New Undergraduate and Post-Graduate Courses

INDUSTRIAL ROBOTS
(Undergraduate Studies - 5 years, Dip. Eng.)

A. Basic sciences subjects
1.  Mathematics; 2. Mathematics: Algebra; 3.  Engineering Mathematics; 4.  Robotics Mathematics; 5.  Computing; 6. Chemistry; 7.  Mechanical Engineering Drawing; 8.  Computer Aided Graphics; 9.  Physics; 10. CAD Fundamentals; 11. Numerical and Mathematical Programming Methods in Engineering.

B. Engineering subjects
12. Materials Engineering; 13. Mechanics of Solids; 14. Stress and Structural Analysis of Materials; 15. Automatics; 16. Electrical Measurements; 17. Electrical Technology for Mechanical Engineers; 18. Electronic System; 19. Vibrations and Noise; 20. Fluid Mechanisms and Thermodynamics; 21. CAD of Mechanisms; 22. CAD of Machine Elements; 23. Manufacturing Systems Engineering; 24. Robots  Actuators; 25. Control and Instrumentation; 26. Fundamentals of Robotics;
27. Gripping Systems; 28. Electronic Applications in Robotics; 29. Kinematics and Dynamics of Industrial Robots; 30. Sensors and Transducers for Industrial Robots; 31. Finite Element Methods in Engineering; 32. Robotics - Mechanical Architecture
of Industrial Robots/Design of Mechanical Systems of Industrial Robots; 33. Industrial Robot Programming; 34. Tribology and Experimental Processing; 35. Implementing and Testing of Industrial Robots; 36. Flexible Manufacturing Systems; 37. Industrial Robot Control; 38. Robotization of Production System; 39. Mobile Robots; 40. Methods of Invention and Innovation; 41. Industrial Logistic; 42. Cooperation between Industrial Robots; 43. Artificial Vision and Image Processing; 44. Medical Robotics; 45. Micro-robotics; 46. Computer Aided Tele-robotics and Virtual Reality; 47. CAD/CAM Interfaces
48. Computer Aided Command of Robotic Systems; 49. Maintenance of Industrial Robots; 50. Industrial Aesthetic; 51. Industrial Property.

C. Non-technical subjects
52. Sport; 53. Languages; 54. Industrial Relations; 55. Marketing; 56. Management; 57. Economic Diagnosis.


 DESIGN IN MECHANICAL ENGINEERING
(Undergraduate studies - 3 year diploma)
A. Basic sciences subjects
1.  Mathematics: Algebra; 2.  Mechanical General Knowledge; 3.  Materials Engineering; 4.  Computer Basics; 5.  Technical Drawing; 6.  Mechanisms Stress and Structural  Analysis of Materials; 7.  Mathematics: Analysis.

B. Engineering subjects
8.  Aesthetics: Principles in Shape Design; 9.  Document Processing; 10. Machine Elements and Mechanisms; 11. Algorithms and Programming Languages; 12. C.A. Data Bases; 13. New Design Methods in CIM; 14. C.A. Simulation and Virtual Reality; 15. C.A. Modelling and Optimizing of Shapes; 16. Mechanical Systems Actuators; 17. Control and Instrumentation;
18. Manufacturing Systems Engineering; 19. CAD of Mechanical Systems; 20. Mechanical Transmissions; 21. Industrial Aesthetics and Ergonomics; 22. Aesthetics Surfaces Technologies; 23. CAD/CAM Systems; 24. Methods of Invention and Innovation; 25. Robotic Basics; 26. Tribology and Experimental Processing.

C. Non - technical subjects
27. English; 28. Sport; 29. Industrial Relations; 30. Management and Marketing; 31. Total Quality Management.
 


ROBOTICS
(Post-graduate studies - 1 year)
1.  CIM and Industrial Robot  Implementation; 2.  Modelling and Control of Robots; 3.  Artificial Intelligence and Advanced  Robotics Software; 4.  Finite and Boundary Element Method  Applied in Robotics; 5.  Sensors and Gripping Systems
6.  Mobile Robots, Virtual Reality and  Computer Aided Tele-robotics.

MECHANICAL SYSTEMS ENGINEERING
 (Post-graduate studies - 1 year)

1.  Dynamics of Mechanical Systems; 2.  Advanced Computer Aided Design of  Machine Elements and Mechanical  Transmissions; 3. Finite Element Method Applied to  Mechanical Transmissions; 4.  Special Mechanical Transmissions;
5.  Tribology and Experimental  Processing; 6.  Methods of Invention and Innovation.  


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