FDP Control Techniques For Renewable Energy Systems

One-Week
Faculty Development Programme

on
Control Techniques for Renewable Energy Systems
July 8th - 12th, 2024
Chief Patron
Prof. Anand Srivastava, Hon. Vice-Chancellor, NSUT
Chairman
Prof. K.P.S. Rana, Dean FEME, NSUT
Principal Coordinator
Prof. Rajneesh Sharma, Head, ICED, NSUT
Course Coordinator(s) & Organizer(s)

Dr. Alok Agrawal, and Dr. Manisha
Convener(s)
Dr. Anuradha Tomar, Dr. Bhavnesh Kumar, and Dr. Jyoti Yadav
Organized by
Department of Instrumentation and Control Engineering
Netaji Subhas University of Technology
Dwarka, New Delhi-110078, India
Website: www.nsut.ac.in
Registration Link: https://forms.gle/X7G7atxnHx4kjnqj9
BACKGROUND
This one-week Faculty Development Program (FDP) is aimed for College and University
teachers in various disciplines of science and engineering, and industrial experts. The
approach of teaching has changed to a new paradigm, and the teachers need to be updated with
the pedagogy for better teaching-learning experience. The exposure to tools like open-source
courseware, simulation tools, and scientific approaches of planning and execution of
experiments will enhance the attendee’s inquisitiveness and understanding of the subjects.
Interdisciplinary subjects like ‘renewable energy’ are getting due attention in the science and
engineering course curriculum. So, teachers need to refresh the knowledge on these subjects
for better pedagogical approach. The aim of this Faculty Development Programme (FDP) is to
bring the teachers/industrial experts of different engineering, science and allied subjects onto
one platform to update them with the recent advances in the control engineering, power
electronics and renewable energy technology.
ABOUT NSUT
Netaji Subhas University of Technology (NSUT) formerly known as Netaji Subhas Institute of
Technology (NSIT) is a seat of higher technical education to provide education and research in
branches of engineering, technology, sciences, humanities, social sciences, and management and
for the advancement of learning and dissemination of knowledge in such branches. It was
established in the year 1983 as Delhi Institute of Technology with the objective of meeting the
growing demands of manpower in the emerging fields of engineering and technology with a close
social and industrial interface.
The overall academic environment in the institution is highly conducive for achieving excellence in
education and research. NSUT secured 60th ranking in NIRF-2023 ranking, 7th Rank in India
Today Ranking 2023 and has secured 3rd rank in the award ceremony of ARIIA Rankings 2021
under State University & Deemed University (Govt. & Govt. Aided).
DEPARTMENT OF INSTRUMENTATION AND CONTROL ENGINEERING
The Department of Instrumentation & Control Engineering (ICE) was established in the year 1983.
All through its sparkling history of 39 years, the department of ICE has been known for its
exceptionally strong Under-Graduate, Post-Graduate and Research programmes. Instrumentation
and Control is a very broad area in the sense that it has an interdisciplinary character. There is a
proliferation of a variety of Instrumentation systems for a variety of purpose. There is hardly any
area of Engineering, Science and Technology where Instrumentation in one form or the other is not
needed. The Department offers many courses in Electrical, Electronics and Computer Engineering
also, apart from a variety of courses from Instrumentation Technology, modern control theory,
Biomedical Instrumentation, Robotics, Industrial Electronics, Computer Controlled
Instrumentation, Artificial Intelligence etc.
OBJECTIVES OF THE FDP COURSE

The objectives of the faculty development program on 'Control Techniques for Renewable Energy
Systems' are designed to equip participating faculty members with specialized knowledge and
skills essential for addressing the dynamic challenges in renewable energy integration. Firstly, the
program aims to deepen participants understanding of control methodologies tailored for
renewable energy systems, including grid integration, energy storage, and distributed generation.
Through theoretical lectures, practical demonstrations, and case studies, participants will gain
insights into cutting-edge control strategies, such as model predictive control, adaptive control, and
hierarchical control architectures, tailored to the unique characteristics of renewable energy
sources. Secondly, the program seeks to enhance participants' proficiency in analyzing and
optimizing renewable energy systems' performance, reliability, and efficiency. Additionally, the
program aims to foster collaborative research networks among academia, industry practitioners,
and research institutions to facilitate knowledge exchange, innovation, and interdisciplinary
research collaborations. By achieving these objectives, the faculty development program
endeavors to empower educators to spearhead advancements in renewable energy systems through
research, teaching, and industry engagement, thus contributing to sustainable energy transitions
and addressing global energy challenges.
We invite teachers and industrial experts to join us on this journey of Viksit Bharat 2047, as we
collectively strive to empower the future through advancements in electric vehicles and renewable
energies. Together, paving the way towards a sustainable and energy-efficient tomorrow.
Course contents are:
1) Fundamentals of control systems and innovations in this area
2) Introduction to Renewable Energy Systems
3) Power Electronics in Renewable Energy Applications
4) Control Techniques for Renewable Energy Systems
5) Grid Integration of Renewable Energy Systems, Smart Grids and Microgrids
6) Electric Vehicle Technologies and Charging Infrastructure
7) Modeling and Simulation of Renewable Energy Systems
8) Case Studies, Hands-on Workshops and Laboratory Sessions.
9) Industry Perspectives and Collaborations.
10) Ethical and Environmental Considerations, opportunities in Renewable Energy sector
WHO SHOULD ATTEND

This FDP is open to faculties of AICTE/UGC recognized colleges/institutions and technical
universities/deemed universities, and industry professionals. The interested candidates are required
to register using the link provided below at the earliest but not later than 20th June 2024. There are
limited seats for the FDP and registration charges are mentioned below in the brochure. The
candidates will be communicated about the workshop schedule in due course of time. The
participants will not be paid TA/DA for attending the course. The FDP will be held at Department
of Instrumentation and Control Engineering, Netaji Subhas University of Technology, Dwarka,
Delhi, India. Participants can attend the FDP in hybrid mode (ONLINE or OFFLINE), and shall
register for the same accordingly.
Registration Link: https://forms.gle/X7G7atxnHx4kjnqj9
IMPORTANT DATES
Last date registration and payment of fees June 20, 2024
Intimation of selection to the participants June 25, 2024
Starting of the program July 8, 2024
REGISTRATION DETAILS
Participants will be selected on first-come first-served basis. Confirmation will be sent via email.
Designation Registration Fees Registration Fees

(OFFLINE MODE) (ONLINE MODE)
Faculty/ Industry Rs. 2000/- Rs. 1000/-
Participant
*Inclusive of Taxes. Fee, once paid, shall NOT be refundable. No TA/DA will be paid to
participants. All rules and regulations as per NSUT norms.
Registration is to be done through the provided link. Registration fee will be paid to university
account no. as mentioned, through online payment mode. The selection will be on a first come first
serve basis. Incomplete applications are liable to be rejected without any intimation.
Name of Account Holder: Registrar NSUT, WSS A/C
Bank Account No.: 133010100000450
Bank Name & Branch: Union Bank, NSUT
Bank IFSC Code: UBIN0813303

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One-Week

Faculty Development Programme

Course Coordinator(s) & Organizer(s)

DEPARTMENT OF INSTRUMENTATION AND CONTROL ENGINEERING

OBJECTIVES OF THE FDP COURSE

WHO SHOULD ATTEND

Registration Link: https://forms.gle/X7G7atxnHx4kjnqj9

Designation Registration Fees Registration Fees

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