Courses / DEM / Phd in Mechanical Engineering

Phd in Mechanical Engineering

The work developed by a student during one academic year, according to the indicative plan of the course and on a full time basis, totals 60 ECTS.

Paths

Advanced Production Systems

Course unit title Year Course unit code Duration Type Subject area ECTS credits
Draft thesis in Advanced Production Systems 1 03019695 Annual Compulsory APS 30.0
Research Methodology 1 03017226 1st Semester Compulsory RM 6.0
Research Seminar in Advanced Production Systems 1 03019644 1st Semester Compulsory APS 12.0
Innovation & Entrepreneurship 1 03017237 2nd Semester Compulsory EM 6.0
Rules
  • The student must register, in the 1st semester, in an optional curricular unit of 6 ECTS, among those taught in the UC. The register is subject to approval by the Phd Coordinator.
Course unit title Year Course unit code Duration Type Subject area ECTS credits
Doctoral Thesis in Advanced Production Systems 2 03019596 MULTIANNUAL Compulsory APS 120.0

Aerodynamics, Natural and Technological Risks

Course unit title Year Course unit code Duration Type Subject area ECTS credits
Draft Thesis in Aerodynamics, Natural and Technological Risks 1 03019734 Annual Compulsory ANTR 30.0
Research Methodology 1 03017226 1st Semester Compulsory RM 6.0
Research Seminar in Aerodynamics, Natural and Technological Risks 1 03019689 1st Semester Compulsory ANTR 12.0
Innovation & Entrepreneurship 1 03017237 2nd Semester Compulsory EM 6.0
Rules
  • The student must register, in the 1st semester, in an optional curricular unit of 6 ECTS, among those taught in the UC. The register is subject to approval by the Phd Coordinator.
Course unit title Year Course unit code Duration Type Subject area ECTS credits
Doctoral Thesis in Aerodynamics, Natural and Technological Risks 2 03019633 MULTIANNUAL Compulsory ANTR 120.0

Energy, Environment and Comfort

Course unit title Year Course unit code Duration Type Subject area ECTS credits
Draft Thesis in Energy, Environment and Comfort 1 03019723 Annual Compulsory EEC 30.0
Research Methodology 1 03017226 1st Semester Compulsory RM 6.0
Research Seminar in Energy, Environment and Comfort 1 03019678 1st Semester Compulsory EEC 12.0
Innovation & Entrepreneurship 1 03017237 2nd Semester Compulsory EM 6.0
Rules
  • The student must register, in the 1st semester, in an optional curricular unit of 6 ECTS, among those taught in the UC. The register is subject to approval by the Phd Coordinator.
Course unit title Year Course unit code Duration Type Subject area ECTS credits
Doctoral Thesis in Energy, Environment and Comfort 2 03019622 MULTIANNUAL Compulsory EEC 120.0

Structural Integrity

Course unit title Year Course unit code Duration Type Subject area ECTS credits
Draft Thesis in Structural Integrity 1 03019701 Annual Compulsory SI 30.0
Research Methodology 1 03017226 1st Semester Compulsory RM 6.0
Research Seminar in Structural Integrity 1 03019656 1st Semester Compulsory SI 12.0
Innovation & Entrepreneurship 1 03017237 2nd Semester Compulsory EM 6.0
Rules
  • The student must register, in the 1st semester, in an optional curricular unit of 6 ECTS, among those taught in the UC. The register is subject to approval by the Phd Coordinator.
Course unit title Year Course unit code Duration Type Subject area ECTS credits
Doctoral Thesis in Structural Integrity 2 03019600 MULTIANNUAL Compulsory SI 120.0

Surface Engineering and Nanomaterials

Course unit title Year Course unit code Duration Type Subject area ECTS credits
Draft Thesis in Surface Engineering and Nanomaterials 1 03019712 Annual Compulsory SEN 30.0
Research Methodology 1 03017226 1st Semester Compulsory RM 6.0
Research Seminar in Surface Engineering and Nanomaterials 1 03019667 1st Semester Compulsory SEN 12.0
Innovation & Entrepreneurship 1 03017237 2nd Semester Compulsory EM 6.0
Rules
  • The student must register, in the 1st semester, in an optional curricular unit of 6 ECTS, among those taught in the UC. The register is subject to approval by the Phd Coordinator.
Course unit title Year Course unit code Duration Type Subject area ECTS credits
Doctoral Thesis in Surface Engineering and Nanomaterials 2 03019611 MULTIANNUAL Compulsory SEN 120.0