Amanda Tow

Mechanical Design Engineer @ JEOL USA

About

Mechanical Design Engineer at JEOL USA and candidate for an M.S. in Mechanical Engineering at Johns Hopkins University, with a B.S. in Mechanical Engineering and a minor in Philosophy from Northeastern University. I bring a blend of technical skills and critical thinking to the design and development of innovative medical and electromechanical devices. In my current role, I assist in the design, prototyping, and testing of mechanical systems—specifically working with NMR spectroscopy technology—collaborating with R&D teams to develop and evaluate custom devices. I use CAD tools for modeling and tolerance analysis, manage parts machining and sourcing, and support V&V to ensure smooth transitions to production. Past internships at Johnson & Johnson and Abbott deepened my experience in device development, design optimization, and cross-functional teamwork. I'm passionate about creating technologies that improve lives and excited to keep growing as part of a forward-thinking engineering team. Let’s connect!

Country

United States

City

Boston

Industry

Biotechnology

Skill

C++, Geometric Dimensioning & Tolerancing, Computer-Aided Manufacturing (CAM), Autodesk Fusion 360, Soldering, CNC milling, Python (Programming Language), Documentation, Flex Fatigue Testing, Hemolysis Testing, FDM Printing, Torsional Testing, Tensile Testing, SOLIDWORKS, Microsoft Excel, Minitab, SLA Printing, Thrombogenicity Testing, Collaboration, Creativitiy

Experience

Mechanical Design Engineer

JEOL USA

2025 - Present · 1 yr

Supports the development of advanced NMR probe components by engineering precision tooling, fabricating prototype assemblies, and refining CAD/CAM workflows across 3‑ and 5‑axis machining and additive manufacturing. Operates CNC mills, 3D printers, and custom fixtures while contributing to DFA/M‑driven design updates, tolerance analyses, and epoxy/solder processes. Conducts RF‑related bench testing, including VNA measurements, and inform material and geometry choices for electrical, RF, and low‑temperature performance. Produces and updates detailed part drawings, process documentation, and prototype‑ready models, while collaborating cross‑functionally to troubleshoot build issues, streamline assembly workflows, and improve probe prototype readiness.

Manufacturing Consultant

Breegi Scientific, Inc.

2025-2 - 2025-5 · 4 mos

United States

Consulted on GMP considerations for an affordable incubator line featuring humidity, heat, and oxygen monitoring, as well as integrated blue‑light therapy. Reviewed material testing for critical shielding components and ideated hardware mechanisms for treatment‑related peripherals.

Research And Development Engineer

Abbott

2024-7 - 2024-12 · 6 mos

Burlington, Massachusetts, United States

Led flex‑fatigue testing to validate cycle life and durability of new product components, and conducted in‑vitro hemolysis testing on Class III devices while developing procedural documentation for thrombogenicity equipment. Engineered custom fixtures and testing methodologies for torsional and tensile evaluations, supporting design modifications and performance validation. Collaborated across teams to design a multi‑component housing fixture for a long‑term electrical test, producing toleranced prototype drawings. Updated telemetry testing fixtures and authored installation and operational qualification documentation to ensure proper setup and functionality.

Product Development Engineer

Johnson & Johnson MedTech

2023-7 - 2023-12 · 6 mos

Conducted thrombogenicity and thrombus‑ingestion testing on class III cardiovascular devices, analyzing 50+ in‑field and in‑vitro cases to identify design improvement opportunities. Developed standardized blood‑loop setups, fabricated thrombus samples, and created custom SLA‑printed fixtures to enhance testing reliability. Presented data‑driven recommendations that informed post‑market design refinements and improved device performance.