Study programme

Official Degree

Master's Degree in Biomedical Technologies

Duration

90 ECTS

1,5 years

Campus

Arrasate-Mondragón

Class size

24 places

Languages

Spanish, English

Modality

On-site

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Catalogue

Organization of the lessons according to the 2026 Plan

Key

  • C: Compulsory
  • OP: Optional
  • T: Thesis
  • B: Basque
  • S: Spanish
  • E: English

 

1st Year • 1st Semester

  Subject Type ECTS Languages
PDF Fluid mechanics and heat transfer C 4 S,E
PDF Control systems and embedded analysis laboratory C 3 S
PDF Digital image processing C 5 E
PDF Tissue Engineering and Regenerative Medicine C 3 E
PDF Surgical planning and training C 3 S
PDF Work experience I OP 3 B,S,E
PDF Work experience II OP 3 B,S,E
PDF Internships for DUAL pathway I OP 3 B,S,E
PDF Internships for DUAL pathway II OP 3 B,S,E
PDF Digital marketing OP 3 S
PDF Advanced project management OP 3 S
PDF Cybersecurity OP 3 S
PDF Collaborative software tools OP 3 S
Speciality: Development and manufacture of medical devices
PDF Microfluidics and numerical simulation OP 3 S, E
PDF Advanced techniques in tissue engineering and regenerative medicine OP 3 E
Speciality: Intelligent biomedical systems
PDF Advanced processing of biomedical images OP 3 E
PDF Data engineering OP 3 E
  Total   30  
Each student must choose 2 subjects from the elective subjects.

  

1st Year • 2nd Semester

  Subject Type ECTS Languages
PDF Biomechanical Design and Analysis  C 4,5 S
PDF Additive Manufacturing C 3 S
PDF Automation of Biomedical Systems C 3 S
PDF Advanced biosignal processing C 3 E
PDF Bioinformatics and data analysis C 4,5 E
PDF Work experience III OP 3 B,S,E
PDF Work experience IV OP 3 B,S,E
PDF Internships for DUAL pathway III OP 3 B,S,E
PDF Internships for DUAL pathway IV OP 3 B,S,E
PDF Strategic Intellectual Property Management OP 3 S
PDF Sensors and IoT Technologies OP 3 S
PDF Industrial Ecology OP 3 S
PDF People Management OP 3 S
Speciality: Development and manufacture of medical devices
PDF Design for additive manufacturing OP 3 S
PDF Biomechanical generative design OP 3 S
Speciality: Intelligent biomedical systems
PDF Deep learning OP 3 E
PDF Applied biosignals processing OP 3 E
  Total   30  

  Each student must choose 2 subjects from the elective subjects.

Research Pathway

2nd Year • 1st Semester

  Subject Type ECTS Languages
PDF Methodological guidelines for preparing a Doctoral Thesis OP 3 S
PDF Production and writing of scientific texts OP 3 S
PDF Documentary research techniques OP 3 S
PDF Inclusion of gender analysis in research OP 3 S
PDF Design of experiments OP 3 S
PDF Final Degree Project T 15 B,S,E
  Total   30  

  

Academic Pathway

2nd Year • 1st Semester

  Subject Type ECTS Languages
PDF Internships in Companies I OP 15 B,S,E
PDF Internships for DUAL pathway V OP 15 B,S,E
PDF Final Degree Project T 15 B,S,E
  Total   30  

 

Previous Plans

 Organization of the lessons in the 2023 Plan.

 Organization of the lessons in the 2017 Plan.