Study Program
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GRADUATE STUDY PROGRAM .: Master´s Degree in Science (optics) Graduated college students with certificates issued from the following majors: Physics, Physical-Mathematical Science, Mathematics, as well as from a field of Engineering (Physics Engineering, Electronics Engineering, Electric Engineering, Mechanical Engineering, Chemical Engineering, Industrial Chemical Engineering, Systems Engineering, Computer Engineering, or the like) GENERAL OBJECTIVES OF THE PROGRAM The Master's Degree program (Optics) has the objective of generating human resources with vast theoretical and practical knowledge in the field of Optics; likewise, it aims at developing basic methodological skills for research, technological innovation and the spreading of knowledge. GRADUATE'S PROFILE A student graduating from the Master's Degree program (Optics) has solid knowledge about Optics in general, and in particular about the different areas being developed in each of the research departments of the institution, such as Optical Engineering and Instrumentation, Optical Metrology, Optical Properties of Matter, and Optical Fibers. In addition, he or she will have acquired skills and dexterities that enable him or her to spread and teach scientific knowledge, to propose solutions to technological problems related to Optics, and to design experimental approaches to solve basic problems in the field. As a result of his formation, he or she has and shows, in his professional development, attitudes of intellectual and methodological openness before those elements of reality that relate to his or her professional work. COURSES FOR THE MASTER'S DEGREE IN SCIENCE (OPTICS) FIRST QUARTER: 1 MATHEMATICAL METHODS Additionally, English and Research Seminar (without credits). SECOND QUARTER: 1 PHYSICAL OPTICS Additionally, English and Research Seminar (without credits). THIRD QUARTER: 1 OPTICS LAB 2 OPTIONAL COURSE I 3 OPTIONAL COURSE II Additionally, English and Research Seminar (without credits), as well as selection of thesis subject and advisor. FOURTH QUARTER: 1 OPTIONAL COURSE III 2 THESIS WRITING FIFTH QUARTER: 1 THESIS WRITING SIXTH QUARTER: 1 THESIS WRITING Degree examination Specialty Courses 1. Optical Instrumentation I2. Surface Scattering 3. Interferometry 4. Selected Topics in Optical Metrology I 5. Selected Topics in Optical Metrology II 6. Dimensional Metrology 7. Optical Metrology 8. Digital Processing of Images 9. Computer Vision 10. Characterization of Laser Materials 11. Pattern Recognition 12. Programming 13. Introduction to Chaotic Dynamics 14. Digital Processing of Images 15. Optics Lab II 16. Introduction to Criptography and Optical and Printed Security 17. Thin Films 18. Non-homogeneous Film Optical Filters 19. Holography 20. Fourier Optics 21. Introduction to MatLab and Visualization 22. Advanced Lab (Amorphous Materials) 23. Spectroscopy of Solid State Laser Materials 24. Non-linear Optics 25. Optical Engineering 26. Infrared Technology 27. Solid State Lasers 28. Introduction to Materials Engineering 29. Photo-refractive Materials and their Photonic Applications 30. Optical Materials 31. Criteria and Principles of Measurement 32. Fundamentals of Atomic and Molecular Spectroscopy 33. Computer Simulation in Optics and Digital Treatment of Signals 34. Scientific Engineering 35. Advanced Optical Design I 36. Advanced Optical Design II 37. Digital Processing of Signals 38. Polarized Light 39. Testing of Optical Systems 40. Topics in Classical Optics 41. Psychophysics of Human Visual System 42. Double Clad Optical Fiber Lasers and Amplifiers 43. Fiber Optics 44. Non-linear Effects in Optical Fibers 45. Optical Fiber Sensors 46. Characterization of Flat Wave Leads 47. Advanced Topics: Nanostructured Materials 48. Speckle Metrology Lab 49. Fabrication of Optical Fibers 50. Optical Technology 51. Numerical Methods Applied in Optics 52. Optical Fiber Based Lasers and Amplifiers
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