Resume
Summary
Versatile R&D engineer with a multitude of assets concerning tissue engineering, mechanical design and test methodologies pertaining to the biotechnology industry. Possesses the capacity for rapidly acquiring skills and attacking tasks with enthusiasm, resulting in an impactful addition to any agile team. Seeking an opportunity to design and deliver a product to positively influence the medical device industry and improve patient outcomes
Worcester Polytechnic Institute, Worcester MA
Bachelor’s of Science, Double Majoring in Mechanical and Biomedical Engineering (Specializing in Biomaterials and Tissue Eng.)
GPA: 3.90, Graduation: 2022, WPI Dean’s List 2018-2022, Graduated with Distinction
Education
Work Experience
Mechanical Engineer, DEKA Research and Development, Manchester NH
June 2024 - Present
Design for Biopsy Processing System, Design for Cell Culture Expansion System
Developed automated system for biopsy processing for autologous cell therapies targeting chronic kidney disease, reducing process time by 40% compared to manual alternative.
Enabled high throughput operations with “no-intervention” automation, allowing scale up to up to 100,000 tissue samples annually, to support large scale manufacturing goals
Adapted design to be compatible with further tissue processes, establishing a universal module for therapy development
Released 100+ custom mechanical parts for manufacturing utilizing GD&T, tolerance analysis, DfX principles.
Coordinated cross-functional studies to meet needs of all team disciplines including biology, systems, controls and test.
Design for specific manufacturing methods including injection molding, sheet metal and ultrasonic welding
Additional skills: expertise in Solidworks CAD (and PDM), rapid prototyping techniques and Lean Six Sigma methodologies
Test Engineer, DEKA Research and Development, Manchester NH
June 2022 - June 2024
Design and Execution of Requirement Testing for Novel Regenerative Medical Systems
Lead testing for class I and III medical devices as an expert for system operation and devisor of test methods for 6 systems
Published 100+ thorough test protocols and reports for verification of existing system requirements
Designed 50+ exploratory tests as an agile response to interdisciplinary queries to inform system design
Implementation of statistically significant testing methodologies including DOE, V&V and TMV
Extensive experience in sterile laboratory environments and expert in aseptic technique and BSC operation
Expertise in Matlab for agile data analysis and presentation including advanced statistics and clear data driven graphics
Assembly and sterilization of disposable tubing sets for laboratory use, including process flow optimization and expert in thermoplastic tube welding/sealing
Electrical Safety Intern, Pfizer Global, Remote Work
May 2020 – March 2021
Designed an evaluation system for Pfizer Electrical Safety Programs around the globe as well as tracked all electrical incidents dating back to 2018 and creating presentations for the Global Electrical Common Interest Group.
Data Analysis Intern, Exeter Health Resources, Exeter NH
May 2019 – December 2021
Utilized SQL databases to create automated reports, design persuasive presentations, and analyzing large data sets.
Notable Academic Projects
Major Qualifying Project (Senior Capstone)
Developed a Perfused Tumor-Tissue Model for Invasion Analysis. The bioreactor is composed of a cross linked bio-gel matrix that simulates the dynamic flow of interstitial fluid of the human body. The model is then seeded with metastatic cells, and the growth and invasion are quantified.
Physiology and Engineering Lab
Live animal laboratory surgery experience on rodents. The course focused on the interaction between biosensors and biological systems specifically regarding blood pressure, heart rate and electrical nerve impulses.
Nicotine Withdrawal Implant (Tissue Eng. Capstone)
Designed a novel approach to a multilayered drug release device for combatting nicotine addiction. The device was designed to be fabricated from a surface degradable copolymer that would release specified addiction therapy dosages at desired periods over the 9-month withdrawal process.
