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The Bachelor in Robotics Engineering at UC3M equips you with comprehensive knowledge across robot design, control systems, and real-world automation applications—preparing you to solve complex technological problems in an increasingly automated world. Whether you're interested in industrial robotics, autonomous systems, or cutting-edge automation, this program gives you the hands-on skills and theoretical foundation to lead innovation in robotics.
Curriculum Structure
Year 1 introduces you to the fundamentals of robotics and engineering. You'll build a strong foundation in mathematics, physics, and basic engineering principles while getting your first taste of robotics concepts. The program balances theory with practical problem-solving to ensure you understand not just *what* robots do, but *how* they work at a fundamental level.
Year 2 deepens your technical expertise across key robotics domains. You'll dive into specialized subjects like control engineering, sensors and actuators, and kinematics and dynamics—the building blocks of robot movement and behavior. This year connects theory to real applications, giving you insight into how industrial automation systems actually operate.
Year 3 shifts toward specialization and advanced applications. You'll study subjects such as industrial automation, computer vision, control engineering II, and networks and communications protocols, allowing you to focus on areas that match your career interests. The curriculum culminates with capstone projects where you apply everything you've learned to design and implement robotics solutions.
Focus Areas
Robot conception, design, and control; industrial robotics and autonomous systems; actuators and sensors; kinematics and dynamics; trajectory generation; robot programming in both proprietary languages and open-source platforms (ROS, YARP); communications and network integration for robotic systems.
Learning Outcomes
Graduates develop solid, transversal training in robotics with the ability to obtain and analyze information related to electronics, mechanics, control engineering, and communications systems. You'll be capable of conceiving, calculating, designing, and implementing algorithms and equipment in robotics for industrial or autonomous applications, integrating multiple robotics solutions using control, programming, and network technologies while organizing high-level automation and digitalization initiatives.
Professional Alignment
UC3M's Department of Systems Engineering and Automation is internationally renowned in the field of robotics, with state-of-the-art laboratories featuring robots developed by the department itself. This ensures you learn using the latest advances in the field and gain practical experience with cutting-edge technology from day one.
Career Outcomes
Graduates are prepared for roles in automation engineering, robotic systems design, industrial control, engineering electronic design firms, equipment and systems suppliers, and educational institutions—with the flexibility to specialize according to your career aspirations through strategic elective selection.
At the University Carlos III de Madrid (UC3M), our Bachelor in Robotics Engineering dives right into hands-on learning from day one, with special laboratories designed for small-group lab sessions where you'll build real-world robotics skills in mechanics, programming, and automation. You'll work with cutting-edge tools in these dedicated spaces on the Leganés Campus, gaining practical experience in everything from computer vision to industrial control systems, all taught in English to prepare you for global opportunities. This isn't just theory—it's where you turn ideas into working robots, boosted by UC3M's strong ties to industry leaders.
Here are some standout ways you'll get that experiential edge:
- Special laboratories for robotics: Small-group sessions let you experiment hands-on with robotics hardware, materials for robots, and control engineering, building skills in real-time systems and machine learning.
- Professional internships: Access placements through UC3M's network of over 5,000 companies, with 94.8% of graduates landing related jobs within a year—perfect for applying your skills in leading robotics firms.
- Programming and algorithmic tools: Master basic and advanced programming, networks, communications protocols, and computer vision software to design and analyze robotics solutions.
- Group project-style courses: Dive into collaborative subjects like Industrial Automation, Control Engineering II, and Strength of Materials, where you'll team up on machine mechanics, signals, and telematics tech.
At Universidad Carlos III de Madrid (UC3M), the Bachelor in Robotics Engineering dives deep into hands-on learning right from the start, with the program taught entirely in English and featuring special laboratories designed for small-group lab sessions that let you build real-world robotics skills in a focused environment. You'll work on practical projects applying programming, control systems, computer vision, and industrial automation, gaining the tools to design and test robotic solutions in mechanics, ICT, and more. Plus, professional internships with over 5,000 partner companies open doors to leading firms in the sector, boosting your employability—94.8% of UC3M graduates land related jobs within a year.
Here's how our experiential learning ramps up your skills through targeted facilities and opportunities:
- Specialized laboratories: Dedicated robotics labs on the Leganés Campus for small-group sessions, covering hands-on work in computer vision, control engineering, industrial automation, materials for robots, networks, and strength of materials.
- Professional internships: Built-in opportunities with top companies via UC3M's 5,000+ agreements, including dedicated credits in related programs like Industrial Electronics Engineering that emphasize robotics and automation.
- Group projects and practical training: Algorithmic problem-solving for robotics, real-time systems, machine learning, programming (basic to advanced), signals, and telematics—often in collaborative settings tied to mechanical and ICT branches.
- Software and digital tools: Focus on programming, simulation, and modeling tools for robotics solutions, plus networks/communications protocols and computer vision software used in lab sessions.
Demonstrate a good level of linguistic competence in English equivalent to level B2 in the Common European Framework of Reference for LanguagesGood previous training in Mathematics, Physics, Programming and Technical DrawingPersonal attitudes of initiative, teamwork, personal organization of work, capacity for abstraction, critical thinking and responsibility and interest in the practical application of knowledge to solve real problems are highly valuedEstablish an English B2 level along the first year, by passing a test, providing one of the supported official certificates or any way determined by the universityGeneral eligibility: Must have a secondary school leaving certificate equivalent to the Spanish Baccalaureate (university entry qualification).Selection system: Admission is based on the CAU score (up to 14 points from school grades + subject weighting).Documents required: High school diploma, transcripts, ID/passport, and supporting documents must be submitted.IELTS: Minimum 5.5 overall. TOEFL iBT: Minimum 72 score.India (CBSE/ICSE): Must have Class 12 certificate recognised for Spanish university access (converted into CAU score).China: Must have a recognised high school diploma with university access eligibility (via UNED/Spanish system equivalency).USA (SAT/ACT): SAT/ACT not required; admission is based on diploma equivalency and conversion into the Spanish system.Mechanical EngineerDesign EngineerManufacturing EngineerAerospace EngineerAutomotive EngineerRobotics EngineerEnergy Systems EngineerHVAC EngineerMaintenance & Reliability EngineerProduct Development Engineer
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