The Department of Electrical and Electronics Engineering, established in 1987 offers the undergraduate programme BTech in Electrical and Electronics Engineering with an intake of 120 and MTech in Electric Vehicle Technology with an intake of 10. Researchers in this domain have the opportunity to work on cutting-edge technologies like converter design GaN, SiC devices and the upcoming mobility systems like EV. Emphasizing practical learning, the department encourages the development of working prototypes that will be used in the campus. The department has well-qualified, dedicated faculty and has a well-connected alumni network. The state-of-the-art Laboratories in Power Electronics, Control Systems, Power Systems and High Voltage & Relay, cater to the requirements of all Electrical and Electronics Engineering students. Through collaborations with industries, seminars, conferences, workshops, STTPs, Summer Internships, and Faculty Development Programs are regularly organized to stay updated with current trends. The department also provides consultancy services to a few start-up companies in Power Electronics and motor drives.
Pursuing excellence in Electrical & Electronics Engineering, creating a research environment to promote innovation and address global challenges
The Department of Electrical & Electronics Engineering is committed to
To satisfy the mission of the Electrical & Electronics engineering program, the graduates will
At the end of BTech in EEE program, the student will be able to
PO1: Engineering knowledge: Apply the knowledge of mathematics,science,engineering fundamentals,and an engineering specialization to the solution of complex engineering problems.At the end of BTech in EEE program, the student will be able to
Electrical machines are the essential components catering to the needs of the majority of industrial and domestic applications. Students need to acquire knowledge and skills in the operation and performance of electrical machines under various load conditions. After exploring the facility at the laboratory, students would be able to identify the appropriate machines for suitable applications. The electrical machine laboratory is well equipped with DC Machines, Synchronous Machines, Transformers, Induction Machines, and BLDC motors from renowned manufacturers such as Kirloskar and BHEL. The laboratory is furnished with appropriate loading arrangements and starters for all types of machines and measurement instruments required for laboratory studies. The Electrical Machines Laboratory is utilized by the students to conduct regular laboratory experiments and for carrying out project works. A custom-built test jig setup is situated in the laboratory facilitating the calibration of measurement instruments. The laboratory is utilized by the students to conduct experiments on Transformers & Induction motors during 4th semester and DC & Synchronous machines during 5th semester and for project works during Final year.
This lab provides introduction to the design, building, and troubleshooting of analog electronic circuits. Laboratory experiments mainly focus on circuits comprising diodes, transistors, MOSFETs, op-amps, and fundamental analog circuit design. The experiments performed in this laboratory helps students build technical skills in the design, development, and troubleshooting of circuits in the domain of Analog Electronics. In Soldering Practice lab as a part of Vocational Education Course, the lab focuses on PCB soldering techniques and enhances their practical skills and also help them understand the intricacies of circuitry and soldering. By practicing troubleshooting techniques in the lab students learn how to identify and fix common issues that may arise during PCB assembly. Power electronics lab deals with the conversion, control, and conditioning of electrical power using electronic devices. This lab is dedicated to provide hands-on experience to students in designing, testing, and troubleshooting power electronic circuits and systems, which is crucial for understanding theoretical concepts taught in lectures. The students gain a deeper understanding of concepts such as power semiconductor devices, converters, inverters, rectifiers, and PWM (Pulse Width Modulation) techniques. The laboratories are well equipped with sufficient DSO, AFO, RPS, and Power Electronic modules. Practical knowledge acquired during the laboratory sessions will encourage the students to troubleshoot the circuits during their project work and enhances their problem solving ability. The laboratory is well structured and spreads over 94 sq. mt area.
This laboratory deals with Microcontroller lab in third semester and Control systems lab in fourth semester. Microcontroller lab allows students to apply their theoretical knowledge to real-world applications, fostering a deeper understanding of how microcontrollers are used in engineering projects. Control systems laboratory provides hands-on experiments that reinforce understanding of topics such as feedback control, stability, transient response, and frequency response. The lab is well equipped with 8051 microcontroller kit “Micro-LABlet” (designed and developed inhouse) to perform microcontroller lab and PCs with MATLAB to perform control systems lab. Practical experience gained in microcontroller laboratory sessions enhances students' employability and prepares them for careers in fields such as embedded systems engineering, IoT development, firmware engineering, and control system laboratory sessions help students to gain experience in controller design, system modelling, tuning the control parameters, and observing their effects on control actions. The laboratory is well structured and spreads over 94 sq. mt area.
This laboratory facilitates Network Analysis lab in third semester and Instrumentation and Measurement lab in fourth semester. Network Analysis lab provides students with hands-on experience in analyzing electrical circuits and systems. Students can verify principles such as Ohm's Law, Kirchhoff's Laws, Thevenin's Theorem, Norton's Theorem through practical experiments. In addition to hardware experiments, the lab incorporates simulation in LTSpice which enable students to simulate complex circuits and analyse their behaviour under different conditions, helping them gain deeper insights into circuit design and performance. Instrumentation and Measurement lab deals with measurement of resistance, capacitance, calibration of energy meter and various transducers. The lab also focuses on measurements using Arduino platform that provides aexposure to study concepts in electronics, sensors, and data acquisition.
Basic Electrical Lab of Department of Electrical and Electronics is located in the 3rd floor of Sir M. Visveswaraya Block. The laboratory is spread over an area of 225 sq.m. Students across the engineering disciplines comprehend the fundamentals of Electrical Engineering in this Laboratory. The experiments are designed to provide exposure to students to the practical executions of the fundamental theories of the Basic Electrical Engineering course.
The department of Electrical and Electronics Engineering of NMAM Institute of Technology, Nitte received the AICTE Sponsored Grant in Aid of Rs. 10,54,000 /- under the Modernization and Removal of Obsolescence Rural (MODROBS – Rural) for the project titled “Hybrid Electric Vehicle and Solar Charging Laboratory”. The laboratory set-up mainly aims to introduce the concept of Electric and Hybrid Electric Vehicle Technology and to demonstrate various components associated with electric and hybrid drive train. The laboratory also has a solar charging facility with 3.5kW, 48V solar panels and Li-ion battery with MPPT charging stations. The lab aims to set-up an environment for researchers to work in the field of hybrid vehicle technology, battery management systems and BLDC motors for HEV and electric vehicles. The laboratory is utilized by the PG students for the regular academics and both UG & PG students for project work. The laboratory also facilitates first year students to undergo a skill developement program to enhance troubleshooting of basic equipment in daily life. The skills include effective use of tester, Identification of phase, neutral and earth using test lamp, Demonstration of safety devices, Hands on session on operation of ceiling fan, Working principle of Induction Motor/ Water Pump.
This laboratory facilitates Analog Electronic Circuits in 3rd semester and Power Electronics lab in 6th semester of E&E Engineering. The experiment performed in these laboratory helps students to build the technical skills in design, development and trouble shooting of circuitspertaining to Analog/ Power Electronic fields. This laboratory is well equipped with sufficient DSO,AFO, RPS, Power Electronic modules to carry out the experiment. The laboratory is well structured and spreads over 94 sq. mt area.
This laboratory deals with Logic Design in 3rd semester and Microcontroller lab in 4th semester of E&E Engineering. The experiment performed in these laboratories helps students to understand and apply their knowledge in the areas of Digital electronic circuits and Embedded systems. These laboratories are well equipped with digital trainer kits and FPGA kits to perform Logic Design lab, Micro-LABlet kits (module designed and developed by the department) to perform microcontroller lab. The laboratory is well structured and spreads over 94 sq. mt area.
This laboratory accommodates Circuit and Measurements in 5th semester and Linear IC & Control System Laboratory in the 6th semester of E&E Engineering. This laboratory well equipped with DC and AC servo mechanism, Closed loop PID simulator, Compensation network, Lead-Lag systems to perform control system related experiments. The laboratory is also includes good number of Instrumentation equipment to cater Circuit and Measurement related experiment. The laboratory is well structured and spreads over 110 sq. mt area.
This laboratory facilitates high voltage and relay testing experiments during their engineering curriculum. The advanced relay testing kits of this laboratory gives deeper insight to understand industry level applications. The relay lab gives exposure to students to study and understand the operation of various switchgear devices such as circuit breakers, switches, relays, and protective devices like fuses, overcurrent relays, differential relays, and distance relays. In high voltage laboratory, students are performing experiments involving 50kV AC and 70kV DC voltage to study and analyze in areas such as insulation materials, dielectric properties, high voltage phenomena, and electrical insulation systems.
This lab is equipped with the following major equipments:
Additionally, this laboratory is also utilized by research scholars and postgraduate students for the projects and research activity.
Computer Laboratory of the Department of Electrical and Electronics Engineering is located at 5th Floor of C V Raman Block of the Institute. Total of 49 Computers are available in the Laboratory.
Following software’s are available in the lab:
The lab is utilized in fifth semester to study Signal Analysis and Processing and in sixth semester to carry experiments in power system analysis. The simulation exercises carried out will lead to a better understanding of the concepts in the following areas:
This lab utilized by PG and research students. Following facilities provide to carry out research activity.
| Sl.No | Description | Quantity |
|---|---|---|
| 1 | PSCADX4 | 25 |
| 2 | OrCAD PCB Design University Edition | 15 |
| 3 | MATLAB R2014b | 15 |
| 4 | PSIM Professional Version | 5+1 |
| 5 | Rotary Motion work station with servo Rotary servo Plant | 1 set |
| 6 | DSO 50MHz1GSa/s 1052B Dual Channel | 3 |
| 7 | DSO 100MHz1GS/s TBS1104 4 Channel | 1 |
| 8 | Current Probe AC/DC 100A ( Tektronix /A622) | 1 |
| 9 | TWR-SMPS-LVFB: Low-Voltage, Full-Bridge DC-DC Switch Mode Power Supply Tower System Module | 1 |
| 10 | TWR-MC-LV3PH: Low-Voltage, 3-Phase Motor Control Tower System Module | 1 |
| 11 | HEXMOTO Make General Purpose Ac Driver(2.2KW) | 1 |
| 12 | Texas Instruments High Voltage Motor Control kit with Instaspin-FOC | 1 |
| 13 | Computers Acer /HP / Dell Make (i3 /i5, 3.3GHz, 4GB RAM,500GB/1TB) |
| Name | Designation |
|---|---|
| Mr. JAYAPRAKASH KOTIAN | FOREMAN |
| Mr.K ASHWATH KUMAR | SENIOR LAB ASSISTANT |
| Ms. SANDHYA | SENIOR LAB ASSISTANT |
| Mr. RAJANEESH SHETTY | LAB ASSISTANT |
| Mr. NANDAN SHETTY | LAB ASSISTANT |
| Mr. MANISH | LAB ASSISTANT |
| Ms. AKSHITHA | LAB ASSISTANT |
| Mr. AKSHAYA VK | LAB ASSISTANT |
| Ms. SUJATHA SHETTY | OFFICE ASSISTANT G - I |
| Mr. PRATHISH KUMAR | ATTENDER |
| Ms. HEMAVATHI | ATTENDER |
NMAM Institute of Technology, Nitte provided Department of Electrical and Electronics Engineering a premises in Research and Innovation Center to carry out research activities under Center for Design of Power Electronic Systems. The prime focus of the Center is to cultivate research habits amongst engineering students and also creates platform for students to have hassle free entry to the industries. The Center also provides consultancy to major players in the field of power electronics, EV and Automotive like Microchip Technology Inc., Hexmoto Controls Pvt. Ltd., Autoven Pvt. Ltd, CogVision and L&T Technology. The work involves design and implementation of motor control algorithm for permanent magnet synchronous motors, design and development of hardware for Battery Management Systems used in Electric Vehicle application, passive cell balance and battery parameter estimation. Following facilities are available in the Research centre.
Department is provided with 100 sq. mt area for research and development activities. Following facilities are available in the Research centre.
A cascaded regulated power supply (RPS) is designed using Flyback and Buck topology. The system works with universal AC voltage and provides an output of 0-65V DC, 5A, 325W. The converter operates at a switching frequency of 225kHz where the input voltage ranging from 150V-270V is converted to DC using bridge rectifier IC. The desired voltages required for all ICs are obtained from secondary of Flyback converter. The Flyback topology provides the isolation between input and output and maintains the output DC voltage to 100V. This 100V DC is input to buck converter from which 0-65V variable DC is obtained. By varying the duty cycle of PWM of Buck converter variable output is obtained. The output voltage and current will be indicated in the display.
Solar-powered street lighting system utilises a 75W solar panel to charge a 12V battery through a buck converter. A half-bridge driver controls the buck converter, ensuring efficient battery charging. The solar and battery’s voltage and current are measured using a potential divider and sense resistor. A synchronous high-voltage LED controller is used to power the LEDs, allowing control of their intensity. An Ambient Light Sensor (ALS) is used to detect the surrounding light conditions and the information is sent to PIC microcontroller. Based on ambient light levels, solar parameters, and battery status, the microcontroller adjusts the street light’s brightness, ensuring optimal operation. The system dynamically controls the LEDs’ brightness, conserving energy during bright conditions while maintaining illumination during low-light conditions, thus enhancing energy efficiency and sustainability in outdoor lighting applications.
The designed Control Card houses an NXP make MC56F84789 100 pin microcontroller. This NXP make controller is based on 32-bit 56800EX core. It has 100 pins where 86 pins have an alternate GPIO functionality and the remaining 14 pins are power pins. The control card was developed with an idea to have a single controller which can be used to control any power converter circuit designed for any application. The developed control card has incorporated all features necessary to generate any PWM pulse, analog to digital signal processing, detecting the fault and disabling the corresponding PWM signal, displaying any parameter in LCD, and status monitor using LEDs. The board has a provision of having control through external keypad interfacing and has headers for any GPIO connectors. The board can communicate through SPI communication and debug mode interfacing. The control card can generate 8 PWM signals for any converter, 8 fault pinouts which can be mapped to any PWM, 16 ADC pinouts which can be used to monitor voltage and current status for any converter, 4-bit LCD interfacing pinouts for external display, provision for SPI communication, keypad connectors for control action, 15 pinouts for general-purpose connection and 5 on-board LEDs for indication. All these connectors are of 2.5mm pitch for better stability.
Micro-LABlet is an 8051 based microcontroller development kit consisting of 10 peripherals multiplexed into a single board. The microcontroller used is a Microchip microcontroller SST89E516RD2 which has 44 pins and 5 ports. The multiplexing of peripherals is done using the connectors provided on board. The hurdles of conventional RS232 communication for programming are eliminated by emulating USB port as RS232 for programming, debugging and powering the board. The board consists of 16X2 LCD, 7 segment display, 8 LEDs, 4 interrupt switches, 4x4 keypad, DAC, ADC, relay, and buzzer. The system also has a provision to generate necessary control signals for DC and stepper motor through an add-on board called motor driver daughter card.
A custom-designed and developed experimental kit by the faculty of the Department of Electrical and Electronics Engineering has been introduced for laboratory application in the Power Electronics Lab. This robust and versatile system is intended for the study of DC-DC switched-mode converters and is rated at 60W, 30V, and 2A with an operating switching frequency of 18kHz. The kit facilitates practical exploration of buck and boost converter topologies, allowing users to vary the duty cycle for precise control and performance analysis. It is equipped with easily accessible test points to monitor signal waveforms, promoting interactive, hands-on learning. Additionally, it incorporates a 555 timer-based sawtooth waveform generator integrated with a comparator for pulse-width modulation (PWM) generation, making it an effective tool for understanding fundamental concepts in power conversion and control systems.
FEATURES
The system, designed for testing and characterising a wide range of DC power sources such as power supplies, batteries, fuel cells, and solar cells, is rated at 300W with a voltage of 100V and a current of 50A. It operates in four modes: Constant Current (CC), Constant Voltage (CV), Constant Power (CP), and Constant Resistance (CR), offering flexibility for various testing scenarios. The system includes over-voltage (OV), over-current (OC), and over-power (OP) protection features to ensure safe operation. Accurate voltage and current measurement are done using 12 bit ADC, with real-time monitoring of power, voltage, and current displayed on an LCD. Its compact design makes it more space-efficient compared to conventional loads, making it an ideal tool for precise testing in laboratory environments.
FEATURES
| Name of the Software | Image | Users/Number |
|---|---|---|
| LABVIEW (Campus license) | ![]() |
10 |
| Campus Wide License | ![]() |
10 |
| PSIM: Pro-Power Electronics & Motor Drive Software (Network & Standalone) | ![]() |
5 |
| ORCAD PCB Design University Edition | ![]() |
15 |
| PSCAD | ![]() |
25 |
The Department of Electrical & Electronics Engineering is an established Research Centre under VTU Belagavi since the year 2007 offering Ph.D programmes both Part-Time and Full-Time. So far, eight candidates have completed Ph.D and eight candidates have registered for Ph.D under the centre. The department has three of the faculty members recognized as VTU approved Research Supervisors. From the year 2022-23 Ph.D. degree is awarded by Nitte University and Six Faculty Members recognized as research supervisors under Nitte Deemed to be university with diverse research background and exposure, who are dedicated in fulfilling the varied research aspirations of the prospective researchers. There are Four students registered under for Ph.D. under the centre Nitte University.
Registered guides in Nitte University:| Sl.No. | Guide Name | Area |
|---|---|---|
| 1 | Dr. Nagesh Prabhu | Power Systems, power Electronics, AI and ML applications to power systems |
| 2 | Dr. M Satyendra Kumar Shet | Power electronics and drive systems, reliability of power electronics, energy management |
| 3 | Dr. Suryanarayana K | Power electronics and control systems |
| 4 | Dr. Anitha Marina Colaco | Design of power supply for LED, design of LED drivers, thermal management for LED luminaire, power electronics, electric vehicle |
| 5 | Dr. K Latha Shenoy | Renewable energy, power electronics |
| 6 | Dr. Nayana Shetty | Renewable energy sources, microgrid and smart grid, power electronics and applications, power system, electric vehicle and BMS |
Department of Electrical and Electronics Engineering takes the following measures towards campus placements:
| Sl.no | Year | Number of Unique Offers |
|---|---|---|
| 1 | 2022-23 | 3 |
| 2 | 2023-24 | 9 |
| 3 | 2024-25 | 16 |
National Placements
| Description | 2024-25 (Ongoing) | 2023-24 | 2022-23 |
|---|---|---|---|
| Total Students in the final year | 124 | 122 | 111 |
| Students registered for placement | 94 | 100 | 91 |
| Number of offers | 74 | 92 | 103 |
| Number of Unique offers | 71 | 87 | 58 |
| Entrepreneurship | 0 | 1 | 1 |
| Number of students admitted for Higher studies | 4 | 12 | 9 |
| Total placement | 76% | 100 | 100% |
| Maximum Salary(Lakhs/Anum) | 19.6 | 19.2 | 21 |
| Median Salary(Lakhs/Anum) | 4 | 4 | 4 |
| Mean Salary (Lakhs/Anum) | 4 | 4.72 | 5.86 |
Our Recruiters:
| Core Companies | Texas Instruments,Samsung Semiconductors, AMD, Lam research, Juniper Networks, Mercedes Benz, Daimler Truck, Tismo Technology Solution, Tata Elxsi, Hitachi Energy, JSW Group, L&T Technology Service,Hexmoto Controls Pvt ltd,Triphase Technologies Pvt Ltd,Bosch Global Software Technologies Pvt Ltd (BGSW),Summit Techodyne,HCL Technologies(Sankalp),Mirafra Technology Private Limited, Hexmoto Controls PvT Ltd, Allegion India, Evolute system, Ingersoll Rand India Ltd, Borosil, Intech additive solutions, PLMindishtech,Atria Power, Cadmaxx Solutions Pvt. Ltd, Tata Consulting Engineers,Lotus Power Gear, Redwing Labs, Vayavya Labs, Unimag Power Transformer Private Limited,Accord Global Technology Solutions, Dover India, Petrocon, Brevera Technlogies |
| IT companies | Accolite Digital, Oracle India, Infosys, Accenture, LTIMindtree, MindTeck, Capgemini, Cognizant, Wipro, DXC Technology, Kyndryl, Tayana Software Solutions Pvt. Ltd, ROBOSOFT Technologies,HCL Technologies,SLK Software,PWC,Radarr Technologies, Khelgully Gaming Private Limited,Niveous Solutions, Semnox Solutions. |
| International Placement | Taiyo Machinery Japan, NIDEC Read, NIDEC Instruments Japan,Kaijo Corporation Japan, Shibuya corporation Japan, TESEC Japan, TK engineerig Japan,Precision Electricals Co.(LLC) UAE, SHINTECH UAE, Taurani Holdings Dubai |
Patents
Research and Development
| Sl.No | Title of the Project | Funding Agency | Year | Amount | Completed/Ongoing |
|---|---|---|---|---|---|
| 1 | Laboratory scale test bed for single machine infinite bus system | K-FIST-1, VGST | 2025 | 20,00,000 | Ongoing |
| 2 | Ag/Mn3O4 doped graphite felts as advanced electrode materials for vanadium redox flow battery in electric vehicle application | K-FIST-1, VGST | 2020 | 15,00,000 | Ongoing |
| 3 | Design and development of Borewell pump Automation System | NMAMIT, Nitte | 2021 | 50148 | Completed |
| 4 | Design and Development of Solar Street Light Systems | NMAMIT, Nitte | 2021 | 1,38,000 | Completed |
| 5 | Active power absorber for renewable energy sources validation | NMAMIT, Nitte | 2022 | 1,50,000 | Completed |
| 6 | A compact high precision AC/ DC DIGITAL AMMETER | NMAMIT, Nitte | 2019 | 10000 | Completed |
| 7 | Wind turbine emulator for microgrid | NMAMIT, Nitte | 2020 | 1,10,000 | Ongoing |
| 8 | Transcutaneous Electrical Nerve Stimulator | NMAMIT, Nitte | 2022 | 10000 | Completed |
| 9 | Digital watt meter | NMAMIT, Nitte | 2022 | 10000 | Not Completed |
| 10 | Digital Soldering Station | NMAMIT, Nitte | 2022 | 10000 | Not Completed |
| 11 | Research project on Electric Vehicle | NMAMIT, Nitte | 2024 | 2,00,000 | Ongoing |
| 12 | Automatic Digital AC & DC Voltmeter | NMAMIT, Nitte | 2022 | 10000 | Not Completed |
Recognition
Faculty Achievements
Sports Activities
Technical Activities
ELITES the student body of Electrical & Electronics Engineering Department provides opportunity for the students to build leadership qualities, team work, and personality development and exhibit professional and technical skills. It conducts invited talks, seminars, workshops and technical events which helps seeking suitable career. The Major events under ELITES are:
ELIXIR - A student project exhibition organized every year involving hobby projects and projects related to subjects build by the students of E&E. The expenditure for conducting ELXIR is sponsored by alumni of the Department and the event has become a major attraction in the college. Snapshots of 11th edition Elixir held on 27 and 28 November 2023. More than 100 projects built by all the students of the department were displayed and demonstrated.






Geomitra - A competition to enhance the mathematical and logical problem-solving skills of the students is conducted every year. Glimpses of Geomitra 2024, organized on 3 February 2024 at Sir. MV Block. The event saw enthusiastic participation of more than 250 students of the college.



E-Ruchi - A cooking without fire competition organized for the students to showcase their culinary skills

Fight of Racquets - Annual Badminton tournament conducted at the Sadananda Open-air auditorium

Ayudha Pooja - The festival is celebrated in the department with great fervor and joy on the auspicious day of Mahanavami.



Swacchata Abhiyan - Pictures from the annual cleanliness drive organized by the department on 13th September 2023.

Open Mic 2024 - Be it dancing, singing, stand-up comedy, shayari or something else, Open mic provides a stage for the students to display their talent


Seminar Week - A week-long series of seminars by reputed speakers and alumni, providing valuable insight to the students on recent trends, emerging technologies, life skills and more.





Open Mic- Glimpses of Open Mic 2022 , conducted at Shambavi Seminar Hall.


Induction Program - Informative and fun-filled day for newly joined students of the department.

Teachers Day - Glimpse of teacher’s day celebration held on 5 September 2023.

Kaushalya - Introductory session held at the beginning of each semester giving the students an overview about the theory and lab courses




Cache It 2024 - Organized on 10th January 2024, A Gaming event where participants’ memory power and knowledge is tested to its limits

Product Launch:Test Jig - A tool developed by faculty for verifying the proper working of moving coil voltmeter, ammeter and wattmeter.

| Sl.No | Indusry | Area of Interaction | Faculty |
|---|---|---|---|
| 1 | NIDEC | R&D, Placements | Dr. Suryanarayana K |
| 2 | Hexmoto Control | R&D, Consultancy projects , UG / PG Projects, Placements | Mr. Anup Shetty, Dr. Suryanarayana K |
| 3 | AUTOVEN | R&D, Consultancy projects | Mr. Ravikiran Rao M |
| 4 | Udupi Muncipality Corperation | Electrical Installation Inspection | Dr. Dinesh Shetty, Mr. Ravikiran Rao M |
| 5 | NIDEC | Mentorship | Dr. Girisha Joshi |
| 6 | LTTS | R&D | Dr. Suryanarayana K, Ms. Swathi Hatwar, Dr.Girisha Joshi |
| 7 | GASSOL | Consultancy projects | Dr. Suryanarayana K, Ms. Swathi Hatwar, Mr. Ravikiran Rao |
| 8 | Brevera Technology | Mentorship | Dr. Suryanarayana K, Mr. Mahabaleshwara Sharma, Mr. Pradeep Kumar, Mr.Anand Bhat |
“ High performance environment @ NMAMIT nurtures individuals to explore possibilities; enhances knowledge and confidence for a successful professional career and equally successful life ”
'With 34 yrs of rich experience in the field of technical education, the NMAMIT' management and teaching staff understand the needs of the current market and have the capabilities and infrastructure to deliver the same. It is possible only when they have the right leader with the right vision.... I still remember the words Mr. N.Vinay Hegde at our oath taking ceremony in 2008, 'Be a good human being, that is the key to success' he said. I'm very proud to be a part of such a great institute which has a proven track record of successful alumni in various fields. Thank you! '
“NMAMIT Nitte students are well rounded in both technical and soft skill aspects. They are trained for corporate work well ahead of their Campus drive. This saves a lot of time for companies like us and gives an edge for the students of the college.The Placement team is very supportive and efficient throughout the process and a pleasure to work with. As an alumna of NMAMIT, it was a great experience to go back to Nitte for Campus Recruitment. Familiar faces... great memories - came flooding back . ”
They say college days are the best phase of one’s life, and I definitely second that notion. I am grateful to have been exposed to ample opportunities from my very first year in NMAMIT. The numerous events, frequent seminars, extra-curricular activities, and yearly inter-college fest contributed as building blocks evolving me into the person I am today. Not only did I expand my knowledge spectrum in the field of Electrical and Electronic Engineering, but it also strengthened my leadership skills and confidence. Thank you for the most amazing four years NMAMIT, you’ll always have a piece of my heart.
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Ph.D
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VTU E Shikshana Lecture Videos Developed: 17EE71 Power System Analysis
Delivered a Invited lecture on
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M.Tech Projects : 03
B.E Projects : 06
| Sl.No. | Description | Fund(Rs.) | Year |
| 1. | MicrocontrollerLaboratoryEquipmentBuyback(55units@3,500/-) | ||
| Prototype | 50000 | 2015 | |
| Laboratory | 80000 | ||
| Purchase | 192500 | ||
| 2 | PCBsaredesignedwiththeideaofmaintainingsignalintegrity | 50000 | 2016 |
| 3 | MC56F84789basedcontrolcard | 50000 | 2016 |
| 4 | RevisedMC56F84789basedcontrolcard | 100000 | 2016 |
| 5 | 12W,Multi-Output(5V,9Vand12V)RegulatedPower Supply | 40000 | 2017 |
| 6 | 0-65V,5A,300WRegulatedPowerSupply | 80000 | 2018 |
| 7 | 100W,DC-DCBuckConverter | ||
| 8 | 100W,DC-DCBoostConverter | 25000 |
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M. Tech Projects guided: 24
B.E Projects guided: 11
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Workshop conducted
B.E Projects : 01
M.Tech Projects : 01
UG Programme:
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M.Tech Projects : 05
B. E. Projects: 05
| Sl. No. | Project |
| 1 | Micro-LABlet, 8051 based laboratory kit. Portable USB powered kit with 10 number of on-board hardware interfacing facility. |
| 2 | MC56F84789 Control card, 100MHz, 32 bit Digital Signal Controller capable of controlling Power Electronics Converters. |
| 3 | PCBs for AEC laboratory experiments. Single sided PCBs designed and implemented in AEC laboratory experiment for better signal integrity. |
| 4 | Fixed voltage RPS. 12W, 12V/9V/5V RPS |
| 5 | 0-65V,5A 325W RPS |
| 6 | 48V-12V, 100W Buck converter |
| 7 | 12V-48V, 100W Cuk converter |
| 8 | 12V-48V, 100W Boost converter |
| 9 | 2kW SiC based Stack |
| 10 | 1kW IGBT based motor driver |
| 11 | 1kW Multiphase Solar Battery Charger |
| 12 | 6kW, 200-400V Boost Converter using WBG devices |
Patent Details
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National Conferences
B.E. Projects: 10
M.Tech Projects : 01
Patent Details
Publications
| Sl.No. | Project | Year | Funding | Status |
| 1 | Micro-LABlet-Portable 8051 Microcontroller based USB powered kit with the facility of interfacing 10 peripheral units | 2015 | Rs.50000 NET | Completed and being used in laboratory |
| 2 | Control Card-100MHz, 32 bit Digital Signal Controller system capable of controlling Power Electronics Converters | 2016 | Rs.150000 NET | Completed and used in all Power Boards |
| 3 | Design and development of Single layer PCBs for AEC laboratory experiments to achieve better signal integrity | 2016 | Rs.50000 NET | Completed |
| 4 | 12V-48V, 100W Cuk converter | 2018 | Rs.8000 NET | Completed |
| 5 | Gan based 1kW Multiphase Solar Bettery Charger | 2018 | Five Lakh by VGST | Completed |
| 6 | 6KW, 200-400V Boost Converter using WBG devices | 2019 | Sixty Lakh from KCTU | In progress |
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