarah-elise-goodman/
Biomechanical engineer with a strong scientific background striving to bring skills, independent and collaborative work ethic, and ability to learn quickly to an intellectually-stimulating environment engineering for human health and performance. Key proficiencies and knowledge areas include:
Solid research experience and academic foundation in subjects spanning mechanical and biological engineering.
Skills with engineering technologies such as CAD and associated concepts, e.g. tolerances, FEA simulations, etc.
Understanding of product development lifecycle, associated regulatory and compliance standards, and IP.
EDUCATION
Northeastern University, Boston, MA MS Bioengineering Biomechanics Concentration GPA 4.00 May 2018
Smith College, Northampton, MA MS Exercise & Sport Studies GPA 3.95 May 2014
Smith College, Northampton, MA BA Neuroscience GPA 3.45 May 2012
DESIGN EXPERIENCE
Design of A Novel Hip Prosthesis, Design of Implants Course, Northeastern University
Led team project to design a novel hip prosthesis for total hip arthroplasty that addressed current design challenges.
Investigated prior art through patent research and case studies on failure analysis.
Determined and validated design features, biomaterials, manufacturing methodologies, clinical feasibility, FDA and ISO compliance, and gathered cost effectiveness and market information for implant.
Created implant models in SolidWorks to perform FEM testing and subsequently make design modifications.
Successfully presented design to a panel of 15 experts, resulting in decision to file invention disclosure.
RESEARCH EXPERIENCE
Graduate Research Assistant, Neuromotor Systems Laboratory, Northeastern University July 2016-May 2018
Employed a novel system of an EMG-driven virtual arm exoskeleton paired with H-reflex testing to elucidate neuromuscular adaptations to augmented artificial spasticity.
Used engineered systems to research musculoskeletal and neural interactions with implications for assistive devices, prostheses, and rehabilitation optimization.
Collaborated with principle investigator and lab students to execute projects, coordinate testing, and meet deadlines.
Thesis Research,
Modeled hemiparetic stroke gait in a virtual patient by mathematically incorporating passive physical dynamics and neuromuscular contributions rendered as impedances transferred to the system user via robotic manipulandum.
Developed motor learning probe and potential training tool for physical therapists and filed invention disclosure.
Created experimental protocol, tested human subjects, analyzed data, and extrapolated interpretations of results.
Completed documentation of experiment methodology, findings, and explanations for thesis publication.
Selected Publications (Full list available upon request)
Goodman SE (2018) Internal Representation of External Patient Dynamics in Locomotor Rehabilitation (Master’s thesis). Northeastern University, Boston, MA
Goodman SE and Hasson CJ (2017) Elucidating Sensorimotor Control Principles with Myoelectric Muscloskeletal Models. Front Hum. Neurosci. 11.531. doc:10.3389/fnhum.2017.00531
Hasson CJ and Goodman SE (2017). Adaptation to Artificial Spasticity Induced by a Neuromuscular Simulator. Neural Control of Movement 27th Annual Conference, Dublin, Ireland SC, May 2-5
ADDITIONAL PROFESSIONAL EXPERIENCE
Assistant Softball Coach, MIT, Cambridge, MA August 2014-Present
Led instruction for catchers to improve all defensive statistics, individualized feedback using video analysis, and introduced training techniques for 15-19 athletes.
Made strategic real-time decisions, improved team culture, and motivated athletes throughout intercollegiate competition in collaboration among a five-person coaching staff as well as individual leadership.
TECHNICAL SKILLS
Programs: SolidWorks, MATLAB, Microsoft Office, Final Cut Pro X, Mac & PC Systems
Contact this candidate