Degree in Industrial Electronic and Automatic Engineering

Curriculum Structure

According to Art. 5 of RD 1125/2003, “the European credit is the unit of measurement of the academic credit that represents the amount of work done by students to meet the objectives of the study program and that is obtained by passing each of the subjects that make up the study plans of the various courses leading to the obtaining of official university degrees valid throughout the national territory. This unit of measurement includes theoretical and practical teachings, as well as other directed academic activities, including the hours of study and work that students must carry out to achieve the training objectives of each of the subjects of the corresponding study plan.” The distribution of the Study Plan is summarized in the following table:

First Course
Subject Basic Subject(1) ECTS(2) C(3) Type(4) Module(5)
Physics I Physics 9 1C FB DFB
Graphic Expression and Computer Aided Design Graphic Expression 6 1C FB DFB
Computing Computing 6 1C FB DFB
Mathematical Foundations Math 9 1C FB DFB
Physics II Physics 6 2C FB DFB
Statistical Methods in Engineering Math 6 2C FB DFB
Calculation Math 6 2C FB DFB
Chemical Fundamentals in Engineering Chemistry 6 2C FB DFB
Business Organization and Management Company 6 2C FB DFB
Total ETCS: 60

 

Second Course
Subject ECTS(2) C(3) Type(4) Module(5)
Fluid Mechanics Engineering 6 3C OB CRI
Materials Science and Technology 6 3C OB CRI
Machine Mechanics 6 3C OB CRI
Industrial Automation and Control 6 3C OB CRI
Fundamentals of Electrical Engineering 6 3C OB CRI
Fundamentals of Electronic Engineering 6 4C OB CRI
Elasticity and Strength of Materials 6 4C OB CRI
Thermal Engineering 6 4C OB CRI
Manufacturing Process Technology 6 4C OB CRI
Project Organization and Management 6 4C OB CRI
Total ETCS: 60

 

Third Course
Subject ECTS(2) c(3) Type(4) Module(5)
Analog Electronics 6 5C OB TEEI
Digital Electronics 6 5C OB TEEI
Modeling and Simulation of Dynamic Systems 6 5C OB TEEI
Electrical Engineering Extension 6 5C OB TEEI
Occupational Risk Prevention 6 5C OB TEEI
Electronic Instrumentation 9 6C OB TEEI
Control Engineering 9 6C OB TEEI
Communication Systems 6 6C OB TEEI
Robotic Systems 6 6C OB TEEI
Total ETCS: 60

 

Fourth Course
Subject ECTS(2) c(3) Type(4) Module(5)
Technical Office/Projects 6 7C OB
Power Electronics 6 7C OB
Industrial Computing 6 7C OB TEEI
Advanced Industrial Automation 6 8C OB TEEI
Elective I/II:
Expansion of Robotic Systems / Installation Projects		 6 8C OP
Elective III/IV:
Environmental Engineering / Printed Circuit Design and Technology		 6 8C OP
Internships 12 TO PEX
Final Degree Project 12 TO TFG
Total ETCS: 60

 

(1) Basic Subjects of Architecture and Engineering Branch (Annex II of RD 1393/2007)
(2) European Credit Transfer System (Royal Decree 1125/2003, of September 5)
(3) C: quarter. 1C: 1is quat.; 2C: 2nd quat.; 3C: 3is quat.; 4C: 4th quat.; 5C: 5th Quat.; 6C: 6th Quat.; 7C: 7th Quat.; 8C: 8th Quat.; A: annual
(4) Type (Type of Subject, RD 1393/2007). FB: Basic Training. OB: Mandatory. OP: Optional. PEX: External Internships. TFG: Final Degree Project
(5) Module (Order CIN/351/2009). DFB: Basic Training. CRI: Common to the Industrial Branch. TEEI: Specific Technology: Industrial Electronics. TFG: Final Degree Project

Curriculum for the degree in Industrial Electronic and Automatic Engineering