Tianzhi Luo

Mechanical Engineering junior at the University of Michigan with experience in mechanical design, dynamic system modeling, and precision machining. Proficient in SolidWorks, MATLAB, and ADAMS, with hands-on manufacturing experience operating manual lathe and vertical mill. Interested in pursuing a mechanical engineering internship in design or manufacturing.

• Health Monitoring System for the Elderly – National Patent Holder
  Patent No. 202310876653.1 | Research under Prof. Wang Fumin
  • Developed signal processing components using Fourier transform methods
  • Constructed dataset of 1000+ samples for ANN training
  • Implemented and optimized neural network models in TensorFlow
  • Collaborated on system integration combining hardware sensing and AI modeling
• BLE Precision Positioning System
  • Collaborated in a multi-member team to design and implement a Bluetooth-based localization system
  • Implemented RSSI signal strength analysis for refined positioning (≤300 m range)
  • Designed PCB layout and conducted system-level testing
  • Applied RSA encryption for secure wireless communication
• Lightweight Cable-Stayed Bridge Structural Design
  • Designed 200g cable-stayed bridge structure supporting 170kg load
  • Performed structural force analysis and load distribution calculations
  • Optimized structural efficiency to maximize load-to-weight ratio
  • Achieved highest load capacity in school competition (10-year record)

• Top 5% / Honor Roll, Score: 121.5, American Mathematics Competition 12, 11th
• National Gold (Division 1) and Regional Top 10, The Thirty-seventh Annual AAPT PhysicsBowl 2023, 11th
• Innovative Award, China College Students' Internet+ Innovation and Entrepreneurship Competition, 11th