HOME | UNDERGRADUATE PROGRAMS | MECHANICAL ELECTRICAL ENGINEERING

Semester 1

  • 1103 8 Algebra
  • 1104 8 Differential and Integral Calculus
  • 1105 8 Engineering Computing
  • 1303 8 Oral and Written Communication
  • 1106 8 Analytical Geometry
  • 1107 8 Chemistry

Semester 2

  • 1203 6 Linear Algebra
  • 1204 Vector Calculus
  • 1205 4 Drawing
  • 1206 8 Statics
  • 1207 10 Materials technology
  • 1208 10 Thermodynamics

Semester 3

  • 1304 10 Kinematics and Dynamics
  • 1302 6 Differential Equations
  • 1305 10 Electricity and Magnetism
  • 1306 6 Ethics and Leadership
  • 0901 8 Applied Thermodynamics
  • 1308 8 Applied Engineering Programming

Semester 4

  • 1414 8 Numerical Methods
  • 1415 8 Probability and Statistics
  • 1410 10 Electrical Circuit Analysis
  • 1411 6 Dynamics of Physical Systems
  • 1413 8 Solid Mechanics
  • 1413 8 Fluid Mechanics

Semester 5

  • 1522 6 Research Methodology
  • 1905 8 Costs and Economic Evaluation
  • 1616 8 Machine Element Design
  • 1519 10 Materials Engineering
  • 1520 10 Basic Electronics
  • 1521 6 Electrical Measurement and Instrumentation

Semester 6

  • 1622 8 Electromechanical Control
  • 1623 8 Mechanisms
  • 0900 8 Turbo machinery
  • 1722 10 Material Forming Processes
  • 1624 10 Transformers and Induction Motors

Semester 7

  • 1723 8 Machinery Dynamics
  • 1617 8 Positive Displacement Machines
  • 0440 4 Thermal Machines Laboratory
  • 0445 4 Fluid Mechanics Laboratory
  • 1724 10 Direct Current Machines and Synchronous Machines
  • 1819 10 Material Cutting Processes

Semester 8

  • 1821 4 Computer Design
  • 1822 8 Ecological Engineering
  • 1823 8 Electrical Installations
  • 1824 8 Electrical Power Systems I
  • 0806 8 Heat Transfer
  • 1824 10 Control Theory and Robotics

Semester 9

  • 1939 6 Management
    Other
    Compulsory electives
    Disciplinary field energy
  • 1902 8 Air conditioning and refrigeration
  • 1907 8 Conventional Power Plants
  • 1903 8 Alternative Energy Sources

    • Mechanical Design and Manufacturing Disciplinary Field
  • 1908 8 Machine Design
  • 1909 8 Computer Manufacturing
  • 0734 8 Mechanical metallurgy

    • Disciplinary field lighting engineering
  • 1910 8 Computer-aided lighting design
  • 1911 8 Exterior lighting
  • 1914 8 Interior lighting

    • Disciplinary field of mechatronics
  • 1916 8 Systems analysis and design
  • 1917 8 Computer Control of Mechatronics Systems

    • Disciplinary field of power systems
  • 1921 8 Protection of electrical systems
  • 1924 8 Electrical Power Systems II
  • 1926 8 Electrical substations

    • Disciplinary field of electrical energy
  • 1929 8 Energy control and monitoring
  • 1930 8 Distribution Systems
  • 1931 8 Electrical Substations

    • Electives of choice
  • 0001 8 Finite element analysis
  • 0002 8 Solar energy utilization
  • 0003 8 Industrial automation
  • 0004 8 Cogeneration
  • 0005 8 Tooling design
  • 0008 8 Entrepreneurship
  • 0007 8 Power electronics
  • 1928 8 Industrial process engineering
  • 0013 8 Artificial intelligence
  • 0006 8 Design and modeling of thermal equipment
  • 0015 8 Logic programming
  • 0016 8 Applied robotics
  • 0020 8 Energy saving techniques
  • 0022 8 Quality theory
  • 0025 8 Thermoeconomics
  • 0915 8 Mechanical vibrations
  • 0009 8 Power flow
  • 0014 8 Power plants
  • 0018 8 Electrical transport systems
  • 0010 8 Lighting in sports areas
  • 0012 8 Architectural lighting

Contact: coordinacion.electrica@cuautitlan.unam.mx