Robotics at TUP
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⬢// SCHOOL OF ROBOTICS

Robotics

Perception, control and autonomy — machines that sense, plan and act in the real world.

5Departments
34Faculty
1,050Students
3Labs
01 / OVERVIEW

Robotics at TUP

Robotics brings together AI, mechanical and electrical engineering. Students build robots that walk, fly and manipulate — then make them reliable outside the lab.

From control theory to embodied learning, you work with real hardware from your first year.

Admissions →
5Departments
34Faculty
1,050Students
3Labs
02 / DEPARTMENTS

Departments & specializations

03 / CURRICULUM

Representative courses

RBT 101Introduction to RoboticsUndergraduate
RBT 220Perception & SLAMUndergraduate
RBT 330Control SystemsUndergraduate
RBT 410Motion PlanningGraduate
RBT 450Embodied Reinforcement LearningGraduate
RBT 520Aerial AutonomyGraduate
04 / FACULTY

Faculty spotlight

HF

Dr. Hannah Fischer

Professor & Head of School
Manipulation & control
DR

Dr. Diego Ramos

Associate Professor
Aerial robotics
YS

Dr. Yuki Sato

Assistant Professor
Embodied learning
05 / LABORATORIES

Where the work happens

06 / CAREERS

Where graduates go

Robotics EngineerPerception EngineerControls EngineerAutonomy EngineerField Robotics LeadResearch Scientist
07 / FAQ

Frequently asked

Do I build real robots?

Yes — from year one. The Robotics Lab has humanoids, quadrupeds and manipulators students program and test.

What background do I need?

An interest in maths and hardware. We teach the control theory, programming and ML you'll need.

Can I focus on drones?

Yes — the Aerial & Field Robotics track and the Drone Lab support flight autonomy projects.

// JOIN ROBOTICS

Ready to study Robotics?

Applications for the 2026 intake are open. Scholarships available for international students.