Hi, I’m Yared Legese, Mechanical Engineer
Mechanical engineering graduate student with experience in HVAC design, vehicle dynamics, and energy systems. Skilled in leading cross-disciplinary projects and contributing to Formula SAE, with a focus on practical, hands-on problem solving.
About Me
I am a graduate mechanical engineering student with a passion for the automotive industry, focusing on design, mobility systems, and advanced manufacturing. My skills include CAD modeling (SolidWorks, CATIA), robotics control, and Python programming for engineering applications.
I am currently working on the suspension system for a Formula SAE race car, gaining hands-on experience in vehicle dynamics and mechanical design. As CTO of EcoGenX, I led the development of a compact fuel-less generator for clean energy use. My academic projects include robotic simulations and multi-robot coordination, applying control theory to real-world problems. I’m eager to contribute to innovative engineering projects and collaborate with professionals in the field.
Projects
Explore selected projects that reflect my skills, innovation, and the impact I’ve made through my academic and personal work.
Formula HardRocker Racing – SAE Student Design Team Member
Working on the suspension geometry, analysis, and engine tuning using MoTeC
EcoGenX – Fuel-less Generator (CTO)
Led the development of a clean energy fuel-less generator as an alternative to diesel generators, focusing on silent operation and sustainability.
Trajectory Tracking for a Quadrotor System
Implemented state feedback and PID controllers in Python
Autonomous Mecanum 4WD Obstacle-Avoiding Robot Car (Keyestudio KS4034F)
Obstacle-avoiding robot built using Mecanum wheels, micro:bit, and MakeCode for autonomous movement and directional control.
Wave Modulation Modeling in Simulink
Building and Visualizing a Sine-Cosine Product Signal Using Simulink and MATLAB Integration
Simulation and Control of Multi-Robot Systems
Leader-Follower Formation Switching Between Delta and Diamond Structures
Simulation and Control of Multi-Robot Systems
Decentralized Rendezvous to a Common Goal from Random Initial Positions
Front Lower Control Arm Design for Formula-Style Suspension System
3D Modeling and Design of a Wishbone Suspension Component using Autodesk Inventor
Wave Modulation Modeling in Simulink
Building and Visualizing a Sine-Cosine Product Signal Using Simulink and MATLAB Integration
Contact Me
Please feel free to contact me via E-mail: yaredb31@gmail.com