1st Place McMaster Advanced SumoBot
Achieved 1st place in designing a robot that autonomously pushes opponents out of the ring.
YEAR
2026
ROLE
Competitor
SERVICES
Solidworks
3D Modelling
Assembly
Arduino IDE
Motor Control
Electrical wiring
Sensory Integration
Design for Additive Manufacturing (DFAM) / 3D printing
Systems Engineering
Cross functional collaboration
Engineering analysis
About the project
Used Arduino Uno to wire, code, and develop different attack algorithms for a robot under strict constraints.
Used Solidworks to design the 3D printed enclosure for the bot.
Optimized the bot to be as close to the desired specifications such as weight (2900g/3000g) and size (19cm/20cm) to maximize the effectiveness. Ensured all the weight was close to the wheels and front for better tire grip.
Smooth Scroll
This will hide itself!
This will hide itself!
1st Place McMaster Advanced SumoBot
OVERVIEW
Achieved 1st place in designing a robot that autonomously pushes opponents out of the ring.
YEAR
2026
ROLE
Competitor
SERVICES
Solidworks
3D Modelling
Assembly
Arduino IDE
Motor Control
Electrical wiring
Sensory Integration
Design for Additive Manufacturing (DFAM) / 3D printing
Systems Engineering
Cross functional collaboration
Engineering analysis
About the project
Used Arduino Uno to wire, code, and develop different attack algorithms for a robot under strict constraints.
Used Solidworks to design the 3D printed enclosure for the bot.
Optimized the bot to be as close to the desired specifications such as weight (2900g/3000g) and size (19cm/20cm) to maximize the effectiveness. Ensured all the weight was close to the wheels and front for better tire grip.
Smooth Scroll
This will hide itself!
This will hide itself!
1st Place McMaster Advanced SumoBot
OVERVIEW
Achieved 1st place in designing a robot that autonomously pushes opponents out of the ring.
YEAR
2026
ROLE
Competitor
SERVICES
Solidworks
3D Modelling
Assembly
Arduino IDE
Motor Control
Electrical wiring
Sensory Integration
Design for Additive Manufacturing (DFAM) / 3D printing
Systems Engineering
Cross functional collaboration
Engineering analysis
About the project
Used Arduino Uno to wire, code, and develop different attack algorithms for a robot under strict constraints.
Used Solidworks to design the 3D printed enclosure for the bot.
Optimized the bot to be as close to the desired specifications such as weight (2900g/3000g) and size (19cm/20cm) to maximize the effectiveness. Ensured all the weight was close to the wheels and front for better tire grip.
Smooth Scroll
This will hide itself!
This will hide itself!