Jared Gresen
Mechanical Engineer @ Quantum Computing Inc.
About
Driven Product Design Engineer focused on solving meaningful problems and building quality technology through purposeful design. I’m motivated by using engineering to find creative solutions that help people, inspire curiosity, and push boundaries. At Boeing Defense and Space, I supported the full lifecycle of electromechanical designs—from concept to manufacturing—for space and avionics applications. Working on a small fast-paced R&D team, I drove mechanical design, PCB layout/DFM, and thermal analysis. Previously, I researched soft robotics and additive manufacturing at the University of Maryland, where I designed and tested 3D-printed fluidic circuits for use in various applications including medical devices. Always eager to continue learning, I’d love to connect, feel free to reach out!
United States
New York
Information Technology & Services
Research and Development (R&D), Printed Circuit Board Manufacturing, Design for Manufacturing, Geometric Dimensioning & Tolerancing, Siemens Xpedition, Printed Circuit Board (PCB) Design, Electronic Product Design, Product Development, Computational Fluid Dynamics (CFD), Siemens NX, Computer-Aided Design (CAD), Simcenter FLOEFD, Leadership, SOLIDWORKS, Onshape, 3D Printing, Problem Solving, Teamwork, Project Management, MATLAB
Experience
Mechanical Engineer
Quantum Computing Inc.
New York City Metropolitan Area
Mechanical Product Design Engineer for Photonic based Quantum Hardware. Focus on NPD/NPI
Electronics Product Design and Analysis Engineer II
Boeing
El Segundo, California, United States
Driving mechanical and electrical design through iterative analysis for Boeing Satellite Systems and Avionics applications. • Full-cycle PCB design and layout for complex avionics and space applications, collaborating with electrical engineering and test teams to ensure first-time quality and DFM. • Mechanical design and analysis for electronics chassis and tooling fixtures using Creo and NX. • Thermal and flow analysis for flagship products, driving design changes for electronic systems using Siemens Simcenter tools, and developed internal training processes. • In-depth PCB analysis from both DFM and mechanical perspectives to optimize designs for production efficiency and quality. • Featured Speaker at Siemens Realize Live 2024 on using Simcenter FLOEFD for thermal analysis of complex electronic systems with detailed PCBs.
Undergraduate Researcher
Bioinspired Advanced Manufacturing Laboratory
College Park, Maryland, United States
Design of soft robotics: • Design of fluidic circuitry for the creation of fully SLA 3D printed soft robotics (SolidWorks). • Fabricate and run analysis on prototype components to create a working proof of concept soft robot. • Design of machine to manufacture custom parts for upcoming research. • Worked to develop a 3D Printer for the United States Navy NEEC program to use additive manufacturing to produce more consistent energetic materials. • Utilized SolidWorks to design and produce models used to create a powder deposition system for the project.
Systems Engineer/Modeling Intern
BAE Systems, Inc.
Rockville, Maryland, United States
• Verified high level system architecture and integration through data analysis using GD&T and mathematical analysis tools. • Designed and modeled test equipment upgrades using PTC Creo (MCAD) and Autodesk Fusion360 (ECAD). • Drafted test analysis reports and ordinance documents for Ohio and Columbia class submarines.
Mechanical Engineering Intern
Sensitron Semiconductor
New York, United States
• Analyzed engineering drawings and processes and implemented them into a new enterprise resource planning system (ERP) • Supported engineers in a sterile manufacturing environment to streamline the manufacturing process for semiconductor and microelectronic products. • Conducted time studies on automated processes. • Preformed construction and repair of semiconductors with hand soldering tools and automated wire bonding processes.
Apprentice
J.R.H. Contracting
New York, United States
I worked along side an experienced contractor as an apprentice and learned the basics of construction, plumbing, wiring, and management. Required hard work and many hours, typically around 10 hours a day, 6 days a week. Must know how to use many tools, operate power tools, understand verbal directions, and measure precisely.
Education
University of Maryland
Mechanical Engineering
University of Maryland - A. James Clark School of Engineering
Mechanical Engineering
Universidad Carlos III de Madrid
Mechanical Engineering
Semester Abroad Relevant Course Work: Engineering Management, Solar Energy, Industrial Automation
Jared Gresen's Contact Information
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