Engg

Research Center Approved Research Center since 2005 ‘Visvesvaraya PhD Scheme for Electronics & IT’ of DeitY, GoI from July 2016 National Doctoral Fellowship Scheme Ph.D. Status Research Scholars RCOEM Other Total Awarded 14 13 27 Pursuing 09 05 14 Approved Supervisors Dr. R.S. Pande Dr. S. B. Pokle Dr. (Mrs.) A. A. Khurshid Dr.(Mrs.)M. A. Hasamnis Dr. N. P. Narkhede Dr. (Mrs.) P. K. Parlewar Dr. (Mrs.) R. S. Ochawar Dr. (Mrs.) R. B. Raut Dr. (Mrs.) J. P. Kalambe Dr. (Mrs.)R. R. Khandelwal Dr. Jagdish D. Kene Dr. Pradip R. Selokar Dr.Jambuwant.A.Shrawankar Dr. S. S. Balpande Dr. B. M. Hardas Dr. B. A. Neole

Programme: M. Tech. (VLSI Design) M. Tech. (VLSI Design) is a full time two year course offered by Electronics Engineering Department with an intake of 24. The programme was started in year 2004. The curriculum is well designed to expose the students to design complexities of contemporary Digital, Analog and RF system design and Embedded systems using industry standard EDA tools and development platforms. Dedicated state-of-the-art laboratories include major software for VLSI design, COMSOL Multiphysics software, development and verification platforms such as Mentor Graphics FPGA Advantage, Agilent ADS Design Suit, Tanner Tool, Keil MDK, Virtex 5 Development platform and Embedded System Design environments. In order to prepare post graduates to take gainful employment in core, allied sectors of electronics engineering and entrepreneurship, the curriculum components include hands-on training, core-elective courses, industry oriented projects and expert talks. Students undergo their internship at various R & D Organizations, reputed Academic Institutions and Industries. Many of the alumni are pursuing their higher studies in various reputed Academic Institutions like IIT’s and NIT’s. Programme Coordinator:Dr. Nitin P Narkhede M. Tech. (VLSI Design) Placement in Core IndustryHigher studyProject Internship Programme Objectives: To develop graduates with an ability to design and analyze VLSI Systems. To prepare graduates with necessary skills and knowledge of the discipline to excel in their career. To encourage life-long learning with commitment to ethical practices. Syllabus Programme Outcomes: PO1: An ability to acquire skills to interpret, analyze and evaluate problems pertaining to the discipline. PO2: An ability to apply knowledge of VLSI Design to solve engineering problems. PO3: An ability to independently carry out research / investigation and development of work to solve socio -economic problems. PO4: An ability to write and present a substantial technical report /document. Alumnus Speak EVENTS @ M Tech VLSI Design  

Programme Objectives PEO1:To prepare graduates to solve engineering problems exhibiting a strong foundation in mathematics, science and electronics engineering fundamentals. PEO2:To inculcate an ability to design and develop electronic systems to cater the needs of the society and give exposure to emerging edge technologies. PEO3: To instill sense of professional and ethical values, effective communication, teamwork, multidisciplinary approach and lifelong learning to excel in professional career / higher studies Syllabus Programme outcomes Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems. Problem analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences. Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations. Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions. Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations. The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice. Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development. Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice. Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings. Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions. Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments. Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change. Programme Specific outcomes: PSO1: An ability to apply concepts of electronics engineering and computing technologies to analyze complex systems in the areas of signal processing, embedded systems and VLSI. PSO2: An ability to comprehend the technological advancements in the usage of modern design tools to design systems for diverse applications.

About Department UG Programme PG Programme Research Center Events/Activities Faculty Students Achievements Infrastructure Placements Alumni Conference About Department Dr.M.A.Hasamnis (HOD) Vision Electronics Engineering Department endeavors to facilitate state of the art technical education in the field of electronics engineering by infusing scientific temper in students leading towards research and to grow as centre of excellence in the field of microelectronics. Mission To promote quality education through stimulating environment for dissemination of knowledge and technology. To impart necessary technical, professional skills with moral and ethical values to enable students for achieving a successful career.  To develop centre of excellence in the field of microelectronics and its allied areas with continuing education program.To foster research and development in collaboration with institutions/industries. About Department Programs offered Bachelor of Engineering (Electronics Engineering) Started in 1986 Intake : 120 UG program is accredited till 2023 Master of Technology (VLSI Design) Started in 2004 Intake : 12 Doctor of Philosophy (Ph.D.) Started in 2005 Intake : 15 Place of Research for Higher Learning under Rashtrasant Tukadoji Maharaj Nagpur University, Nagpur Salient Features Department Dedicated team of faculty members with average teaching experience of eleven years. 17 state of art laboratories with a total investment of Rs. Two crores forty lacs. Center of Excellence in Microsystems supported by Intellisense Center for PMKVY-TI skill development program in the area of computing and peripherals Visvesvaraya Ph. D Scheme for Electronics & IT of DeitY, GoI National Doctoral Fellowship Scheme Research visibility (Past six years) Patents : Published : 14 Filed : 08 Copyright : Published : 22 Filed : 43 Publications : SCI: 15, SCOPUS: 76, WOS:38, Others: 97, Books: 2, Book chaps:4 Co-curricular activities through Embedded club, Electrolitz society, IETE and IEEE student chapter Community engagement through social responsibility cell: “Seva Disha” Mentor for ATAL Tinkering Laboratories Curriculum Choice Based Credit System (CBCS) Capacity based opportunities for fast learners (Additional credits through major and minor certification) Honors in Electronics with specialization AI for edge computing Honors in Electronics with specialization in IoT Electronics with Minors in Industry 4.0 Open electives Promotion of MOOCs & provision for credit transfer Partial delivery of course by Industry experts Exposure to the industry standard tools Mandatory four week research internship during their summer/ winter vacation Six month part time research internship scheme Program Electives with laboratory Industry/Research/TBI internship of one semester for final year students Use of Virtual labs/ open source tools for laboratory courses

Department Library

Innovation in Teaching & Learning 1.Recorded videos Sr. No. Name of course link 01 Video recorded lectures for Control Systems (Theory Course) 02 Video recorded lectures for Basic Electrical Engineering (Laboratory Course) 03 You Tube Channel for Laboratory course “High Voltage Engineering” 2.Exercise for self-learning Energy Sheet 3.Study Material PPT_PVK PPT_RGD PPT_SBB PPT_SCR PPT1_MBG PPT2_MBG 4.New Experiments Power factor improvement Development Activities 1.Product Development-UBA Installation of Solar Powered Eggs Incubator at Muradpur 2.Instructional Materials-Lab manual Microcontroller Lab_ Manual NA Lab_Manual PSII Lab_Manual

Placements Students are placed in reputed multinational companies like Schneider, Siemens, Varroc, Adani, JSW, AFCONS, Emerson, Bluestar, Shapoorji Pallonji and co. Ltd, MU Sigma Business Solutions Ltd, Visa Steel, Torrent Power, HP, Jindal Steel and Power, L&T, Reliance Energy, Tata Motors, Amadeus Software, Accenture, Capgemini, Cognizant, L&T InfoTech, Mahindra & Mahindra LTD., Mahindra Satyam & Tech Mahindra, Wipro Technologies, Persistent Systems Ltd, KPIT Cummins, , Infocepts, etc., through the campus placement process. Student Placement Record Sr. No. Year Number of Students Placed On-Campus Number of Offers Percentage Placement 1 2018-19 41 46 57 % 2 2019-20 57 86 76 % 3 2020-21 64 97 81 % 4 2021-22 66 109 97 % 5 2022-23 61 130 85 % Placement Statistics For yearwise segregated list See details Major Recruiters

Infrastructure Basic Electrical Engineering Laboratory  High Voltage Laboratory Electrical Machine Laboratory Computer Laboratory PLC Laboratory Energy Research Centre  Project Laboratory High Voltage Laboratory Lab Investment till March 2023 Sr. No. Name of Laboratory Amount (Rs.) 1 Electrical Machines laboratory ₹ 12,94,445.00 2 Basic Electrical Engineering laboratory ₹ 14,07,931.00 3 Electrical Measurements laboratory ₹ 7,28,230.00 4 Switch Gear and Protection laboratory ₹ 11,40,082.00 5 Power Electronics laboratory ₹ 8,27,334.56 6 High Voltage laboratory ₹ 23,97,200.00 7 Electrical Workshop ₹ 2,77,878.00 8 Control System laboratory ₹ 4,20,320.00 9 Network Analysis laboratory ₹ 4,44,338.00 10 Microprocessor & Interfacing laboratory ₹ 4,09,164.00 11 Project laboratory ₹ 14,45,135.00 12 Computer Facilities laboratory ₹ 37,03,838.00 13 PLC and SCADA laboratory ₹ 4,86,455.00 14 IOT laboratory ₹ 2,64,832.00 15 Research laboratory ₹ 49,24,745.00 16 Advanced Power Electronics laboratory ₹ 2,10,530.00 17 Advanced Drive laboratory ₹ 10,45,573.00 TOTAL ₹ 2,14,28,031.00 Laboratory Details Sr. No. Name of the Laboratory Name of the Important Equipment Total Lab Investment 2020-21 2021-22 2022-23 UG Laboratories 1 Electrical Machines Laboratory DC Motor # DC Generator Set (5HP, 220 V, 1500 RPM) # (3kW, 220 V, 1500 RPM) 1138078.9 1281473.1 1294445 3-Ph Induction Motor # 3-Ph Alternator Set (440V, 2HP,1500 RPM # 1.5 kVA, 1500 RPM) Synchronous Motor # D.C. Generator Set (440V, 3HP, 1500 RPM # 1kW, 220V,1500 RPM) Induction Motor 3PH, Squirrel Cage (440 V, 1HP, 1500 RPM) Scharge Motor # D.C. Generator Set, (440V, 7.5HP, 660-2200RPM # 5.5kW, 220V) DC Shunt Motor # Alternator Set, (5HP, 220V,1500RPM # 3ph., 3.5kVA, 440V) 3-Ph Induction Motor # D.C. Generator Set (5HP, 440V, 1440 RPM # 3kW, 220V) D.C. Shunt Motor # Induction Generator Set (5HP, 220V, 1500 RPM # 440V, 1500 RPM) 3 phase Slip Ring Induction Motor (5HP, 1425 RPM) D.C. Shunt Motor # Alternator set (7.5HP, 220V,1500 RPM # 3PH, 5kVA, 440V) Synchronous Motor # D.C. Shunt Generator Set (3HP, 1500RPM # 2kW 220V,1500RPM) Synchronous Motor # Shunt Generator set (3HP # 2kW, 220V) DC Shunt Motor # Alternator (10 HP, 220 V, 35 A) # (7.5 kVA, 440/230 V) Synchronous motor, # DC Shunt Generator (3 Ph, 3HP, 1500 RPM) # (2 kW, 220V, 1500 RPM) Synchronous Motor # Shunt Generator (3ph, 3 HP) # (2 kW, 220 V) DC Motor # DC Generator (5 HP, 220 V, 1500 RPM) # (3 kW, 220 V, 1500 RPM) Voltage Stabilizer, 5 kW Input: 360 To 400 V, Output 400 V) 2 High Voltage Laboratory High Voltage Test Set (0-75kV, 5KVA) 2397000 2397000 2397000 High Voltage Break Down Tester ( 0-10kV) High Voltage D.C. Test Set (50 kV, 20 mA) High Voltage A.C. Test Set (0-150 kV, 100 mA) High Voltage, High pressure test chamber with vacuum pump 75 kV Motorized sphere gap arrangement Transformer Oil Test Kit 0-60kV, 1 kVA Salt fog chamber with compressor: 100KV Tesla Coil 50kV Oil Test System 100 kV DC Set without Transformer (100 kV Rectifier and 100 kV filter) Comparative Tracking equipment Capacitance Potential Divider, 150 KV Cockcroft waton voltage multiplier circuit (40kV) Impulse generator 5stages 150KV 225 Joules Insulation paper tester 0-30 kV, 1kVA 3 Switch Gear and Protection Laboratory Static Motor Protection Relay Type ITX 163-2 (220 V, 5 Amp) 1140082 1140082 1140082 Overcurrent Relay CDG 11A, (1.0A, EM, IDMT); Overcurrent Relay CTU 12 B (1.0A Static DTOC); Overcurrent Relay CDG 11 A (1.0A EM, IDMT); Overcurrent Relay CDG 14 A (1.0A EM, E/F Ex. Inv); Overcurrent Relay CDD 21 A (1.0A EM) Overcurrent Relay CAG 17 A (1.0A EM O/C Inst.) Overvoltage Relay VTU 21 A (1.0A Static DTOV) Differential Relay DDT 12 A (1.0A EM) Differential Relay DDT 32 E (1.0A, 3-Ph, EM) Impedance Relay ZTCM 12(1.0A Static) Admittance Relay YCG 14(1.0A EM) Reverse Power Relay (MRP-11, AC/DC, 1A, Static, Aux 230V,) Motor Protection Relay (MPR-300,230V,1A Static, Aux.230V,) Transformer Differential Relay, (CT-Sec-1 A, Static, 1 Pole, 2 Wdg) Air Circuit Breaker (3 Pole, 800 A, MDO) Earth Leakage Relay With CBCT(2/8A); Relay Test Set Phase Shifting Transformer Impedance Relay Test Kit Model TK-IMP 4 Project Laboratory Power Quality Analyzer, HIOKI make, 3196, with Accessories 1696082.9 1696082.9 1441535 Digital Storage Oscilloscope, TPS2024B 200 MHz with Current and High Voltage Probes: 2 No High speed looger with sensors for Electrical Machine Conditioning monitoring Super capacitor: 10F, 2.7V, 50F, 2.7V 100F, 2.7V DSP Development Tools TMDX28069USB Microcontroller Insystem Emulator High Speed Data Logger: USB-4711A-AE 150KS/s 12bit USB Multifunction module BLDC Motor: Rated Power 50W, Torque-0.11Nm, RPM-3000, 24V DC Function Generator / Pulse 20MHZ Model- M-2019 5 Power Electronic Laboratory V/F Controller for Three Phase Induction motor 827334 827334 827334 Single Phase Half controlled converter with motor load Single Phase Inverter Trainer Kit,1KVA Three Phase Inverter Trainer Kit Buck Converter Trainer Kit Boost Converter Trainer Kit DC Drive Trainer Using Dual Converter with Motor Power scope 33055P1 20 MHz, 1000V, Dual Channel : 8 No 6 Microcontroller / Microprocessor and Interfacing Laboratory 8085 A Microprocessor Trainer Kits: 15 No 409164 409164 409164 8051 Microcontroller Trainer Kit: 10 No ATMega32 Microcontroller Trainer Kits: 15 No Simulator for 8051 microcontrollers: 3 No 7 Control System Laboratory DC Position Control Setup: 2 No 399675 399675 420330 AC Servomotor Characterizations kit PID Temperature Controller kit DC Motor Speed Control Unit Linear System Simulator 8 Network Analysis Laboratory Digital LCR meter 444338 444338 444338 Reciprocity Theorem kit Tellegen’s Theorem kit Two Port Network Parameters kit Thevenin’s & Norton’s Theorem kits Superposition Theorem Series & Parallel Resonance kit Constant K-Type Filters Dual Channel Oscilloscope with component tester 10MHZ Multifunction Generator 9 Electrical measurement and instrumentation Laboratory Hay’s Bridge 648976.55 648976.55 728230 Kelvin’s Double Bridge Wheat Stone Bridge Owen’s Bridge Anderson’s Bridge kit Schering Bridge Current Transformer Test Set LVDT trainer kit Piezoresistive Pressure Measurement kit Thermocouple kit Flow measurement using Rotameter Setup 10 PLC Laboratory Siemens S7-1215C PLC based Trainer Kit: 06 No – – 433088 Sematic HMI KTP700: 1 No Sensor & Actuation Modules: 2 No PLC Communication Card: 2 No 11 Computer Facilities Laboratory MATLAB 2014 version No of licenses- 05 3443370 3443370 3443370 DSA Tool EDU 3.7