Key Benefits:
Obtained the positive verification of the curriculum by the Council of Universities, prior to the positive report of the Andalusian Agency for the Evaluation of Quality and University Accreditation, and once established the official character of the title by Agreement of the Council of Ministers at its meeting of 14 November 2014 (published by Resolution of the General Secretariat of Universities of 24 November 2014 in the "Official State Gazette" No. 314, of December 29).
This Rectorate, in accordance with the provisions of Article 35.4 of the Organic Law 6/2001, of Universities, in the wording given by the Organic Law 4/2007, has resolved to order the publication of the study plan leading to the obtaining the official degree of Graduation or Graduation in Engineering of Industrial Technologies from the University of Cadiz, which will be structured in accordance with the Annex to this Resolution.
Cadiz, January 12, 2015. -El Rector, Eduardo González Mazo.
ANNEX
Plan of studies leading to the official title of Graduate or Graduate in Engineering of Industrial Technologies by the University of Cadiz (2503173)
Knowledge Branch: Engineering and Architecture.
Impartition centers: School of Engineering.
higher Polytechnic School.
Distribution of the curriculum in ECTS credits by type of subject
| Credits | |
|---|---|
|
training |
60 |
|
| 78 |
|
Optives |
84 |
|
| |
|
Total Credits | 240 |
Structure of teachings by modules, subjects, and subjects
| Module | Ects | Matter | Ects | Allocate | Ects | Course | Sem. |
Carctr. | |||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
Module 1: Basic training. |
60 | Enterprise. | 6 | Organization of companies. |
6 | 1. º | 2. º | OB | |||||
|
| 24 | 24 | 6 | 1. | 1. º | 1. | 1. º | 1. | OB | ||||
| Calculation. | 6 | 1. |
| OB | |||||||||
| . |
6 | 1. º | 2. º | OB | |||||||||
| Math Extension. | 6 | 2. º | 3. |
OB | |||||||||
| . |
| 12 | Physical I. | 6 | 1. | 1. | OB | ||||||
|
II. | 6 | 1. º |
| ||||||||||
|
6 | 6 | 1. | 2. º | OB | |||||||||
|
Informatics. | 6 |
| 6 |
1. º | 1. º | OB | |||||||
|
Expression. | 6 | Graphic Expression and Assisted Layout. | 6 | 1. º | |||||||||
| Table_table_izq"> Module 2: Industrial branch common training. | 60 | Termotechnia. | 6 | Termotechnia. | 6 | 2. º | 3. | OB | |||||
|
mechanics. |
6 | Fluid mechanics. | 6 | 2. º |
|
OB | 6 | OB | 6 |
Materials science and engineering. | 6 | . | OB |
|
Electrotechnics. | 6 | Electrotechnics. | 6 | 2. º | 4. º | OB | |||||||
|
. |
6 | Electronics. | 6 | 2. º |
| ||||||||
| 6 | 6 | 6 | 6 |
| 6 | 6 |
| OB | |||||
|
6 | 6 | 6 | 6 |
| 6 |
2. | 3. | 3. | 3. | 3. | OB | ||
| Resistance. | 6 | elasticity and Resistance of Materials I. | 6 | 2. º |
| ||||||||
| 6 | 6 | 6 | OB Table_table_izq"> Build Engineering. | 6 |
4. º |
Projects. | 6 | Engineering Projects. | 6 | 4. º |
| OB | |
| Module 3: Industrial Complementary Training. | 18 | Industrial Drawing. | 6 |
| 3. | 5. | 5. | 5. | 5. | OB | |||
| Technologies. | 6 | Environmental Technology. | 6 | 2. º |
| ||||||||
|
and Security Management | 6 | Production Management. | 3 |
3. | 6. º | OB | |||||||
|
Industrial Risk Prevention. | 3 | 3. º | 6. º | OB | |||||||||
|
Module 4: Mechanical Technology Training. | 48 | Electrical Machines. | 6 | Electrical Machines. | . º | 5. | |||||||
|
| 6 | 6 Table_table_izq"> Electrical Actions | 6 | 3. º | 6. º | OP | |||||||
|
6 | Table_table_izq"> Power Installations. | 6 | 3. |
5. | OP | ||||||||
|
Tension Electrical Networks. | 9 | Power lines and networks. | 9 | 3. º | 6. º | OP | |||||||
| Power Systems. | 6 | Power Electrical Systems. | 6 | 3. º |
5. | OP | |||||||
|
Regulation. | 6 |
| 6 | 6 | 5. | 5. | |||||||
| Electrical Central. | 9 | Electrical Central. | 6 | 3. |
| ||||||||
|
|
6 | 6 |
6 |
3. º | 5. | OP | |||||||
| Analog Electronics. |
6 | Analog Electronics. | . º | 5. | |||||||||
|
| 6 | digital electronics. | 6 |
5. | |||||||||
| Power electronics. | 6 | Power electronics. | 6 |
3. º | 6. º | OP | |||||||
|
instrumentation. |
6 | Instrumentation electronics. | 6 | 3. º | 6. º | OP | |||||||
| Industrial Control. | 6 | Automatic Regulation. | 6 |
3. º | 5. | OP | |||||||
|
6 |
6 | Industrial. | 6 | 3. º | 6. º | OP | |||||||
| Industrial computer. | 6 |
|
6 | 6. | 6. | 6. | 6. | OP |
6 | Graphic Engineering | |||
|
6 | 6 | 6 |
6 | 3. º |
|
OP |
6 | 6 | Calculation, build, and test machines. | 6 | 3. º | 6. º | |
| Thermal Engineering. |
6 | Thermal Engineering. | 6 | 3. |
| ||||||||
| elasticity and Resistance of Materials. | 6 |
Elasticity and Resistance of Materials II. | 6 |
3. | 5. | OP | |||||||
|
and Design of Structures. | 6 | Calculation and Design of Structures. | 6 | 3. º |
6. º | OP | |||||||
|
6 | Fluidomechanical Engineering. | 6 |
3. º | 5. | OP | ||||||||
|
Engineering. | 6 | 6 | 3. º | 5. | OP | ||||||||
| Manufacturing Technologies. | 6 | Manufacturing Technologies. | 6 | 3. º | 6. º | ||||||||
| Operations. | 12 | Fundamentals of chemical engineering. | 6 | 3. º | 5. | OP | |||||||
|
Separation operations. | . º | 6. º | |||||||||||
|
12 | Chemical Engineering Experiment I. | 12 | 12 | 12 | 12 | 12 | Table_table_izq"> 6 | 3. º | 5. | OP | |||
|
Experimentation in Chemical Engineering II. | 6 |
6. | |||||||||||
|
OP |
6. |
6 | Chemical reaction engineering. | . º | 5. | ||||||||
|
| 6 | 6 |
5. | OP | |||||||||
|
Chemical process design and simulation. | 6 | Chemical process design and simulation. | . º | 6. º | |||||||||
|
| 6 | 6 |
6. º | 6 | 6 | 6. |
OP | ||||||
| Module 5: Advanced Algeciras Polytechnic School Advanced Training. | 36 | Generalist: Electricity. | 24 | Industrial Structures and Installations. | 6 | 4. º | 7. | OP | |||||
|
Process Engineering. | 6 | 4. º | 7. º | OP | |||||||||
|
6 | 6 | 4. |
7. | OP | |||||||||
|
Mechanics. | 6 | 7. | 7. | ||||||||||
| 24 |
6 | 4. º | 7. | 7. | 7. | OP | |||||||
| Process Engineering. | . º | 7. º | OP | ||||||||||
|
6 | 4. º | 7. | 7. | 7. | OP | ||||||||
| Mechanics. | . º | 7. º | OP | ||||||||||
|
24 | Power Technology. | 6 | 6 |
4. º | 7. º | OP | |||||||
| Process Engineering. | 6 | 4. º |
| ||||||||||
|
Electronic Instruments. | 6 |
4. º | 7. º | OP | |||||||||
| 6 | 6 | 4. |
| ||||||||||
| 24 | Electrical Technology. | . º | 7. º | OP | |||||||||
|
6 | 4. º | 7. | 7. | 7. | OP | ||||||||
| Structures and Installations. | . º | 7. º | OP | ||||||||||
|
6 | 4. º | 7. | 7. | 7. | OP | ||||||||
| Specialist. | 12 | Renewable Energy Facilities. | 6 | 4. º |
8. º | OP | |||||||
|
Central and Networks. |
| Optimization of Electrical Power Systems. | . º | 8. º | OP | ||||||||
| Electricity: Machines and Maintenance of Electrical Systems. | 12 | Electrical industrial maintenance. | 6 | 4. º |
|
OP | |||||||
|
6 | OP | 6 | 4. º | 8. º | OP | ||||||||
|
Specialist Industrial: Industrial Automatic. | 12 |
6 | 4. º | 8. | 8. | 8. | OP | ||||||
| Control Systems | |||||||||||||
| 6 | 4. º | ||||||||||||
| The_table_table_izq"> Industrial Electronics Specialist: Electronics for Communications, Instrumentation, and Renewable Energy. | 12 | Electronic Communications and Data Processing. | 6 | 4. º | 8. º |
OP | |||||||
|
and Instrumentation in renewables. | 6 | 4. º | 8. º | OP | |||||||||
|
Specialist: Structures. | 12 | Design of metal structures. |
6 | 4. º |
|
OP | |||||||
|
| 6 |
4. º | 8. º | OP | |||||||||
|
Specialist: Manufacturing. | 12 | Control of quality in manufacturing processes. | 6 | 4. º | 8. º | OP | |||||||
| 6 | 6 | 4. |
| ||||||||||
| Mechanic_table_izq"> Mechanics Specialist: Mechanical Engineering. | 12 | Extending the mechanisms and mechanics of robots. |
6 | 4. º | 8. º | OP | |||||||
| Project and Machine Control. | 6 | . | |||||||||||
| Mechanical Specialist: Engineering Thermal. | 12 | Generation of thermal energy. | 6 | 8. º | OP |
||||||||
|
Building thermal installations. | 6 | 4. º |
| ||||||||||
|
Chemical Specialist: Process Engineering. | 12 | Process Equipment Layout. | . º | 8. º | OP | ||||||||
|
6 | 4. º | 8. º | 8. | 8. OP | |||||||||
| Chemical Specialist: Maintenance and Chemical Process Management. | 12 | Evaluation and Management of Industrial Pollution. | 6 | 4. º | 8. º | OP | |||||||
|
management and techniques of chemical plants. | 6 | . | |||||||||||
| 36 | Machine Design and Distributed Generation. | 18 | Design of substations and centers transformation. | 6 | 4. º | 7. º | OP | ||||||
| Electrical Machines Construction and Essay. | 6 | 4. º | 7. º |
OP | |||||||||
|
Generation power. | 6 | 4. º | 8. º | OP | |||||||||
|
Quality in Electrical Systems. | 18 | Electrical Industrial Maintenance. |
6 | 4. º |
| OP | |||||||
| 6 | 6 | 6 |
| 7. | |||||||||
|
6 | 4. º |
|
OP | ||||||||||
|
| 18 |
Configurable electronic layout. | 6 | 4. º | 7. º | OP | |||||||
| 6 | 4. º | 7. º | OP |
||||||||||
|
electronic devices. | 6 | 4. º | 8. º | OP | |||||||||
|
18 | Automatic Systems in Smart Buildings. | . º | 7. º | OP | |||||||||
|
| 6 | 6 | 6 | . | |||||||||
| Microcontroller-based Automatic Systems. | 6 | 4. º | 7. º | OP | |||||||||
|
Design Machines. | 18 | Lifting, transport, and maintenance appliances. | 6 | 4. º |
7. º | OP | |||||||
|
Robots Mechanics. | 6 | 7. | 7. | OP | |||||||||
| 6 | 6 | 4. |
| ||||||||||
| . | 18 | 18 |
Assisted Manufacturing. | 6 | . | ||||||||
| 8. Materials. | 6 | 4. º | 7. º | OP | |||||||||
| Mechanized Engineering. | 6 | 4. º | 7. º | OP | |||||||||
|
. | 18 | Metal, concrete and cement structures. | 6 | . | OP | 8. | |||||||
|
Mechanics. | 6 | 4. º | 7. º |
OP | |||||||||
|
analysis methods. | 6 | 4. º |
7. | OP | |||||||||
| Multidisciplinary. | 48 | Micro-robotic applications. | . º | 8. º | OP | ||||||||
| Industrial Quality Management. | 6 | 4. | 7. | OP | |||||||||
| Mathematical and Statistical Models in Engineering. | . º | 7. º | OP | ||||||||||
| topography. | 6 | 4. º |
| ||||||||||
| 6 | 4. º | 8. º | OP | ||||||||||
|
installations. | 6 | 4. º |
|
OP |
| 6 | 6 | 6 |
| 8. º | |||
| 6 | 4. º | 7. º | OP | ||||||||||
| Module 7 end-of-grade work. | 18 | End-of-grade work. | 18 | End-of-grade work. | 18 | 4. º | 8. º | TFM |
