Mechatronic Engineering

Can you imagine designing robots and automated systems that transform the industry?

Design and innovate mechatronic systems through electronics, programming, manufacturing, robotics, mechanisms and networks to develop and automate equipment and production processes.

Create innovative and efficient solutions!

Study Plan

A study plan designed to face current world challenges, combining technologies and practical skills so you are always one step ahead in a global and dynamic environment that is filled with opportunities. Consult the previous study program (2017 Plan).

1st Term

  • Foreign language I
  • Digital culture
  • Chemistry
  • Chemistry lab
  • College math
  • Algorithms and programming
  • General studies elective in math

2nd Term

  • Calculus I
  • Object-oriented programming
  • Linear algebra
  • Physics
  • Physics lab
  • Foreign language II
  • Academic reasoning

3rd Term

  • Foreign language III
  • Academic writing
  • General studies elective in social sciences
  • Electric circuits
  • Electric circuits lab
  • Calculus II
  • Equilibrium of rigid bodies

4th Term

  • Ordinary differential equations
  • Kinematics and kinetics of rigid bodies
  • Calculus III
  • Digital design
  • Digital modeling in engineering
  • Electronic circuits
  • Electronic circuits lab
  • General studies elective in humanities

5th Term

  • General studies elective in natural sciences
  • General studies elective in arts
  • Probability and statistics
  • Solid mechanics I
  • Microcontrollers and programmable devices
  • Signal processing
  • Professional practices I

6th Term

  • Material properties
  • Mechatronic instruments
  • Mechatronic instruments lab
  • Electrical machines
  • Electrical machines lab
  • Industrial automatization
  • Select topics

7th Term

  • Perspectives of the discipline
  • Control systems
  • Control systems lab
  • Power electronics
  • Manufacturing systems
  • Thermofluids
  • Professional practices II

8th Term

  • Innovation and project management
  • Automotive networks
  • Mechatronic system design
  • Industrial robotics
  • Vanguard topics

Accreditations

By accepting the challenge, you will:

  1. Develop advanced robotic systems.
  2. Implement industrial automation.
  3. Design innovative electronic mechanisms.
  4. Collaborate in the automotive and aerospace industry.
  5. Innovate in intelligent manufacturing processes.
  6. Research in technological development centers.

Are you ready to be a part of a unique educational experience at UDLAP?

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Connect with the world.

UDLAP offers you an opportunity to study abroad, widening your horizons and promoting your personal and professional growth.

Faculty.


With their passion and knowledge, our professors provide you a quality education and unique academic experience. Discover who will accompany you.

Graduates.


Their academic formation motivates them to their professional success and impact on society that inspires all. Discover our graduate’s success stories.