Projects
Film
About
Contact

Britney Lee

instagram: @studiobriterin
linkedin: www.linkedin.com/in/britneyerin
telephone: +44 7378 619712
email: 10055582@network.rca.ac.uk

Education


Stanford University

BS in Mechanical Engineering

2019-2023

Oxford University

Department of Material Science

2022

Royal College of Art

MA in Design Products

2024-2024

Technical Skills


  • Design Experience: Fusion 360, SOLIDWORKS, ANSYS, Autocad, Siemens NX, Solidworks, CAM, Adobe Creative Cloud products

  • Programming Experience: Python, MATLAB, C++

  • Prototyping/Machining: Adept use of metal and woodshop tools, CNC lathe, mill, welding, casting

  • Manufacturing: RFP, DFM, DOE, MIL, PFMEA, GRR, Cpk, Torque Curves

Experience


BrewBird

San Carlos, CA

Feb 2024 - July 2024

Sequoia backed series A start-up: Design Engineer/ Fluids

  • Design, SOLIDWORKS, and fabrication for machine display in office spaces: Meta, Twitch, etc..

  • Analysis of fluids system. Specifically heat transfer and boiler.

Bing Overseas

India

Summer 2023

Engineering and Technology in India

  • Consulted with IIT lab and Indian technology companies: TATA, InfoSys, Air India, Wadhwani AI

Apple

Cupertino, CA

Summer 2022

Advanced Manufacturing Engineer Intern

  • Analyzed Desktop programs to streamline Apple Silicon Thermal Module installation processes

  • Ran a Design of Experiment (DOE) for less complex and CapEx intensive installation. Potential or 40-60 percent CapEx reduction.

Cross Manufacuring Company

Bath, UK

Jan 2022 - Sept 2022

Machine Design/Fixture Engineer

  • Designed a comprehensive pre-preg material manufacturing machine

Stanford Arts

Stanford, CA

2022-2024

Darkrooom Technician

  • Assists ARTSTUDI170: guides students with enlargers, film/print development, and creative advice.

Stanford TAPS

Stanford, CA

2021-2024

Student Carpenter

  • Leads construction of sound metal/wooden structures for performances reaching a 5,000-person audience and meeting required safety guidelines.

  • Design projects through CAD. Assemble through use of power saws, pneumatic tools, chisels, etc..

Additional Information


  • Publication: Wilkes, M. C., Jung, K., Lee, B. E., amp; Sakamoto, K. M. (2021). The active component of ginseng, ginsenoside RB1, improves erythropoiesis in models of diamond–Blackfan anemia bytargeting Nemo-like kinase. Journal of Biological Chemistry, 297(3), 100988.

  • Free Wheelchair Mission: Freelance Design and outreach

  • Margins: Designed and built art installation for global streetwear pop-up