Email: [email protected] | Linkedin.com/in/daniel-palmer2023/
Education:
University of California, Riverside (September 2023- Expected June 2027)
Bachelor of Science in Mechanical Engineering
Technical Experience:
Formula SAE (Society of Automotive Engineers) Highlander Racing - UC Riverside (2024-Current)
Brakes Lead Engineer
Represented UC, Riverside as the Lead Brakes Engineer for the International Formula SAE EV competition.
Led a 15‑member FSAE Brakes team by assigning subsystem‑focused design projects, teaching core engineering and simulation fundamentals, and guiding members through the design‑to‑test timeline of the Brakes, hydraulics, and Pedal systems.
Designed the pedal subsystem, improving the design through FEA‑driven stiffness, load‑case, and movement analysis to ensure a lighter, more comfortable, and rules-compliant system.
Designed each pedal off of an I‑beam to maximise moment of inertia and minimise mass, resulting in a 50% mass reduction.
Designed and validated brake rotors by simulating mechanical stresses in ANSYS, experimentally measuring emissivity and heat‑transfer coefficients while taking into account the weakening of material at high temperatures.
Led R&D efforts to build a repeatable testing framework for future rotor designs.
Programming
Developed a custom brake Arduino temperature sensor using a K-type thermal couple to track the temperature cycle of the brake rotors across a 1-hour circuit test, recording a temperature high of 700℉.
Built a Steam Calculator capable of determining all 13 steam‑cycle properties from any single input, with <1% error.
Modelled brake‑rotor heating and cooling during a simulated race by calculating the conversion of kinetic energy to thermal energy and environmental heat loss.
Spect out a pump by running a fit program to create the pump head and flow rate for the receiving radiator.
Leadership & Professional Experience
Delivered technical lectures covering braking‑system theory, materials, and design considerations.
Managed team documentation to consolidate validation results and subsystem knowledge.
Served as a featured speaker at the DSU School District Ignition Seminar, addressing 500 faculty members on student challenges and educational improvement.
Other Work Experience:
Glasgow Dining: U.C. Riverside | Student Lead (November 2024-Present)
I worked as the Cashier, handling almost forty thousand dollars a night.
Maintained a small convenience store inside the restaurant, handling all store tasks and serving customers.
Managed Small teams of employees to ensure the steady operation and timely closing of the dining hall.
Panda Express: Indio, CA | Front of House (May 2023-August 2023)
Worked with a small team of cooks and FOH staff, serving thousands of customers daily.
Cashiered both the in-house register and the drive-through, handling two thousand dollars a night.
Trained new members in customer service and food preparation.
Soft & Technical skills:
SolidWorks | Assemblies | Communications | Machinery | MatLab | Mathematical analysis | Carbon Fiber | Budget Management | Documentation | Sheet Metal Design | Thermodynamics | Statics | Material Selection
Fluid Dynamics | Dynamics | Experimentation | Data Collection | Data Interpolation | Wire Management | Basic Circuitry | Stress analysis | Finite Element Analysis