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Daniel R. Palmer
  • Home
  • Resume
  • Projects
    • Formula SAE
    • Saturated Steam Calculator
    • California Induction Conference
Daniel R. Palmer
  • Home
  • Resume
  • Projects
    • Formula SAE
    • Saturated Steam Calculator
    • California Induction Conference
  • More
    • Home
    • Resume
    • Projects
      • Formula SAE
      • Saturated Steam Calculator
      • California Induction Conference

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

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