Study programme
After taking the subjects of the Degree in Engineering in Ecotechnologies in Industrial processes, you will be able to design, develop and maintain sustainable manufacturing processes. Similarly, you will acquire the necessary knowledge to detect future opportunities and innovate in processes, technologies and materials to enable a more environmentally sustainable industrial production.
Subjects of the Degree in Engineering in Ecotechnologies in Industrial Processes
Science
MATHEMATICS
You will be able to solve mathematical problems that may arise in engineering.
PHYSICS
You will learn to apply the laws of mechanics, thermodynamics and electromagnetism to solve problems.
COMPUTER SCIENCE
You will acquire knowledge about programming, operating systems and databases applied to engineering.
GRAPHIC EXPRESSION
You will identify the necessary elements to create and interpret drawings and learn how to use digital tools to do so.
Materials
Elasticity and resistance
The knowledge necessary to calculate when a product is going to break or how much a structure is going to deform.
Mechanical materials
You will have the basic knowledge to design and develop products.
Materials selection
You will learn about the characteristics, behaviour and uses of the different materials to be able to select the most suitable for each occasion.
Technology
Manufacturing processes
You will be able to design, develop and implement manufacturing processes that increase the productivity of the company, making it more efficient and sustainable.
Automation
You will master the automation tools that will allow you to control the manufacturing cycle of a product from start to finish.
Environment
You will learn the most appropriate techniques to reduce the environmental impact (treatment of waste and emissions) of industries.
Skills
Efficient communication
You will develop the techniques and skills to express your ideas so that you can create clear and concise reports.
Project management
You will have the necessary knowledge to manage and direct projects and work teams.
Environmental awareness
You will be able to detect and analyse environmental problems and needs, offering efficient and sustainable technological solutions.
view all subjects
You will participate in real projects that will allow you to learn more about the profession
During the degree, you must apply the knowledge that you will acquire throughout the different courses to solve challenges and projects, which will allow you to learn in a practical and real environment, helping you assimilate the knowledge.
Find out about our system of learning through projects
KEY
- BT: Basic Training
- C: Compulsory
- OP: Optional
- T: Thesis
- B: Basque
- S: Spanish
- E: English
1st Year • 1st semester
| | Subject | Type | ECTS | Language |
| PDF | Mathematics I | BT | 6 | B |
| PDF | Graphic expression I | BT | 6 | B |
| PDF | Fundamentals of computing science | BT | 6 | B |
| PDF | Physics I | BT | 6 | B |
| PDF | Methodological foundations | C | 6 | S |
| | Total | | 30 | |
1st Year • 2nd semester
| | Subject | Type | ECTS | Language |
| PDF | Mathematics II | BT | 6 | B |
| PDF | Chemistry | BT | 6 | B |
| PDF | Graphic expression II | C | 6 | B |
| PDF | Physics II | BT | 6 | B |
| PDF | Business | BT | 6 | B |
| | Total | | 30 | |
2nd Year • 1st semester
| | Subject | Type | ECTS | Language |
| PDF | Material elasticity and strength | C | 4,5 | B |
| PDF | Electrical machines and drives | C | 6 | B |
| PDF | Manufacturing technology I | C | 4,5 | B |
| PDF | Metallic materials science | C | 6 | S |
| PDF | Mathematics III | BT | 6 | B |
| Optional Offer 2nd year 1rd semester |
| PDF | English I: Scientific and technical english | OP(*) | 3 | E |
| PDF | English II: Communication skills in english | OP(*) | 3 | E |
| PDF | Euskara I: Euskara for science and technique | OP(*) | 3 | B |
| PDF | History of science and technology | OP(*) | 3 | B |
| PDF | Prevention, safety and health in the workplace | OP(*) | 3 | E |
| PDF | Efficient team working | OP(*) | 3 | E |
| PDF | Sustainable development and environmental ethics | OP(*) | 3 | E |
| PDF | Job training and orientation | OP(*) | 3 | S |
| PDF | Writing of scientific-technical texts | OP(*) | 3 | S |
| PDF | Ethics of engineer | OP(*) | 3 | E |
| PDF | University cooperation for a better world | OP(*) | 3 | B |
| PDF | Professional placement I | OP(*) | 3 | B, S, E |
| | Total | | 30 | |
* The student must choose from the optional subjects to reach the required 30 ECTS.
2nd Year • 2nd semester
| | Subject | Type | ECTS | Language |
| PDF | Development technology II | OB | 4,5 | B |
| PDF | Thermal engineering | OB | 6 | E |
| PDF | Material engineering and selection | OB | 6 | B |
| PDF | Fluid mechanics | OB | 4,5 | B |
| PDF | Statistics | BT | 6 | B |
| Optional Offer 2nd year 2th semester |
| PDF | English I: Scientific and technical english | OP(*) | 3 | E |
| PDF | English II: Communication skills in english | OP(*) | 3 | E |
| PDF | Euskara II: Oral communication in euskara | OP(*) | 3 | B |
| PDF | Efficient decision making | OP(*) | 3 | E |
| PDF | History of science and technology | OP(*) | 3 | B |
| PDF | Prevention, safety and health in the workplace | OP(*) | 3 | E |
| PDF | Sustainble dewvelopment aand enviromental ethics | OP(*) | 3 | E |
| PDF | Job training and orientation | OP(*) | 3 | S |
| PDF | Writing of scientifif-technical texts | OP(*) | 3 | S |
| PDF | Ethics of engineer | OP(*) | 3 | E |
| PDF | University cooperation for a better world | OP(*) | 3 | B |
| PDF | Professional placement II | OP(*) | 3 | B, S, E |
| | Total | | 30 | |
* The student must choose from the optional subjects to reach the required 30 ECTS.
3rd Year • 1st semester
| | Subject | Type | ECTS | Langauge |
| PDF | Basic industrial automation | C | 3 | E |
| PDF | Environmental process optimisation: Plastics and composites | C | 4,5 | E |
| PDF | Industrial organisation | C | 4,5 | E |
| PDF | Environmental process optisation: Smelting | C | 4,5 | E |
| PDF | Environmental science and technology | C | 6 | E |
| PDF | Life cycle analysis | C | 3 | E |
| Optional Offer 3rd year 1th semester |
| PDF | 21st century challenges | OP(*) | 3 | E |
| PDF | Introduction to the teaching of engineering | OP(*) | 4,5 | B |
| PDF | Industrial sustainability | OP(*) | 4,5 | S |
| PDF | Food science and technology | OP(*) | 4,5 | E |
| PDF | Finances | OP(*) | 4,5 | E |
| PDF | Computational mathematics laborategy | OP(*) | 4,5 | E |
| PDF | Computer vision | OP(*) | 4,5 | E |
| PDF | Data analysis | OP(*) | 4,5 | E |
| PDF | Introduction to additive manufacturing | OP(*) | 4,5 | E |
| PDF | Calibration of measurement equipment | OP(*) | 3 | E |
| PDF | Profesional placement III | OP(*) | 4.5 | B, S, E |
| | Total | | 30 | |
* The student must choose from the optional subjects to reach the required 30 ECTS.
3rd Year • 2nd semester
| | Subject | Type | ECTS | Language |
| PDF | Electronics and tooling | C | 4,5 | B |
| PDF | Environmental process optimisation: Machining | C | 4,5 | B |
| PDF | Environmental process optimisation: Forming | C | 4,5 | B |
| PDF | Quality engineering | C | 4,5 | B |
| PDF | Machine and mechanism theory | C | 4,5 | B |
| PDF | Advanced industrial automation | C | 3 | B |
| Optional Offer 3rd year 2th semester |
| PDF | 21st century challenges | OP(*) | 3 | E |
| PDF | Introduction to the teaching of engineering | OP(*) | 4,5 | B |
| PDF | Industrial sustainability | OP(*) | 4,5 | S |
| PDF | Food science and technology | OP(*) | 4,5 | E |
| PDF | Finances | OP(*) | 4,5 | E |
| PDF | Computational mathematics laborategy | OP(*) | 4,5 | E |
| PDF | Computer vision | OP(*) | 4,5 | E |
| PDF | Data analysis | OP(*) | 4,5 | E |
| PDF | Introduction to additive manufacturing | OP(*) | 4,5 | E |
| PDF | Calibration of measurement equipment | OP(*) | 3 | E |
| PDF | Profesional placement IV | OP(*) | 4.5 | B, S, E |
| | Total | | 30 | |
* The student must choose from the optional subjects to reach the required 30 ECTS.
4th Year • 1st semester
| | Optional modules | Type | ECTS | Language |
| PDF | New technologies and decision making in vuca environments | OP(*) | 15 | S, E |
| PDF | Supporting technologies | OP(*) | 15 | S, E |
| PDF | Sustainable Technological Entrepreneurship Skills | OP(*) | 15 | S, E |
| PDF | Product design | OP(*) | 15 | S |
| PDF | Mechanical design | OP(*) | 15 | B, S |
| PDF | Functional prototyping | OP(*) | 15 | B, S |
| PDF | Simulation of multiphysics problems in engineering | OP(*) | 15 | B, S |
| PDF | Smart industry | OP(*) | 15 | B |
| PDF | Robotics and industrial automation | OP(*) | 15 | S |
| PDF | Industrial production | OP(*) | 15 | S |
| PDF | Design and development of digital products | OP(*) | 15 | S, E |
| PDF | Commercial process and sales | OP(*) | 15 | S, E |
| PDF | Fundamentals of energy systems | OP(*) | 15 | B |
| PDF | Introduction to biomedical engineering | OP(*) | 15 | S, E |
| PDF | Hydrogen for the energy transition | OP(*) | 15 | S, E |
| PDF | Work experience I | OP(*) | 15 | B, S, E |
| PDF | Work experience II | OP(*) | 15 | B, S, E |
| | Total | | 30 | |
4th Year • 2nd semester
| | Subject | Type | ECTS | Language |
| PDF | Work experience III | OP | 18 | B, S, E |
| PDF | Thesis | T | 12 | B, S, E |
| | Total | | 30 | |
Previous Plans
