13B Rotary Engine Design (University Project) image

13B Rotary Engine Design (University Project)

Project Overview

In January 2024, as part of my university project, I designed and engineered a 13B Rotary Engine. The project involved designing and integrating core components—including the Rotor, Eccentric Shaft, Internal Gear, Stationary Gear, Side Housing, and Rotor Housing—using SolidWorks CAD software. I created detailed technical drawings and assembly blueprints to guide manufacturing and assembly processes, applying mechanical engineering principles to enhance engine performance. Collaborative efforts with a multidisciplinary team helped refine the design and address technical challenges. This project showcased my proficiency in CAD modeling, technical documentation, and problem-solving.

Skills Used

SolidWorks CAD Modeling Technical Drawing Mechanical Engineering Problem-Solving

Project Description

This project involved the comprehensive design and development of a 13B Rotary Engine. Key highlights include:

  • Core Component Engineering: Designed essential engine parts (Rotor, Eccentric Shaft, Internal Gear, Stationary Gear, Side Housing, and Rotor Housing) using SolidWorks CAD.
  • Technical Documentation: Created detailed technical drawings and assembly blueprints critical for manufacturing.
  • Performance Optimization: Applied mechanical engineering principles to enhance engine performance.
  • Team Collaboration: Worked with a multidisciplinary team to refine designs and overcome technical challenges.
  • Key Skills Demonstrated: CAD modeling, problem-solving, and technical documentation.

Technologies and Tools: SolidWorks, CAD Modeling, Technical Drawing, Mechanical Engineering, Problem-Solving.

View Project Files

Project Media

Images

project1.png 13bwankel.jpg

Video Presentation