1. Semester 30. Subject Engineering Optics and Photonics 8

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1 Code/ Code / / hours/week V: lecture Ü: problems class P: lab CP / module CP Person in Charge / Lecturer 1. Semester 30 Engineering Optics and Photonics 8 s Electromagnetics and Numerical Calculation of Fields Electromagnetics and Numerical Calculation of Fields - Lecture Electromagnetics and Numerical Calculation of Fields - Problems Class Optical Engineering s Optical Engineering - Lecture V2 Optical Engineering - Problems Class Physical Optics and Photonics Fundamentals of Optics and Photonics s Fundamentals of Optics and Photonics - Lecture V Fundamentals of Optics and Photonics - Problems Class Optics and Photonics Lab* Optics and Photonics Lab I s individual labs according to Manual P3 * second part of O&PL in 2 nd semester Adjustment s* ** MACH Measurement and Control Systems s Measurement and Control Systems - Lecture V Measurement and Control Systems - Problems Class Modern Physics s Modern Physics - Lecture V4 Modern Physics - Problems Class * assignment of student to AdjC-MCS or AdjC-MP made by examination board ** completed in 2 nd semester Additive Key Competencies V2 Ü2 5 of 10 6 of 8 in total** 4 Dössel 4 Stork 8 Hunger 5 Hetterich 6 Stiller 6 Pilawa

2 (completed in 3 rd semester) Visual Story-Telling and Communication of Climate Change* Jean Monnet Circle Seminar: European Integration and Institutional Studies* 3 of 6 2 to 6 ZAK 2 to 6 ZAK German Language s at ID 4 Krebs (ID) Foreign Language Class (except mother tongue and English) Business Innovation in Optics and Photonics more courses available from International Department ID, House of Competence HoC, Zentrum für Angewandte Kulturwissenschaften ZAK, and Sprachenzentrum SPZ * for more information about the s at ZAK: 1 or 2 Language Center 4 Nahm

3 2. Semester Advanced Optics and Photonics Theory and Materials Theoretical Optics s Theoretical Optics - Lecture V Theoretical Optics - Problems Class Nonlinear Optics s Nonlinear Optics V2 Nonlinear Optics Advanced Optics and Photonics Methods and Components Spectroscopic Methods s Spectroscopic Methods - Lecture V Optoelectronic Components s Optoelectronic Components - Lecture V Optoelectronic Components - Problems Class Fabrication and Characterisation of Optoelectronic Devices Fabrication and Characterization of Optoelectronic Devices - Lecture + Problems Class Adjustment s (continued from 1 st semester) Basic Molecular Cell Biology (compulsory) V/Ü2 8 4 Koos 10 2 of 8 3 Kappes 4 Freude 3 Richards 2 Weth Basic Molecular Cell Biology - Lecture V Optics and Photonics Lab (continued from 1 st semester) 5 of 10 Optics and Photonics Lab II 5 s individual labs according to Manual P Internship (continued in 3 rd semester) 5 of 12 Internship: Introduction 5 Hetterich Stiller, Lemmer

4 3. Semester 30 Specialization - Photonic Materials and Devices* * one Specialization has to be chosen, all modules within the Specialization are elective Solid-State Optics, without Exercises Solid-State Optics - Lecture V Plastic Electronics / Polymerelectronics Plastic Electronics - Lecture V Field propagation and coherence s Field propagation and coherence - Lecture V Field propagation and coherence - Problems Class Advanced Optical Materials (not offered WS 17/18) can be substituted by SP-NO Nano Optics s Advanced Optical Materials - Lecture V Advanced Optical Materials - Problems Class Advanced Inorganic Materials (not offered WS 17/18) Advanced Inorganic Materials (only in SS) - Lecture V Solar Energy s Solar Energy - Lecture V Solar Energy - Problems Class Optical Waveguides and Fibers s Optical Waveguides and Fibers - Lecture V Optical Waveguides and Fibers - Problems Class Laser Physics s Laser Physics - Lecture V2 MACH Laser Physics - Problems Class X-Ray Optics X-Ray Optics - Lecture V Optical Transmitters and Receivers s Optical Transmitters and Receivers - Lecture V2 6 Hetterich 3 Lemmer 4 Freude 6 Wegener 3 Feldmann 6 Richards 4 Koos 4 Eichhorn 3 Last 4 Freude Optical Transmitters and Receivers - Problems Class Computational Photonics, without ext. Exercises (not offered WS 17/18)

5 s Computational Photonics - Lecture V Computational Photonics - Problems Class Quantum Optics s Quantum Optics - Lecture V2 MACH Quantum Optics Problems Class Advanced Lithography for Biophotonic & Optofluidic Applications Advanced Lithography for Biophotonic and Optofluidic Applications - Lecture Optical Networks and Systems Optical Networks and Systems - Lecture V Optical Networks and Systems - Problems Class Research Project individual projects according to Manual P2 V2 3 Mappes 4 Randel 4 Kalt

6 Specialization - Advanced Spectroscopy* * one Specialization has to be chosen, all modules within the Specialization are elective Molecular Spectroscopy s Molecular Spectroscopy - Lecture V Molecular Spectroscopy - Problems Class Nano-Optics s Nano-Optics - Lecture V Nano-Optics - Problems Class Laser Metrology Laser Metrology - Lecture (only in SS) V Solid-State Optics, without Exercises Solid-State Optics - Lecture V Advanced Inorganic Materials (not offered WS 17/18) 4 Kappes 6 Naber 3 Eichhorn 6 Hetterich 3 Feldmann Advanced Inorganic Materials - Lectuere (only in SS) V Laser Physics s Laser Physics - Lecture V2 4 Eichhorn Laser Physics - Problems Class Quantum Optics s Quantum Optics - Lecture V Quantum Optics Problems Class Research Project individual projects according to Manual P Adaptive Optics 3 s Adaptive Optics - Lecture V2 4 Kalt Lemmer, Gladysz

7 Specialization - Biomedical Photonics* * one Specialization has to be chosen, all modules within the Specialization are elective except for Sp-AMCB Advanced Molecular Cell Biology (compulsory) s Advanced Molecular Cell Biology - Lecture V Advanced Molecular Cell Biology - Problems Class Imaging Techniques in Light Microscopy Imaging Techniques in Light Microscopy - Lecture V Optics and Vision in Biology 4 Optics and Vision in Biology - Lecture V Nano-Optics s Nano-Optics - Lecture V3 Nano-Optics - Problems Class Organic Photochemistry 3 Organic Photochemistry - Lecture V Laser Physics s Laser Physics - Lecture V MACH Laser Physics - Problems Class Optical Systems in Medicine and Life Science Optoelectronic Systems in Medicine and Life Sciences - Lecture Advanced Lithography for Biophotonic & Optofluidic Applications Advanced Lithography for Biophotonic and Optofluidic Applications - Lecture Research Project individual projects according to Manual P Adaptive Optics 3 s Adaptive Optics - Lecture V2 V2 5 Weth 3 Bastmeyer Bastmeyer, Weth 6 Naber Wagenknecht 4 Eichhorn 3 Nahm 3 Mappes 4 Kalt Lemmer, Gladysz

8 Specialization - Optical Systems* * one Specialization has to be chosen, all modules within the Specialization are elective Systems and Software Engineering s Systems and Software Engineering - Lecture V2 4 Sax Systems and Software Engineering - Problems Class MACH Machine Vision 6 s Machine Vision - Lecture V3+P Machine Vision - Lab Optical Waveguides and Fibers s Optical Waveguides and Fibers - Lecture V Optical Waveguides and Fibers - Problems Class Light and Display Engineering s Light and Display Engineering - Lecture V Light and Display Engineering - Problems Class Lighting Design Theory and Applications s Lighting Design Theory and Applications - Lecture V Lighting Design Theory and Applications - Problems Class Field propagation and coherence s Field propagation and coherence - Lecture V Field propagation and coherence - Problems Class Plastic Electronics / Polymerelectronics Plastic Electronics - Lecture V Laser Metrology Laser Metrology - Lecture (only in SS) V Laser Physics s Laser Physics - Lecture V Laser Physics - Problems Class Optical Transmitters and Receivers s Optical Transmitters and Receivers - Lecture V2 Optical Transmitters and Receivers - Problems Class V3+P1 Lauer/ Lategahn 4 Koos 4 Kling 4 Kling 4 Freude 3 Lemmer 3 Eichhorn 4 Eichhorn 4 Freude Laser Materials Processing (no offered WS 17/18) 3 Graf

9 Laser Materials Processing - Lecture and Problems Class Optical Systems in Medicine and Life Science Optoelectronic Systems in Medicine and Life Sciences - Lecture Computational Photonics, without ext. Exercises (not offered WS 17/18) s Computational Photonics - Lecture V Computational Photonics - Problems Class Quantum Optics s Quantum Optics - Lecture V2 MACH Quantum Optics Problems Class Automotive Vision s Automotive Vision - Lecture V2 MACH Automotive Vision - Lab Advanced Lithography for Biophotonic & Optofluidic Applications Advanced Lithography for Biophotonic and Optofluidic Applications - Lecture Optical Networks and Systems Optical Networks and Systems - Lecture V Optical Networks and Systems - Problems Class Research Project individual projects according to Modul Manual P block course Adaptive Optics 3 s Adaptive Optics - Lecture V2 P1 V2 3 Nahm 4 Lauer 3 Mappes 4 Randel 4 Kalt Lemmer, Gladysz

10 Specialization Solar Energy* * one Specialization has to be chosen, all modules within the Specialization are elective except for Sp-SolE Solar Energy (compulsory) s Solar Energy - Lecture V Solar Energy - Problems Class Plastic Electronics / Polymerelectronics Plastic Electronics - Lecture V Electric Power Generation and Power Grid Electric Power Generation and Power Grid - Lecture V2 Advanced Optical Materials (not offered WS 17/18) can be substituted by SP-NO Nano Optics s Advanced Optical Materials - Lecture V Advanced Optical Materials - Problems Class Solid-State Optics, without Exercises Solid-State Optics - Lecture V MACH Laser Materials Processing (no offered WS 17/18) Laser Materials Processing - Lecture and Problems Class Solar Thermal Energy Systems Solar Thermal Energy Systems - Lecture V Computational Photonics, without ext. Exercises (not offered WS 17/18) s Computational Photonics - Lecture V Computational Photonics - Problems Class Research Project individual projects according to Manual P2 block course 6 Richards 3 Lemmer 3 Hoferer 6 Wegener 6 Hetterich 3 Graf 3 Dagan 4 Kalt

11 Seminar (Research Topics in Optics & Photonics) Seminar (Research Topics in Optics & Photonics) - Seminar Internship (continued from 2 nd semester) 7 of 12 Internship: Specialization and Report 7 Stiller, Lemmer Additive key competencies* ** * continued from 1 st semester ** for list of modules see 1 st semester 3 of 6 4. Semester Master`s Thesis 30 KSOP Examiners