Department of Electrical & Electronics Engineering Education

The Department of Electrical and Electronics Engineering Education (DEEEE) offers a wide range of programmes, including Ph.D., M.Tech, PG Diploma, and Diploma courses in various specialized areas. These programmes are designed to equip students and researchers with advanced knowledge and practical skills to address current and emerging challenges in the field of electrical and electronics engineering.

Ph.D. Programme:

The department actively contributes to cutting-edge research in areas such as renewable energy systems, power electronics, electric vehicles, VLSI design, embedded systems, and engineering education. Doctoral candidates engage in both theoretical and application-oriented research aligned with national and global challenges.

M.Tech. in Green Technology:

This interdisciplinary postgraduate programme emphasizes sustainable engineering solutions, renewable energy technologies, energy efficiency and waste management.

M.Tech. in VLSI & Microelectronics:

This programme covers the design, simulation, fabrication, and testing of microelectronic circuits and systems, including digital and analog VLSI, MEMS, nanoelectronics, and System-on-Chip (SoC) architectures.

Post Graduate Diploma in Electric Vehicle Technology (EVT) – (One Year):

TThis programme trains engineers in the design, development, control, and diagnostics of EV systems including battery management systems, powertrains, charging infrastructure, and vehicle dynamics.

PG Diploma in Energy Harvesting and Storage:

A PG Diploma in Energy Harvesting and Storage is designed to equip students with advanced knowledge and practical skills in capturing renewable energy from sources like solar, wind, and vibration, with energy storage systems that use advanced energy storage devices such as batteries and supercapacitors. This programme supports the growing global demand for sustainable energy solutions and prepares graduates for roles in clean energy innovation, smart grid development, and green technology industries.

Diploma in Semiconductor Packaging (OSAT/ATMP) – (Six Months):

Designed to develop a specialized workforce for India’s semiconductor mission, this programme focuses on backend semiconductor processes including assembly, testing, marking, and packaging.

AICTE Quality Improvement Programme (QIP)-M.Tech. and Ph.D. Programmes

The Department of Electrical & Electronics Engineering Education (DEEEE) at NITTTR Bhopal is a recognized QIP center under the AICTE Quality Improvement Programme (QIP) for the M.Tech. and Ph.D. degree programmes. These programmes are specifically designed for faculty members working in AICTE-approved institutions to enhance their qualifications and contribute to the quality enhancement of technical education in the country.

1. QIP M.Tech. Programmes:

• M.Tech. in Green Technology
• M.Tech. in VLSI & Microelectronics

2. QIP Ph.D. Programmes:

Research Areas:

Renewable Energy Systems, Smart Grid Technologies, Power System Control, system optimization, Power System Restructuring, Low Voltage Switch Gear, Electric Vehicle Technology, Multi Level Inverters, Power Converters, Power Quality Improvement, Drives and Control Power Converters, Industrial Drives, Artificial Intelligence and Machine Learning applications to Power Systems, Artificial Intelligence and Machine Learning applications to Power Electronics, Digital Twin, Industrial Automation, Electrical and Energy studies, Hydrogen fuel cells, Battery technology. Wireless Networking, Flying Adhoc Networks & their VLSI implementation, Smart agriculture system using Drone, VLSI for AI, Digital Twin, Semiconductor Technology, Semiconductor Packaging, 5G -6G Communication, IoT, Image and Signal Processing, Digital Signal Processing, Evolutionary Computing, Antenna Design, Biomedical Signal Processing, Deep Learning/CNN and its Applications.

Ph.D. Programmes

The department offers an interdisciplinary and industry-relevant Ph.D. research programme, aligning with emerging trends and national missions in technology, sustainability, energy, and advanced communication systems. Research scholars are encouraged to pursue both applied and theoretical studies contributing to innovations in teaching, learning, and technology deployment.

The department actively contributes to cutting-edge research in areas such as:

Renewable Energy Systems, Smart Grid Technologies, Power System Control, system optimization, Power System Restructuring, Low Voltage Switch Gear, Electric Vehicle Technology, Multi-Level Inverters, Power Converters, Power Quality Improvement, Drives and Control Power Converters, Industrial Drives, Artificial Intelligence and Machine Learning applications to Power Systems, Artificial Intelligence and Machine Learning applications to Power Electronics, Digital Twin, Industrial Automation, Electrical and Energy studies, Hydrogen fuel cells, Battery technology. Wireless Networking, Flying Adhoc Networks & their VLSI implementation, Smart agriculture system using Drone, VLSI for AI, Digital Twin, Semiconductor Technology, Semiconductor Packaging, 5G -6G Communication, IoT, Image and Signal Processing, Digital Signal Processing, Evolutionary Computing, Antenna Design, Biomedical Signal Processing, Deep Learning/CNN and its Applications.

The following faculty members are recognized Ph.D. research supervisors, guiding scholars in advanced and emerging areas of Electrical, Electronics, and Interdisciplinary Engineering Education:

• Prof. (Dr.) A. S. Walkey
• Prof. (Dr.) C. S. Rajeshwari
• Prof. (Dr.) Pallavee Bhatnagar
• Prof. (Dr.) Seema Verma
• Prof. (Dr.) K. Manickavasagam
• Dr. Suman Pattnaik
• Dr. Ranjit Singh
• Dr. Sachin Tiwari
• Dr. Anjali Potnis

M.Tech. in Green Technology

This interdisciplinary postgraduate programme emphasizes sustainable engineering solutions, renewable energy technologies, energy efficiency and waste management. M.Tech Green Technology is being offered from academic year 2025-26 in the Department of Electrical and Electronics Engineering Education

Research Area

• Renewable Energy System
• Power Electronics and Drives
• Power and Smart Grid System
• Artificial Intelligence and Machine Learning

Programme Highlights

• Learner centric and outcome based education
• Courses are designed to imbibe core competencies
• More weightage for project based learning
• Training provided for Start-up and Entrepreneurship
• Wide coverage of renewable energy generation to application
• Practical oriented courses designed by highly qualified faculty members
• Unique flexible curriculum of integrating domain knowledge with engineering education practices

Skills Acquired

• Designing eco-friendly and energy-efficient systems, products, and processes
• Integrating environmental considerations in engineering design
• Designing and analyzing solar, wind, biomass, and hybrid renewable energy systems
• Working with smart grids, net metering, and grid integration techniques
• Performing energy audits for industries, buildings, and utilities
• Implementing energy conservation techniques and technologies
• Utilizing tools for monitoring, controlling, and optimizing energy use
• Implementing clean production technologies in industrial settings
• Reducing carbon footprint, emissions, and waste in manufacturing processes
• Using MATLAB/Simulink, PVSyst, ETAP and other simulation tools to model green processes and material flows
• Conducting environmental audits and impact studies
• Designing smart and sustainable infrastructure for urban and rural development
• Preparing proposals for green projects and sustainability grants

Employment Potential

Graduates of the M.Tech. in Green Technology programme possess specialized skills that align with national and global priorities on sustainability, clean energy, and environmental conservation. As industries, governments, and community’s transition toward greener practices, the demand for professionals trained in green technologies is rapidly increasing across diverse sectors.

• Solar and wind energy companies (design, installation, and maintenance)
• EPC (Engineering, Procurement, and Construction) firms for renewable projects
• Grid integration and smart grid technology companies
• Government and private sector renewable energy missions
• Sustainable development units in corporate and public sector organizations
• Industries implementing energy conservation and cleaner production techniques
• Industrial energy auditing and certification service providers
• Smart city projects involving energy-efficient systems and sustainable mobility
• Startups and enterprises in the circular economy domain
• R&D roles in new waste-to-energy and waste-to-resource technologies
• Research laboratories and institutions working on clean energy and sustainability
• CSR wings of corporates funding green R&D initiatives
• National and international projects under MoEFCC, MNRE, UNDP, UNEP, etc.
• Postdoctoral and doctoral research opportunities in India and abroad
• Faculty positions in engineering colleges and polytechnics
• Trainers for capacity-building programmes in sustainability and renewable energy
• Green technology-based startups (EV charging, solar solutions, organic waste composting, etc.)
• Consultancy and service-based ventures in green audits, policy advisory, and sustainable design

M.Tech. in VLSI & Microelectronics

The M.Tech. programme in VLSI and Microelectronics is a cutting-edge academic initiative designed to equip learners with comprehensive knowledge and practical skills in semiconductor technology. Through a blend of theoretical coursework, hands-on laboratory exercises, and research projects, learners delve into semiconductor physics, integrated circuit design, fabrication techniques, and emerging trends. Led by expert faculty and supported by state-of-the-art facilities, this programme prepares learners for careers at the forefront of innovation in fields such as electronics design, semiconductor manufacturing, and academic research, fostering the next generation of leaders in VLSI and Microelectronics.

Skills Acquired

I. VLSI Design Skills

• Ability to create RTL designs using Verilog/VHDL
• Proficiency with industry-standard EDA tools (Synopsys, Cadence, Mentor Graphics)
• Ability to design analog/mixed-signal circuits
• Expertise in executing physical design workflows (floor planning, placement, CTS, routing)
• Proficiency in performing logic synthesis and optimization

II. Semiconductor Technology

• Analyse CMOS process technology fundamentals
• Apply transistor device physics principles
• Familiarity with etching, deposition, and doping processes
• Adhere to cleanroom protocols and practices
• Ability to perform failure analysis on semiconductor devices

III. Semiconductor Packaging Skills

• Ability to design various semiconductor packages
• Skills in implementing thermal management solutions
• Proficiency in wire bonding techniques using gold, copper, and aluminium wires
• Proficient in operating Die bonding machines
• Capability to perform package reliability testing
• Skills in electrical characterization of packages

Employment Potential

Learners are able to get the following job opportunity

• ASIC Design Engineer
• Semiconductor Packaging Engineer
• Verification Engineer
• IC Packaging Design Engineer
• Physical Design Engineer
• Wafer Fabrication Engineer
• Analog/Mixed-Signal Circuit Designer
• Advanced Packaging Engineer
• FPGA Engineer
• Semiconductor Device Engineer
• SoC (System-on-Chip) Architect
• Semiconductor Equipment Engineer
• Semiconductor Process Engineer
• Yield Enhancement Engineer
• Research and Development Engineer in semiconductor companies or research institutions
• Reliability Engineer (Semiconductor)
• Product Engineer (Semiconductor)
• VLSI Design Engineer
• Microelectronics Engineer

Post Graduate Diploma in Electric Vehicle Technology (EVT) – One Year

• Industry-relevant Curriculum: Designed in collaboration with EV manufacturers and research institutions to meet current and emerging needs in the electric mobility sector.
• Hands-on Training: Access to advanced EV simulation platforms, battery testing setups, motor controllers, and real-time diagnostics tools.
• Multi-disciplinary Approach: Integration of power electronics, control systems, battery technology, automotive systems, embedded systems, and sustainable transportation.
• Capstone Project / Industry Internship: Opportunity to work on real-world EV challenges with industry mentorship or R&D projects.
• Experienced Faculty & Industrial Experts: Courses delivered by faculty with rich academic and industrial backgrounds in EV systems and emerging technologies.
• Access to CoE Labs: Practical exposure in NITTTR's Centre of Excellence in Power Electronics, Battery Management Systems, and Electric Drives Labs.
• Focus on Indian EV Ecosystem: Curriculum aligned with FAME India scheme, National Electric Mobility Mission (NEMMP), and India's net-zero emission goals.

Skills Acquired

Students completing this PG diploma will gain a wide range of technical and professional skills, including:

1. Core Technical Skills

• Design and development of EV drive-train systems and components.
• Understanding of EV architecture, including motor, controller, inverter, and converter design.
• Battery management system (BMS) development and thermal management.
• Knowledge of charging infrastructure (AC/DC chargers, fast charging, V2G systems).
• Power electronics for electric mobility (DC-DC, DC-AC, and on-board chargers).
• Familiarity with standards and safety protocols in EVs (AIS, IEC, ISO standards).

2. Simulation and Analysis

• Proficiency in simulation tools like MATLAB/Simulink, ANSYS, PSIM, LTSpice, and AutoCAD Electrical.
• Modeling and analysis of EV energy consumption, vehicle dynamics, and battery performance.

3. Diagnostics and Maintenance

• Real-time data logging, fault detection, and predictive maintenance techniques.
• Use of CAN communication for EVs.

4. Soft and Professional Skills

• Project management, technical documentation, and teamwork.
• Communication with cross-disciplinary teams in the automotive and energy sectors.

Employment Potential

The diploma opens up significant job opportunities in the rapidly growing EV industry. Graduates can find employment in the following sectors and roles

• EV Systems Engineer
• Charger and Converter Design Engineer
• Battery Design Engineer
• EV Charging Station Planner
• Power Electronics Engineer
• Installation & Maintenance Engineer (EVSE)
• Electric Drivetrain Engineer
• Smart Grid Integration Analyst
• Vehicle Integration Engineer
• Battery Storage and Grid-Tied EV Systems Specialist
• BMS Developer
• Demand-Side Energy Management Professional
• Embedded Systems Developer
• R&D Engineer in Electric Mobility
• EV Motor Controller Developer
• Setting up EV retrofitting units or diagnostic service centers
• Prototype Development Engineer
• Launching e-mobility solutions (fleet services, EV logistics, battery swapping)
• Simulation and Testing Engineer
• Consultancy in EV infrastructure design and green mobility projects

PG Diploma in Energy Harvesting and Storage - One Year

A PG Diploma in Energy Harvesting and Storage is designed to equip students with advanced knowledge and practical skills in capturing renewable energy from sources like solar, wind, and vibration, with energy storage systems that use advanced energy storage devices such as batteries and supercapacitors. This programme supports the growing global demand for sustainable energy solutions and prepares graduates for roles in clean energy innovation, smart grid development, and green technology industries.

Employment Potential

• Energy Storage Engineer
• Environmental Technician
• Energy Manager
• Environmental Scientist
• Energy Engineer
• Wind Turbine Technician
• Energy Analyst
• Solar Installer
• Sustainability Engineer
• Electric Vehicle Battery Consultant
• Solar and Wind Power Technician
• Solar Consultant
• Greenhouse Worker
• Sustainable Engineer

Job Skills Acquired

• Harvest Renewable Energy
• Design Energy System
• Maintain Electric Vehicle Battery
• Installation Solar PV System
• Install Wind Energy Conversion System
• Green Building Consultant Skills
• Manage Projects in Green Energy
• Analyse Battery Management system and its life cycle
• Model Energy System using software

Diploma in Semiconductor Packaging (OSAT/ATMP) – (Six Months)

Semiconductor industry is experiencing explosive growth, with the Outsourced Semiconductor Assembly and Test (OSAT) and Assembly, Testing, Marking and Packaging (ATMP) sectors playing a critical role in developing advanced electronic devices. Globally Semiconductor Packaging and OSAT/ ATMP industries have requirement of human resource with skill-set for OSAT. Recently, within the country few OSAT Industries have come up and few more are expected in near future; so there is a large requirement of skilled workforce with rapid growth indication. National Institute of Technical Teachers' Training and Research (NITTTR), Bhopal is a unique premier institution, established in 1965 by Ministry of Education, Government of India and deemed to be University under distinct category. It has a dedicated 'Centre for OSAT' for taking further the Semiconductor Packaging skilling initiative.

Department is offering a Diploma programme in 'Semiconductor Packaging (OSAT/ATMP). This skill-based course would be beneficial for engineering and science stream students who are eager to prepare for careers in semiconductor technology including device packaging, assembly, testing, OSAT services, ATMP services, quality assurance and managerial as well as R&D roles in leading semiconductor firms. NITTTR Bhopal stays ahead in Cutting-Edge Curriculum with the latest advancements in Semiconductor Packaging and OSAT.

Curriculum Overview:

The Diploma programme in "Semiconductor Packaging (OSAT/ATMP)" is a comprehensive programme designed to cover all aspects of semiconductor packaging and assembly including Application specific Multichip modules (MCMs). The curriculum covers: (i) IC Package Fabrication, (ii) OSAT Processes, (iii) ATMP Techniques, (iv) MCM Technology, (v) QA & Reliability and (vi) Advanced Packaging. The curriculum is based on practical training and project based study on assembly and packaging of semiconductor devices and fabrication of MCMs. This diploma will give an insight in providing end-to-end solution starting form design to finished packaged product development. It will also provide opportunity of interaction with the experts in the field. This diploma is of six months duration and the students will have the choice to take exit from the programme after completing one full month or its multiple. Certificate will be issued for the completed months and the fee has to be paid accordingly. This arrangement is beneficial for students who are already pursuing an academic degree and wish to do training/ internship as per their College schedule.

Skills Acquired

Students completing this PG diploma will gain a wide range of technical and professional skills, including:

1. Core Technical Skills

• Knowledge of OSAT/ATMP processes: Die preparation, wafer dicing, bonding, encapsulation, and burn-in testing.
• Understanding of advanced packaging technologies like:
  • Semiconductor Packaging
  • Wire bonding and Die Bonding
  • Wafer-level and chip-scale packaging
• Testing and characterization of packaged ICs and system-in-package (SiP) components.
• Proficiency in semiconductor reliability and failure analysis tools

2. Tools & Equipment Handling

• Operation of cleanroom equipment such as die bonders, reflow ovens, etc.
• Use of software tools for process simulation, SIEMENS NX-CAD tool, SOLID WORKS tools, for packaging (DFP), and thermal management.

3. Process & Quality Control

• Understanding of ISO standards, ESD control, Six Sigma practices, and cleanroom safety.
• Exposure to quality control protocols, defect detection, and yield improvement methods.

4. Workplace Readiness

• Project-based learning, industrial documentation, process reporting.
• Training in teamwork, safety protocols, and industry communication practices.

Employment Potential

Graduates of this programme are well-prepared for roles in India's fast-emerging semiconductor ecosystem and global supply chains.

1. Semiconductor and OSAT/ATMP Companies

• Assembly and Packaging Technician
• Process Development Engineer
• Semiconductor Test Engineer
• Yield and Reliability Engineer
• Quality Assurance (QA) Technician

2. Indian Semiconductor Mission (ISM) & Associated Ecosystem

• Placement opportunities in Dixon, SPEL, Tata Electronics, Kaynes, Sahasra, HCL, Vedanta-Foxconn, and other proposed OSAT units under India's PLI (Production Linked Incentive) schemes.

3. Global Semiconductor Supply Chain Companies

• Jobs in packaging and testing facilities in Southeast Asia, the US, and Europe.

4. R&D and Fabless Design Companies

• Integration support roles for post-silicon validation, packaging interface, and assembly simulation.

5. Public Sector and Government Labs

• Technical positions in SCL (Chandigarh), BEL, DRDO, ISRO, and other labs focusing on electronics manufacturing and defense-grade semiconductor packaging.

6. Entrepreneurship Opportunities

• Opportunities in PCB prototyping, IC testing services, thermal interface materials supply, and microelectronics repair/servicing startups.