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Bachelor’s Degree in Electronicsand Industrial Automation Engineering

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Student profile

Type of Degree

Those wishing to study the Degree in Electronics and Industrial Automation Engineering should ideally have a solid grounding in mathematics and a good understanding of subjects related to technology and science. A good level of English is also recommended.

This is an officially recognised University Degree, valid throughout the European Higher Education Area.

WORLD HERITAGE

This Degree complies with European Higher Education Area requirements

Future students should possess an aptitude for understanding abstract ideas and be attentive, perceptive, organised and methodical as well as showing a capacity for reasoning, analysis and synthesis. They should be interested in technology and be both imaginative and practical.

Career opportunities Graduates in Electronics and Industrial Automation Engineering will receive a broad education covering various fields and preparing them for professional practice in practically all technical aspects of a company. Their knowledge can be applied to resolving technical problems or to designing and implementing new technologies in the production process. More specifically, graduates are equipped to plan and install industrial automation and electronic control, to conduct research and development in industrial products, processes and methods, to design, lead and manage projects and to organise, monitor and lead multidisciplinary teams in the workplace, etc. Graduates are especially qualified for professional practice in the following fields: w Industrial Automation w Hardware and Software Companies w Telecommunications w Energy w Electricity w Power Electronics w High-Technology w Security w Robotics w Domotics

POLYTECHNIC UNIVERSITY SCHOOL Edificio Politécnico

CAMPUS UNIVERSITARIO Ctra. Madrid-Barcelona, km 33,600 28871 Alcalá de Henares (Madrid) www.uah.es/politecnica

Course contents The Degree in Electronics and Industrial Automation Engineering is aimed at producing professionals capable of applying their scientific knowledge, practical techniques and skills in various areas of industrial engineering to the exploitation of current and future state-of-the-art possibilities in the different disciplines, or to research and development activities in industrial electronics engineering. Accordingly, the course is aimed at producing experts in robotics technology, autonomous robots, microprocessors and microcontrollers, industrial computing and power electronics, all in the context of automation and control of industrial processes.

INFORMATION CENTRE www.uah.es ciu@uah.es

Bachelor’s Degree in:

Electronics and Industrial Automation Engineering

Overall credit distribution SUBJECT TYPE

ECTS

Basic Training (B)

60

Obligatory (Ob)

132

Optional (Opt)

36

Bachelor’s Degree Final Project (B)

12

TOTAL CREDITS

240


STUDY PLAN FIRST YEAR

First semester

Type

ECTS

Calculus I

B

6

Lineal Algebra and Differential Equations

B

6

Physics I

B

Graphic Design Chemistry

SECOND YEAR

First semester

Second semester

Type

ECTS

Calculus II

B

6

Circuit Analysis

Ob

6

6

Computing

B

6

B

6

Mechanical Systems

Ob

6

B

6

Physics II

B

6

Total ECTS

30

Total ECTS

30

Type

ECTS

Second semester

Type

ECTS

Statistics

B

6

Basic Automation

Ob

6

Thermal Engineering

Ob

6

Digital Electronic Systems

Ob

6

Analogue Electronics

Ob

6

Electronic Technology

Ob

6

Digital Electronics

Ob

6

Industrial Computing

Ob

6

Business Economics

Materials Science

Ob

6

Total ECTS

30

Type

ECTS

Systems Modelling and Simulation

Ob

6

Automation

Ob

6

Electrical Machines

Ob

Fluid Mechanics Optional 1

Total ECTS

30

THIRD YEAR

FOURTH YEAR

First semester

First semester

B

6

Total ECTS

30

Type

ECTS

Electronic Instrumentation

Ob

9

Power Electronics

Ob

9

6

Control Techniques

Ob

6

Ob

6

Mechanics of Structures

Ob

6

Opt

6 Total ECTS

30

Type

ECTS

Second semester

Type

ECTS

Projects

Ob

6

Optional 3 and 4 or External Practical Training

Second semester

Opt

12

Robotic Systems

Ob

6

Cross-Disciplinary Skills II

Opt

12

Optional 2 or External Practical Training

Opt

6

Bachelor’s Degree Final Project

Ob

12

Industrial Production Systems

Ob

6

Cross-Disciplinary Skills I

Opt

6

Total ECTS

30

Total ECTS

30

TOTAL ECTS CREDITS: 240 B: Basic Training; Ob: Obligatory; Opt: Optional.

Students who wish to study part-time may take the same programme spread over eight years.


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Bachelor’s Degree in Electronicsand Industrial Automation Engineering by Universidad de Alcalá - Issuu