Compliant Rower Mechanism
Sven Solot
Project Timeline
Sep 2025 - Feb-2026
OVERVIEW
Designed and validated a monolithic rowing mechanism using compliant linkages to eliminate . The objective was to design a compliant mechanism which converted a reciprocating linear input motion into a cyclical output path which captures the ideal path of a rowing oar handle. Additionally, the elastic nature of the compliant linkages was used to lower the peak input power required of the actuator and act as a load leveler. The prototype was manufactured using FDM 3D printing and was optimised for cyclical fatigue.
HighlightS
SKILLS
Compliant Mechanism DesignAdditive ManufacturingSystem Validation and Testing
ADDITIONAL CONTENTS
Sven Solot
Mechanical Engineering Student & Designer
I'm an MSc Mechanical Engineering student at TU Delft with a strong foundation in product architecture and mechanism design. My expertise spans CAD tools like SolidWorks and OnShape, structural analysis, and prototyping. I'm passionate about translating complex mechanical functionality into intuitive user-friendly designs, with hands-on experience in precision manufacturing and embedded systems. I'm seeking opportunities to apply my technical skills in innovative product development.
I'm an MSc Mechanical Engineering student at TU Delft with a strong foundation in product architecture and mechanism design. My expertise spans CAD tools like SolidWorks and OnShape, structural analysis, and prototyping. I'm passionate about translating complex mechanical functionality into intuitive user-friendly designs, with hands-on experience in precision manufacturing and embedded systems. I'm seeking opportunities to apply my technical skills in innovative product development.