Study at LUT

The International PhD study in Mechnics is provided by the Faculty of Mechanical Engineering  at Lublin University of Technology.  The PhD study is supported by the National Centre for Research and Development   under the project  POWR.03.02.00-IP.08-00-DOK/16 in a frame of activity 3.2 ”PhD studies” The 4-years  PhD course starts in February  22, 2018   The course is provided in English .

Informants,  guides and presentations about Lublin Univrsity of Technology (LUT)

Programme

Semester I

• Mmodelling  of mechanical systems - selecected problems (2ECTS, 30h, Exam).
• Perturbation methods in mechanics (1ECTS, 15h).
• Numerical methods in mechanics (1ECTS, 30h).
• Experimental methods in mechanics I (1ECTS, 15h).
• Doctoral seminar (1ECTS, 15h).

Semester II

• Publication and presentation methodology. (1ECTS, 15h).
• Bifurcation and stability of structure (2ECTS, 30h, Exam).
• Advanced problem of FEM. (1ECTS, 30h, Exam).
• Experimental methods in mechanics II (1ECTS, 15h).
• Doctoral seminar (1ECTS, 15h).

Semester III

• Mechatronic systems (2ECTS, 30h, Exam).
• Mechanics of modern materials (2ECTS, 30h, Exam).
• Theory of continuous systems (1ECTS, 15h, Exam).
• Development and application of research projects (1ECTS, 15h).
• Doctoral seminar (1ECTS, 15h).
• Didactic practice.

Semester IV

• Control of dynamics systems (1ECTS, 15h, Exam).
• Mathematical methods of mechanics (1ECTS, 15h).
• Elective Course I (1ECTS, 30h).
• Doctoral seminar (1ECTS, 15h).
• Didactic practice.

Semester V

• IT tools in scientific research (2ECTS, 30h).
• Elective Course II (1ECTS, 30h).
• Doctoral seminar (1ECTS, 15h).
• Didactic practice.

Semester VI

• Business strategy in science (2ECTS, 30h).
• Elective Courses III (1ECTS, 15h).
• Doctoral seminar (1ECTS, 15h).
• Didactic practice.

Semester VII

• Elective Course IV (1ECTS, 5h).
• Doctoral seminar (1ECTS, 15h).
• Didactic practice.

Semester VIII

• Doctoral seminar (1ECTS, 15h).
• Didactic practice.

PhD Course in Mechanics

Elective Courses I

• Signal processing and analysis .
• Selected problems of biomechanics.

Elective Courses II

• Optimization of structural components.
• Algorithms and programming.

Elective Courses III

• Didactics of higher education
• Ethics in didactics and research.

Elective Course  IV

• Intellectual property rights.
• Mechanics history.