Robotics Engineering

Machines that sense, move and adapt.

Hands-on training across mechanical design, embedded systems, control theory and perception, culminating in real hardware students build and test themselves.

Robotics Engineering pairs classroom fundamentals with a fully equipped build lab from year one. Students design, wire and program their own robots, iterating through failure the same way working robotics teams do. The program covers everything from actuators and sensors to the control and perception software that makes a machine reliable outside a demo video.

Mechanical Design & CAD
Embedded Systems & Firmware
Control Theory
Sensor Fusion & Perception
Autonomous Navigation
Field Testing & Deployment

Start a robotics engineering project → ← All capabilities

How we work

01

Build

Core mechanical, electrical and firmware skills, practiced on real hardware in the robotics lab from the first term.

02

Integrate

Combining sensing, control and mechanical systems into a robot that has to actually work end to end.

03

Test

Field trials under real, imperfect conditions, not just a clean lab bench.

04

Deploy

A final project presented to faculty and industry partners, with working hardware, not slides.

Related work

Autonomous Lab AssistantSwarm Drone CoordinationAgricultural Field Robotics Trial

Other disciplines

Artificial IntelligenceData Science & ComputingBusiness & Technology Management
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