About Department
About Department
The Department of Electrical and Electronics Engineering (EEE) was established in the year 2006 & offers B. Tech. and Ph.D. programs. The department has faculty well versed in academic and industrial fields accompanied with experienced technical supporting staff. The B. Tech. program has a highly flexible structure with a blend of industry & research-oriented courses. A student can pursue different specialized streams in the domains of design and development of electrical machines, smart grid, renewable energy, transmission and distribution, energy management, electrical material science.
Without Electrical Energy, Life is unimaginable. The exponential growth in the Industrial and agricultural sectors have tremendously increased the demand for Electrical Engineers. This is vividly reflecting in the progress of the nation too. Higher power generation capacity is the benchmark for the State's or Country's pride.
The EEE Course will train the students in understanding and developing sustainable power generation by imparting fundamental knowledge on generation, transmission, control, distribution, storage, measurements and applications besides enhancing the knowledge on basic electronics, semiconductor devices, CMOS, optoelectronics and sensors including their multidisciplinary applications.
This will equip the students to compete globally as professional engineers and researchers in the field of electrical engineering, electronics engineering, communication, bio medical engineering, energy and environmental engineering, materials and nanotechnology.
The students will experience the ambience and general infrastructure of an institution with an A++ grade
The students will experience the availability of teachers, Qualified only from reputed institutions across the country with good technical skills and parental approach towards the students.
The students can experience the innovative classroom teaching and the experiential learning followed in the EEE department by the subject handling faculty to make the students understand each and every concept of electrical engineering.
The students can experience the state of art infrastructure, in terms of laboratory, classrooms and other student related facilities on par with the other institutions of excellence in this country.
Various skill development courses throughout the curriculum are available, with different levels of certifications.
Industrial Internship and project-based training is provided to make the students industry ready.
The students of B.Tech in Electrical and Electronics Engineering will be trained to provide acceptable solutions to complex electrical engineering problems in major core industries by application of modern and appropriate techniques that are taught as a part of enriched curriculum through National Educational Policy. Transfer of skill is guaranteed hence job opportunity is guaranteed to all the enrolled in this program
The students will be able to apply the knowledge to improve and control the conventional and non-conventional energy systems for specific applications ethically and eco friendly
The graduates will have the following designations in all related fields as mentioned
The EEE program at JAIN (Deemed-to-be University) is unique in its curriculum with a blend of core electrical courses besides elective subjects of recent trends and techniques that enhance the students with good employability opportunities in various domains globally. In addition to the conventional EEE program, the students can also go for the following programs:
Other than the major programs, the students can also choose the following departmental electives as per their area of interests:
The department has well equipped laboratories like Machines lab, High Voltage lab, Measurement's lab, Control Systems lab, Power Electronics Lab, Microcontroller lab, Analog and Digital Lab, AutoCAD lab, Power System Simulation lab. Including below equipment.
The curriculum of JAIN (Deemed-to-be University) EEE program is distinctive in that it combines elective courses on current trends and techniques with core electrical courses, giving students good employability chances across a range of industries worldwide. In collaboration with SIEMENS, the Master of Technology in Electrical Vehicle Technology program is available. JAIN University offers a specialized education that isn't offered by other comparable universities. courses with an industry focus and a specially designed curriculum taught by knowledgeable instructors with expertise in electric vehicle technologies. The University has a partnership with two of the world's top companies in the electric vehicle technology space, Siemens and Toyota. The well-known Toyota Electric Vehicle Laboratory offers industrial-equivalent exposure to electric vehicle hardware, and training is provided at a state-of-the-art lab that was created in partnership with SIEMENS employing industrial software (capital software) on electric vehicle design.
In order to improve the professional development and viability of its students, the program's structure includes required elements like internships & live projects, in addition to academics. Major electives like finance, marketing, human resources, international business, business analytics, and entrepreneurship are also offered. The M.tech. program at Jain (Deemed to be University) – School of Engineering & Technology employs a variety of methods and modes to provide its students with high-quality education. In light of the changing educational landscape and the increasing demand for high-quality education, our course pedagogy includes classroom instruction, training and development, case studies, learning power electronics systems, simulation activities, application-oriented learning, Project centric learning, and industry interface.
A specialized course is offered at JAIN, which is not available at other institutions on par with Jain University. Industry-driven courses and an exclusively framed curriculum handled by expert faculty specializing in electric vehicle technology. Tie-up with Siemens and Toyota, globally leading organizations in the field of electric vehicular technology. Training at a state-of-the-art lab. established in collaboration with SIEMENS using industrial software (capital software) on electric vehicle design. Well-established Toyota Electric Vehicle Laboratory to provide industrial-equivalent exposure to electric vehicle hardware. Assured internship and placement opportunities with SIEMENS and other major EV companies through tie-ups with the well-established placement and training centre available on campus
Complete Electrical Vehicle Design and Simulation Using Capital Software
Skill Enhancement on Modern Engine Assembly, Disassembly, and Transmission System
Professional Certification Programme on Electric Vehicle System Design and Development, Finite Element Analysis: Fundamentals, Product Life Cycle Management (PLM)
Skill Enhancement on Battery Management System and Charging Infrastructure
Skill training on microcontrollers, PLCs, sensors, and transducers.
To cater the needs of the Electrical and Electronics Engineers by disseminating outstanding education, research and entrepreneurship skills to meet the societal needs
The Post graduates of M.Tech in Electric Vehicle & Technology will have the opportunity to work in various Government sectors like atomic power plants, hydro or thermal power plants. Job opportunities are ample in both public & private like Railways, Civil aviation, electricity board and utility companies, electrical design and consultancy firms and all types of manufacturing industries that includes
PO 1: Conduct research as an individual or as a team member to solve practical problems in the field of energy and environmental management. (Research)
PO 2: Write and present a substantial technical report or document. (Communication)
PO 3: Demonstrate a degree of mastery over the area as per the specialization of the hybrid electric vehicle programme (problem analysis).
PO 4: Use modern tools to analyse, simulate, and model electrical vehicular systems.
PO 5: Interpret the impact of professional solutions in societal and environmental contexts and demonstrate the knowledge of and need for sustainable developments in the automobile sector. (The engineer and society)
PO 6: Practice ethical and responsible actions while carrying out the design of hybrid electric vehicles and charging infrastructure. (Ethics)
PO 7: As an individual and as a team member, apply energy management principles to manage and execute cost-effective multidisciplinary and transdisciplinary projects. (Project management and finance)
PO 8: Engage in lifelong learning with a commitment to improve knowledge in a technologically changing scenario. (Life-long Learning).
PO 9: Collaborate with others, share knowledge, and contribute to the development of innovative or entrepreneurial ideas. (Innovation and Entrepreneurship)
PEO 1:
Graduates will be engineering professionals, innovators, or entrepreneurs engaged in technology development, technology deployment, or engineering system implementation in industry.
PEO 2:
Graduates will interact with their peers in other disciplines in industry and society and contribute to the economic growth of the country.
PEO 3:
Graduates will be successful in pursuing higher studies in engineering or management and will pursue career paths in teaching or research.
PEO 4:
Graduates will work and communicate effectively in an inter-disciplinary environment, either independently or in a team, and demonstrate leadership qualities
Department of Electrical & Electronics Engineering offers Ph.D. program in Electrical & Electronics Engineering in continuation with its dedicated approach towards fostering scholarly excellence, innovation, and leadership qualities in the dynamic field of electrical and electronics engineering.
In line with its commitment to advance knowledge and promote academic excellence, this research-oriented doctoral degree program within its technical ambit, aimed at improving the overall research scenario and augment the research acumen of prospective scholars, supervisors and the broader academic/ research community in the field of electrical and electronics engineering.
Key Features of Phd Program in Electrical & Electronics Engineering
Distinguished faculty members with diverse backgrounds and specializations within Electrical & Electronics Engineering domain are available as supervisors for the potential scholars. They are dedicated mentors committed towards guiding and supporting the doctoral candidates in their research pursuits.
Power Electronics Drives, Power System and Instrumentation, Image Processing, Deep Learning. The scholars can pursue the Ph.D. program accordingly.
JAIN University offers state-of-the-art research facilities & centres along with advanced laboratories equipped with the latest technologies and tools necessary for conducting ground-breaking research in the field of Electrical & Electronics Engineering. From advanced simulation software, specialized equipment to experimental setups, our infrastructure provides an ideal environment for exploration and innovation.
We foster a collaborative research culture that encourages interdisciplinary interactions and partnerships. Our Ph.D. candidates have the opportunity to collaborate with experts from other departments, industry professionals, and research institutions, enabling them to address complex engineering challenges and explore emerging areas of research.
Access comprehensive resources and support services tailored as per the needs of our PhD scholars, including funding opportunities, academic advising, professional development programs, and career services among others.
Stay informed regarding the latest news, events, seminars, conferences, and research symposia organized by the Department of Electrical & Electronics Engineering, and JAIN University at large, so as to benefit from the same.
Scholars after completing their Ph.D.s are open to a world of opportunities in research-based roles.
The following profiles are generally opted depending up on the area of research specialization:
