Griffin Kriebel

My name is Griffin Kriebel, I'm a 4th year Biological Systems Engineering student at UC Davis with a passion for creating sustainable design solutions through creative engineering problem solving.

My experience spans robotic automation, power generation systems, and sustainable agricultural technology. Whether it be designing a renewable energy grid or wokring with automated strawberry harvesters, I'm driven by the potential to engineer a more sustainable future for all.

Through my experience from internships and diverse projects, I've developed an expertise in critical engineering skills like CAD, data analysis, communication, and programming.

Projects

Renewable Grid Design
UC Davis Comprehensive Renewable Grid Design
March 2025 - June 2025
Collaborated to develop a cost-optimized hybrid renewable energy system using NREL's System Advisor Model (SAM) to reduce grid dependency and meet annual energy demand. Processed hourly energy data in Excel to identify optimal wind-to-solar ratio.
NREL SAM Microsoft Excel Data Analysis Renewable Energy Grid Design
Project Files & Documentation:
Technical Report Excel Analysis
Wind Turbine Prototype
Vertical Axis Wind Turbine
Dec 2024 - Present
Designed and assembled a 3D-printed vertical axis wind turbine prototype using Fusion 360. Collected and analyzed performance metrics including wing swept area, rated power, and power curve to optimize energy output and efficiency. Potential design improvemnts include greater wing swept area, lower powered dynamo, and adding a gearbox.
Fusion 360 3D Printing Wind Energy Performance Analysis CAD Design
Project Files & Documentation:
CAD Files
E-bike Conversion
Bike to E-bike Conversion
Sep 2024 - Jan 2025
Designed and manufactured custom motor and sprocket mounts for electric bike conversion using iterative engineering processes. Integrated a 36V 350W electric motor system with mechanical drivetrain components for optimal performance. Selected a 36V 10Ah battery based on power requirements and calculated a 15-mile range with top speeds of 20 mph.
3D Printing CAD Design Electric Motors Mechanical Integration Testing
Project Files & Documentation:
CAD Files
Solar Dehydrator System
Solar Dehydrator
Sep 2024 - Dec 2024
Collaborated on a solar-powered food dehydration system. Analyzed data on moisture removal of fruits and presented findings on efficiency of heat generation and mositure removal in a final report using sustainable design principles. Natural convection used to cycle moist air out of the top and take in fresh dry air from the bottom of the dehydrator
Solar Energy Data Analysis Sustainable Design Food Processing Technical Reporting
Project Files & Documentation:
Final Report Performance Data Design Plans
VHS to Digital Conversion
VHS to Digital Camcorder Conversion
Personal Project
Designed a custom 12V 2600mAh battery pack and integrated a miniature DVR for analog-to-digital video conversion. Modified the 10-pin camera connector to accommodate DVR input and power distribution. Calculated battery life provides approximately 6 hours of continuous operation.
Circuit Modification Power Supply Design Video Signal Processing Cable Engineering Digital Conversion
Project Files & Documentation:
CAD Files
MATLAB GUI Application
MATLAB Blackjack App
Nov 2023 - Dec 2023
Developed an interactive blackjack game using MATLAB's GUI framework. Met all functionality goals and documented coding process in GitHub with comprehensive version control.
MATLAB GUI Development Programming GitHub Version Control
Project Files & Documentation:
GitHub Repo MATLAB Code Documentation
Combat Robot Design
VEX Battlebot
Aug 2021 - May 2022
Co-designed and programmed a combat robot for regional competition using Fusion 360 CAD software and C++ programming. Implemented VEX Cortex microcontroller for system controls and autonomous operation. Final design was fabricated using plasma cut aluminum components with a steel frame for structural integrity.
Fusion 360 C++ VEX Cortex Plasma Cutting Aluminum Fabrication

Skills & Coursework

Technical Software

  • Fusion 360
  • MATLAB
  • AutoCAD
  • SolidWorks
  • Microsoft Excel
  • C++

Data & Analysis

  • Data Collection
  • Statistical Analysis
  • Technical Writing
  • Survey Tools
  • Performance Metrics
  • Research Methods

Professional Skills

  • Team Collaboration
  • Creative Problem Solving
  • Adaptable Communication
  • Project Management
  • Leadership
  • Time Management

Relevant Coursework

  • Sustainable Power Generation
  • Engineering Systems Control
  • Digital and Analog Circuits
  • Dynamics
  • Thermodynamics
  • Mechanics of Materials

Experience

Agricultural Robotics Intern
June 2024 - July 2024
Plant Sciences Inc., Manteca, CA
• Collected field data to evaluate robotic performance and computer vision accuracy in strawberry flower elimination
• Proposed design modifications to improve mechanical reliability and operational efficiency
• Managed GPS data for tractor-mounted robot navigation
• Digitized field maps using Microsoft Excel for improved logistics
Orchard Maintenance Intern
June 2023 - Sep 2023
Weaver's Orchard, Morgantown, PA
• Designed and implemented irrigation systems for fruit and vegetable fields
• Operated and maintained agricultural machinery across a 125-acre orchard
• Performed crop care tasks including pruning, thinning, and harvesting
• Streamlined operations within demanding agricultural timelines
Line Cook
Apr 2021 - Dec 2022
Austin's Restaurant and Bar, West Lawn, PA
• Managed kitchen operations in a fast-paced team setting while maintaining academic performance
• Promoted within two weeks for reliability, adaptability, and initiative
• Developed strong time management and multitasking skills under pressure
• Demonstrated commitment to quality and teamwork in demanding environment

Get In Touch

I'm always interested in discussing new opportunities, collaborating on projects, or simply connecting with fellow engineers and sustainability enthusiasts.

Email

gskriebel@ucdavis.edu

LinkedIn

linkedin.com/in/griffin-kriebel

GitHub

github.com/G4kriebel

Resume

Download PDF