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#1
October 24th, 2011, 12:42 PM
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 Msc Optoelectronics Syllabus of Pune University   |
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#2
October 24th, 2011, 04:34 PM
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| Re: Msc Optoelectronics Syllabus of Pune University Various Science courses available in Pune university
1) M.Tech. in Lasers & Electro-Optics 2) M.Tech. in Mathematical Modelling and Simulation 3) M.Tech. in Radar System 4) M.Tech. in Integrated Digital Communications
(2)Armament Technology (3)Radio Communication
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#3
October 24th, 2011, 07:32 PM
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| Re: Msc Optoelectronics Syllabus of Pune University
Pune University is one of the premier universities in India which was founded in 1949 in North Western Pune. University of Pune offers one of the best, M.SC. Electronic-Science and Industrial Applications of Optoelectronics is a particular paper of its M.Sc Electronic-Science 2nd semester. The paper of Optoelectronics deals with application of electronic devices that source, detect and control light, commonly considered a sub-field of photonics. Syllabus of M.Sc Optoelectronics of Pune University: EL–206 Industrial Applications of Optoelectronics: Credits 2 Revision of basics of reflection, refraction, transmission and absorption of light radiation, Ray-tracing through lenses, convex, concave and plane mirrors, prisms etc. Refractive index, total internal reflection. Lamps and illumination systems, LEDs – working principle and appplications, LED lighting, Display devices, indicators, numeric, alphanumeric and special function displays, Liquid Crystal Display elements, Plasma Displays, Multimedia projectors. Gas and solid state LASERs, pulsed lasers, industrial applications of low power lasers. Alignment, Pointing, tracking and particle Size detectrion Instruments. Laser Level. Wire Diameter Sensor. Laser Doppler Velocimetry-Principle of Operation. Performance Parameters. Electronic Processing of the Doppler Signal. Photodetectors types and applications, Optocouplers, Optointerruptors, LASCR. used in safety interlocks, power isolators, rotary and linear encoders and remote control. Intrinsic and Extrinsic Fiber optic sensors. Digital camera and automatic inspection systems. Introduction to Optical computing and holography. Text Books: 1. Optical Engineering Fundamentals, B.H. Walker, PHI 2. Industrial Electronics, T.E. Kissell, PHI 3. Electro-Optical Instrumentation Sensing and Measuring with Lasers, Silvano Donati, Pearson 4. Fiber optics and Optoelectronics, R.P. Khare, Oxford Press Address: University of Pune, Ganeshkhind, Pune-411007 |
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#4
March 4th, 2013, 05:00 PM
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| Re: Msc Optoelectronics Syllabus of Pune University
As you want M.Sc. Electronic Syllabus of Pune University so here I am providing you the same: Semester - I Core Courses EL – 101 Practical I Experimental Techniques EL – 102 Practical II Computational Techniques EL – 103 Quantum and Statistical Mechanics EL – 104 Properties of Electronic Materials EL – 105 Analog Circuits and Systems EL – 106 Mathematical Methods in Electronics Advanced Courses EL – 113 Elements of Quantum Computing EL – 114 Characterization Techniques EL – 115 Advanced Test & Measurement Instruments EL – 116 Computational Methods in Electronics EL – 117 Electronic Instrumentation Design EL – 118 Theory of Industrial Process Control Semester - II Core Courses EL – 201 Practical III Circuits and Systems EL – 202 Practical IV Digital Design and CAD lab EL – 203 Electromagnetic Fields and Waves EL – 204 Digital System Design EL – 205 Physics of Semiconductor Devices EL – 206 Industrial Applications of Optoelectronics Advanced Courses EL – 314 Electronic Communication Systems EL – 315 Embedded System Applications EL – 316 Semiconductor Foundry Techniques EL – 317 Telecommunication Systems EL – 318 Real Time Operating System EL – 319 Sensor Fabrication Techniques Semester - III EL – 301 Practical V Special Lab EL – 302 Practical VI Special lab EL – 303 Practical VII Special Lab EL – 304 Digital Communication Technology EL – 305 Embedded System Design EL – 306 Processes in Device Fabrication EL- 307 Project Project Literature Review Time Management & Resource Planning Presentation & Appreciation Advanced Courses EL – 314 Electronic Communication Systems EL – 315 Embedded System Applications EL – 316 Semiconductor Foundry Techniques EL – 317 Telecommunication Systems EL – 318 Real Time Operating System EL – 319 Sensor Fabrication Techniques Semester - IV EL – 401 Project Project Execution Technical Writing & Project Documentation EL – 403 VLSI Design EL – 404 Industrial Controllers:PLC & PID Advanced Courses EL – 413 Processor Architecture & Design EL – 414 Mechatronics EL – 415 Industrial Power Drives EL – 416 DSP System : Processors & Applications EL – 417 VLSI Subsystem Design, Testing and Verification EL – 418 Data Communication Systems |
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