Study programme
During the degree, you will learn to handle the tools to allow you to represent your ideas graphically and you will build your designs in our workshops and laboratories.
Similarly, through projects in collaboration with local companies, you will acquire the necessary knowledge about their operation, industrial manufacturing, the behaviour and characteristics of materials, as well as everything related to product engineering. You will also work on aspects such as the appearance of the product, marketing, ergonomics, usability, sustainability and innovation.
Subjects in the Degree in Industrial Design Engineering and Product Development
Basic subjects
MATHEMATICS
You will be able to solve mathematical problems that may arise in engineering.
COMPUTER SCIENCE
You will acquire knowledge about programming, operating systems and databases applied to engineering.
PHYSICS
You will learn to apply the laws of mechanics, thermodynamics and electromagnetism to solve problems.
CHEMISTRY
Chemistry is the basis of all materials, so it is important to know their structure before starting to study them in depth.
COMPANY
The knowledge of the type of existing companies, their characteristics and operation are key in the day to day of an engineering.
GRAPHIC EXPRESSION
You will identify the necessary elements to create and interpret drawings and learn how to use digital tools to do so.
Basic technologies
ARTISTIC EXPRESSION
You will have the ability to make innovative proposals in terms of: aesthetics, form, color, textures.
COMPUTER ASSISTED DESIGN
You will learn how to handle the tools to express your ideas graphically with the computer.
DESIGN OF MECHANICAL PRODUCTS
You will acquire the necessary skills to design and develop products.
MANUFACTURING PROCESSES
You will learn the basic fundamentals of production and manufacturing systems and processes.
APPEARANCE
You will learn the fundamentals of aesthetics and morphology to develop sustainable and innovative products.
RESISTANCE OF MATERIALS
You will be able to perform the necessary calculations so that the designed products meet the customer's specifications.
Specific technologies
USABILITY
You will acquire the necessary knowledge to design useful and effective products that make people's lives easier.
MARKETING AND COMMUNICATIONS
You will develop the skills necessary for the marketing and promotion of industrial products.
BOTTLING AND PACKAGING
You will learn everything related to materials, aesthetics, morphology and usability of packaging.
GRAPHIC DESIGN
You will learn the principles and programs of Graphic Design in order to be able to realize your innovative projects.
SUSTAINABILITY
You will learn everything related to environmental aspects, the environmental impact of products, how to minimize it...
PERSON-FOCUSED DESIGN
You will work on aspects related to design for all.
Skills
DESIGNING AND MANAGING PROJECTS
You will be able to design and manage engineering projects in industrial design from a sustainable, creative and innovative perspective.
COMMUNICATION
You will be able to make reports with relevant information and using an appropriate graphic language that will allow you to make innovative improvement proposals.
View all subjects
You will carry out real projects during the degree
In each year you will take part in real projects together with the teachers and professionals from reference companies in the sector. You will thus be able to apply the knowledge acquired by developing creative and innovative products and services to improve people's lives.
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 | B |
| | Total | | 30 | |
1st Year • 2nd semester
| | Subject | Type | ECTS | Language |
| PDF | Mathematics II | BT | 6 | S |
| PDF | Chemistry | BT | 6 | B |
| PDF | Aesthetics and creativity | C | 3 | S |
| PDF | Physics II | BT | 6 | B |
| PDF | Prototyping | C | 3 | B |
| PDF | Business | BT | 6 | B |
| | Total | | 30 | |
2nd Year • 1st semester
| | Subject | Type | ECTS | Language |
| PDF | Artistic expression I | BT | 6 | B |
| PDF | Design methodology I | C | 6 | B |
| PDF | Manufacturing processes I | C | 4,5 | S |
| PDF | Graphic expression II | BT | 6 | B |
| PDF | Materials I | C | 4,5 | B |
| Optional Offer 2nd year 1st 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 | Manufacturing processes II | C | 4,5 | B |
| PDF | Graphic expression III | C | 6 | B |
| PDF | Design of electrical products | C | 3 | B |
| PDF | Aesthetics II | C | 3 | S |
| PDF | Materials II | C | 4,5 | B |
| PDF | Material elasticity and strength | C | 6 | B |
| Optional Offer 2nd year 2nd 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 | Computer-aided design I | C | 3 | E |
| PDF | Usability | C | 4,5 | E |
| PDF | Artistic expression II | C | 4,5 | E |
| PDF | Thermal and fluid engineering | C | 4,5 | E |
| PDF | Environmental aspects | C | 6 | E |
| PDF | Design methodology II | C | 3 | E |
| Optional Offer 3rd year 1stsemester |
| 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 | Marketing and communication | C | 3 | B |
| PDF | Statistics | C | 6 | B |
| PDF | Legal aspects | C | 3 | B |
| PDF | Graphic design | C | 6 | B |
| PDF | Bottling and packaging | C | 3 | B |
| PDF | Computer-aided design II | C | 4,5 | B |
| Optional Offer 3rd year 2nd 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 | Mechanical design | OP(*) | 15 | B, S |
| PDF | Industrialization and product improvement | OP(*) | 15 | S |
| PDF | Sustainable engineering | OP(*) | 15 | S, E |
| PDF | Functional prototyping | OP(*) | 15 | B, S |
| PDF | Manufacturing processes | OP(*) | 15 | B, S |
| PDF | Simulation of multiphysics problems in engineering | OP(*) | 15 | B, S |
| PDF | Smart industry | OP(*) | 15 | B |
| PDF | Industrial production | OP(*) | 15 | S |
| PDF | Industrial Technologies I | OP(*) | 15 | B |
| PDF | Industrial Technologies II | OP(*) | 15 | B, S |
| PDF | Design and development of digital products | OP(*) | 15 | S, E |
| PDF | Commercial process and sales | OP(*) | 15 | S, E |
| PDF | Introduction to biomedical engineering | 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 | |
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