Aidan L.
Senior Mechanical Engineer - Hot Box Product Development @ Bloom Energy
About
Mechanical engineer with a keen interest and background in alternative energy, sustainable manufacturing, and regenerative agriculture.
United States
San Francisco
Renewables & Environment
Brazing, Technical Drawing, Test & Measurement Instrumentation, Piping and Instrumentation Drawing (P&ID), SOLIDWORKS, Finite Element Analysis (FEA), LabVIEW, MATLAB, Simulink, CNC Manufacturing, Prototyping, Design, Education
Experience

Hot Box Engineering Intern - Electrolyzer
San Francisco Bay Area
Worked under the electrolyzer engineering team developing heat management systems for Solid-Oxide Electrolysis Cell (SOECs) systems. Electrolyzer Hydrogen Pressure Modification: - Designed and tested orifice plates to adjust the hydrogen output pressure of a solid-oxide electrolyzer based on data collected using OSI PI Test Stand Development: - Helped develop a test stand for accelerated lifecycle testing of electric heaters - Implemented a PID control system for heaters Prototype Design: - Designed a proof-of-concept high-voltage insulated busbar for connecting tubular heaters

Mechanical Systems Engineering Intern
San Francisco Bay Area
Worked under the mechanical systems team which develops the Balance of Plant for Solid Oxide Fuel and Electrolysis Cells (SOFCs and SOECs). Flow Controller Test Stand Development: - Helped design a test stand for the qualification of flow controllers for use with hydrogen - Performed systems integrations for all electrical components of the test stand, including thermocouples, pressure transducers, mass flow meters, solenoid valves, and heater controllers - Wrote a comprehensive LabVIEW virtual instrument for test stand monitoring and data acquisition

Manufacturing Engineering Intern
Camarillo, California, United States
Worked under the tooling engineering team at Zume's molded pulp manufacturing facility, which produces non-plastic, fully-compostable, PFAS-free food and beverage packaging. 3D Printing of Molded Pulp Forming Tools: - Developed a molded pulp "torture test" used to characterized the limitations of 3D printed molded pulp tooling, such as minimum draft angle, detail size, and fillet radius Material Analysis of Molded Pulp: - Conducted FEA in SOLIDWORKS to optimize strength of molded pulp packaging before manufacturing Production Tooling Design: - Designed CNC-machined metal press tools for forming molded pulp products in SOLIDWORKS - Created technical drawings of tools for manufacturers with GD&T

Freelance Designer and Fabricator
Freelance
I offer freelance design and prototyping for a variety of customers. Past projects have included custom ballet orthotics, robotic pick-and-place machine nozzles, and concrete casting molds.

Intern
Super-Releaser
Brooklyn, New York, United States
- Took part in engineering design reviews during the prototyping process of prototype soft robots - Wrote blog posts and company news articles.
Aidan L.'s Contact Information
Phone
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