Apart from a solid education in the distinct specific areas, where students are expected to master a series of technical, managerial and organisational abilities, the Industrial Management and Engineering Course also aims at developing personal leadership skills, at developing and/or improving the students¿ general conflict management skills and negotiation techniques, in order to improve their performance and efficacy.
Students are also expected to acquire a set of new competences, such as entrepreneurship, communication, assertiveness, group and interpersonal motivation, problem-solving, analysis, flexibility and quick-learning, development and assessment of change processes, strategic reasoning and critical thinking.
We pay special attention to the way concepts and knowledge are transmitted, so that students are able to anticipate their practical usage in real-life situations.
| 1º Year | ||
|---|---|---|
| Curricular unit | Period | ECTS |
| Interdisciplinary Project I | Annual | |
| Industrial Organization and Communication | Annual | |
| Engineering Computing | Annual | |
| Calculus I A | Annual | |
| Electronics A | Summer Semester | |
| Physics Mechanics A | Summer Semester | |
| Thermodynamics A | Winter Semester | |
| Physics A | Winter Semester | |
| 2º Year | ||
| Curricular unit | Period | ECTS |
| Interdisciplinary Project II | Annual | |
| Calculus II A | Annual | |
| Manufacturing Processes | Annual | |
| Operations Management | Annual | |
| Enterpeneurial Management | Annual | |
| Productivity and Manufacturing Systems Design | Summer Semester | |
| Computer Aided Design | Summer Semester | |
| Materials Engineering A | Winter Semester | |
| Statistical Models A | Winter Semester | |
| 3º Year | ||
| Curricular unit | Period | ECTS |
| Logistics, Distribution and Transportation | Annual | |
| Project Evaluation and Management | Annual | |
| Project Design, Organization and Management | Annual | |
| Interdisciplinary Project III | Annual | |
| Process Modelling, Analysis and Optimization | Annual | |
| Industrial Simulation | Summer Semester | |
| Quality Management | Summer Semester | |
| Process Automation and Robotics | Summer Semester | |
| Decision Models | Winter Semester | |
| Occupational Health and Safety | Winter Semester | |
| System Analysis and Data Base Technology | Winter Semester | |
- Given the interdisciplinary character of their educational path, those graduating in Industrial Management and Engineering can carry out a vast number of functions, either in the industrial sector or in the service sector, in large, small or medium-sized companies, namely:
- Project
- Project Evaluation and Management;
- Project Setting up;
- Production Systems Organisation and Project;
- Business processes organisation and integration;
- Computer Aided Project Management;
- Process analysis and optimization;
- System analysis;
- Decision-making processes Modelling;
- Process optimization, etc¿.
- Consulting Logistics
- Production Planning and Management;
- Materials Planning and Management;
- Storage and Inventory Management;
- Transport and Distribution;
- Industrial Management;
- Technological Innovation;
- Product Engineering;
- Processes Engineering;
- Industrial Engineering;
- Maintenance Management;
- Computer Integrated Production;
- Automation and Robotics;
- Information Systems Management
- Ergonomics and Industrial Health and Safety
- Industrial Health and Safety
- Industrial Ergonomics;
- Total Quality
- Industrial Marketing
Entrance Exams:
(07) Physics and Chemistry
(16) Mathematics
Minimum requirements
Application grade: 95 marks
Entrance exams: 95 marks
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