Study Plan - Mechatronic Engineering

When you finish all units of your education program, you will receive a Diploma and a Professional License, as well as a bachelor’s degree endorsed by SACSCOC that is recognized worldwide.

Study Plan and Program incorporated to SEP.
DIPES: 20241900, 22/08/2024
Mixed Modality.

Mechatronic Engineering

First Term

Matter Code
Course List
Sequence
Hours With Teacher
Hours Independent
Credits (Units)
LEX0113
FOREIGN LANGUAGE I
48
48
6
DIG0013
DIGITAL CULTURE
48
48
6
QUI1013
CHEMISTRY
48
48
6
QUI1023
CHEMISTRY LAB
48
0
3
MAT1013
COLLEGE MATH
48
48
6
LIS1013
ALGORITHMS AND PROGRAMMING
64
32
6
GENERAL STUDIES ELECTIVE IN MATH
48
48
6
Total
352
272
39

Hours With Teacher : Horas Docente
Hours Independent: Horas independiente

Second Term

Matter Code
Course List
Sequence
Hours With Teacher
Hours Independent
Credits (Units)
MAT1023
CALCULUS I
MAT1013
64
32
6
LIS1023
OBJECT-ORIENTED PROGRAMMING
LIS1013
0
0
6
MAT1033
LINEAR ALGEBRA
MAT1013
64
32
6
FIS1033
PHYSICS
48
48
6
FIS1043
PHYSICS LAB
48
0
3
LEX0123
FOREIGN LANGUAGE II
LEX0113
48
48
6
ESP0013
ACADEMIC REASONING
DIG0013
48
48
6
Total
320
208
39

Hours With Teacher : Horas Docente
Hours Independent: Horas independiente

Third Term

Matter Code
Course List
Sequence
Hours With Teacher
Hours Independent
Credits (Units)
LEX0133
FOREIGN LANGUAGE III
LEX0123
48
48
6
ESP0023
ACADEMIC WRITING
ESP0013
48
48
6
GENERAL STUDIES ELECTIVE IN SOCIAL SCIENCES
48
48
6
LRT2013
ELECTRIC CIRCUITS
MAT1023
48
48
6
LRT2023
ELECTRIC CIRCUITS LAB
MAT1023
32
0
2
MAT2013
CALCULUS II
MAT1023
64
32
6
LIM2023
EQUILIBRIUM OF RIGID BODIES
48
48
6
Total
336
272
38

Hours With Teacher : Horas Docente
Hours Independent: Horas independiente

Fourth Term

Matter Code
Course List
Sequence
Hours With Teacher
Hours Independent
Credits (Units)
MAT2033
ORDINARY DIFFERENTIAL EQUATIONS
MAT1023
64
32
6
LIM2043
KINEMATICS AND KINETICS OF RIGID BODIES
LIM2023
64
32
6
MAT2083
CALCULUS III
MAT2013
48
48
6
LRT2033
DIGITAL DESIGN
LRT1013
64
32
6
LMT2013
DIGITAL MODELING IN ENGINEERING
48
0
3
LRT2043
ELECTRONIC CIRCUITS
LRT2013
48
48
6
LRT2053
ELECTRONIC CIRCUITS LAB
LRT2023
32
0
2
GENERAL STUDIES ELECTIVE IN HUMANITIES
48
48
6
Total
416
240
41

Hours With Teacher : Horas Docente
Hours Independent: Horas independiente

Fifth Term

Matter Code
Course List
Sequence
Hours With Teacher
Hours Independent
Credits (Units)
GENERAL STUDIES ELECTIVE IN NATURAL SCIENCES
48
48
6
GENERAL STUDIES ELECTIVE IN ARTS
48
48
6
MAT2073
PROBABILITY AND STATISTICS
MAT1013
64
32
6
LMT3083
SOLID MECHANICS I
48
48
6
LRT3013
MICROCONTROLLERS AND PROGRAMMABLE DEVICES
LRT2023
64
32
6
LBM3013
SIGNAL PROCESSING
64
32
6
LMT3013
PROFESSIONAL PRACTICES I
0
96
6
Total
336
336
42

Hours With Teacher : Horas Docente
Hours Independent: Horas independiente

Sixth Term

Matter Code
Course List
Sequence
Hours With Teacher
Hours Independent
Credits (Units)
LMT3033
MATERIAL PROPERTIES
QUI1013
64
32
6
LMT3043
MECHATRONIC INSTRUMENTS
LBM3013
48
48
6
LMT3053
MECHATRONIC INSTRUMENTS LAB
LBM3013
32
0
2
LMT3063
ELECTRICAL MACHINES
LIM3033
48
48
6
LMT3073
ELECTRICAL MACHINES LAB
LMT2013
32
0
2
LMT3023
INDUSTRIAL AUTOMATIZATION
LMT2013
64
32
6
TSI3013
SELECT TOPICS
48
48
6
Total
336
208
34

Hours With Teacher : Horas Docente
Hours Independent: Horas independiente

Seventh Term

Matter Code
Course List
Sequence
Hours With Teacher
Hours Independent
Credits (Units)
TSI4013
PERSPECTIVES OF THE DISCIPLINE
48
48
6
LRT4013
CONTROL SYSTEMS
LRT3063
48
48
6
LRT4023
CONTROL SYSTEMS LAB
LRT3073
32
0
2
LRT4033
POWER ELECTRONICS
LRT3083
64
32
6
LMT4013
MANUFACTURING SYSTEMS
LMT2013
64
32
6
LMT4023
THERMOFLUIDS
LMT3033
48
48
6
LMT4033
PROFESSIONAL PRACTICES II
LMT3013
0
96
6
Total
304
304
38

Hours With Teacher : Horas Docente
Hours Independent: Horas independiente

Eighth Term

Matter Code
Course List
Sequence
Hours With Teacher
Hours Independent
Credits (Units)
LIS4063
INNOVATION AND PROJECT MANAGEMENT
48
48
6
LMT4043
AUTOMOTIVE NETWORKS
LMT3023
64
32
6
LMT4053
MECHATRONIC SYSTEM DESIGN
LMT4013
64
32
6
LMT4063
INDUSTRIAL ROBOTICS
LMT3023
64
32
6
TSI4023
VANGUARD TOPICS
48
48
6
Total
288
192
30

Hours With Teacher : Horas Docente
Hours Independent: Horas independiente

Total Study Plan Credits
Hours With Teacher 2688
Hours Independent 2032
Credits (Units) 301

Contact us

Objective

Train professionals in Mechatronic Engineering capable of analyzing, designing, evaluating, innovating and implementing mechatronic systems using current technological tools and real and virtual environments. These professionals will apply concepts of electronics, programming, manufacturing, automation, robotics, mechanisms and automotive networks to develop and optimize automated equipment and production processes, with an ethical and social approach, addressing the challenges of globalization.

Graduate profile

The Mechatronic Engineering’s teaching learning process is based on competencies to integrate knowledge, skills and attitudes that train ethical professionals who can meet the mechatronic needs and requirements of the population, in a global world.

  • Apply electronics, manufacturing, robotics, automotive networks and renewable energies tools to develop technological solutions in mechatronics, considering safety, economy and sustainability, with an ethical and professional approach.
  • Recommend solutions to mechatronics problems using technological advances and digital tools, developing projects that ensure quality and continuous improvement, evaluating critical situations with social responsibility.
  • Develop technological mechatronics solutions by analyzing automotive networks, renewable energy, automation and manufacturing, creating reports that assess socioeconomic impacts with ethical criteria.
  • Apply mechatronics design strategies considering the ethical, global, economic, environmental and social impact, updating professionally with self-learning tools to stay at the forefront of the discipline.
  • Develop mechatronic systems projects using robotics, automotive networks, manufacturing and renewable energy, collaborating in multidisciplinary teams and communicating effectively to solve innovative problems.
  • Manage learning using digital resources effectively.

Explore everything that studying Mechatronic Engineering has to offer.

Recommended Computer Specifications

These specifications are provided as a general guideline, reflecting the average requirements of the academic software currently in use at the institution. Please note that the university is not responsible for any individual decisions made regarding computer equipment.