Electrical Engineering

Why Electrical Engineering?

Electrical Engineering Department at SISTec-Ratibad offers graduation and post-graduation in Electrical Engineering. The branch of ELECTRICAL ENGINEERING is one of the core sectors being the foundations of our Economy and Industrial sector. Applications of Electrical Engineering constitute all the various involving Automation and Instrumentation ranging from all diversified sectors.

We provide quality education in the field of Electrical Engineering. Our aim is to enable students to work independently on engineering and design projects with the ability to rethink existing concepts and develop new ones. We inculcate the required competence and skills in our students and prepare them to be industry-ready.

About Department

Department offers Bachelor of Technology degree in Electrical Engineering. The curriculum of the Electrical Engineering Program comprises a compulsory part, electives, and finally a graduation project in which the student demonstrates his/her engineering ability to a high standard. All courses belonging to the program are taught in the English language.

The Department of Electrical Engineering conducts several workshops, seminars and industrial visits to provide practical education and give exposure relevant to present trends. We offer the students an opportunity for study and research, both theoretical and experimental. The lab facilities and the infrastructure are up to date and regularly upgraded from time to time.

The Department of Electrical Engineering strives to be a leader in education, training and competence development, producing high quality engineers. In this endeavour, the Department continually puts forth its efforts to develop knowledge and quality, upgrade and create new laboratory facilities, acquire adequate new equipment to keep abreast, contribute and progress in the emerging technologies and committed for rendering the best service to the society.

 

Vision:

To build competent human resources towards self-employability and lifelong learning in the field of Electrical Engineering to overcome challenges.

Mission:

To provide students with comprehensive knowledge of Electrical Engineering with a multi-disciplinary approach along with an intellectually stimulating environment for creativity, research, funding, innovation, and professional activity to build industry-oriented graduates

Opportunities:

EE has a huge impact on the technologies that define modern-day life and society. We see educating the next generation of engineers as a key role. Various Opportunities are available in sectors as:

• Electric power generation, transmission and distribution.
• Semiconductor and other electronic component manufacturing.
• Navigational, measuring, electro-medical, and control instruments manufacturing.
• Research and development in the physical, engineering, and life sciences.
• Various Power sector-based companies.
• Options in Renewable Energy Sector Expansion.
• Large industrial sector plants involving Automation and Control.

PROGRAM OUTCOMES (POs) and PROGRAM SPECIFIC OUTCOMES (PSOs)

PROGRAM OUTCOMES (Pos):

Electrical Engineering Graduates 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.
• PO2: 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.
• PO3: 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.
• PO4: 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.
• PO5: 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.
• PO6: 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.
• PO7: 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.
• PO8: Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
• PO9: Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
• PO10: 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.
• PO11: 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.
• PO12: 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.

PROGRAM SPECIFIC OUTCOMES (PSOs)

Electrical Engineering Graduates will be able to:

• PSO1: Apply the fundamentals of mathematics, science and engineering knowledge to identify, formulate, design and investigate complex engineering problems of electric circuits, analog and digital electronic circuits, electrical machines and power systems.
• PSO2: Apply appropriate techniques and modern Engineering hardware and software tools in power systems to engage in life- long learning and to successfully adapt in multi disciplinary environments.
• PSO3: Understand the impact of Professional Engineering solutions in societal and environmental context, commit to professional ethics and communicate effectively.

Labs

• Electrical Instrumentation Lab
• Basic Electrical and Electronics Lab
• Semiconductor Devices and circuits Lab
• Network Analysis Lab
• Power Systems Lab
• Electro Mechanical Energy Conversion –I, IILab
• Analog and Digital Communication Lab
• Digital Electronics & Logic Design Lab
• Microprocessors & Power Electronics Lab
• Minor Project – I Lab
• Major Project Lab
• Control Systems Lab
• Electrical Drives Lab
• Power System Analysis & Control Lab
• Power System Protection Lab
• Microcontrollers Lab

• • Computer Programming (JAVA): Computer Programming laboratory is designed to familiarize students with the JAVA programming, so as to be able to initiate the students into the discipline of Programming. Java is the thrust area of students, where they learn and implement object oriented programming design. As java is one of the popular programming languages which has importance in all type of project development. students learn to develop network programming and mobile applications using Java.
• • Electrical Machine Design: In this laboratory, different cut-set sections of the machines are there. Basic concepts of DC/AC machines are taught along with the working experiments on the physical machines present in the system. Moreover, designing of machine is also implemented with theoretical and practical concepts.
• • Electrical Cad Lab: This lab offers facilities to all students to work with the sophisticated 2-D & 3-D design and analysis software.
• • Energy Audit Lab: To expose the students to the area of energy management. So that they can learn systematic or scientific approach for decision-making. It helps to stable the total energy inputs with its utilization and serves to identify all the energy streams in a facility.

Projects

S.No.	STUDENT NAME	PROJECT NAME	PROJECT GUIDE
1	Nihal Asawara (Team Leader)	(Touchless D.A.R.D) TOUCHLESS DIGITAL ATTENDANCE REGISTERING DEVICE	Mr.Prasant kumar
	Anju
	Aditya Dubey
2	Ramakant Lodhi (Team Leader)	Smart Electric Vehicle (May 2020)	Mr.Prasant kumar
	RAHULBARAPATRE
	AJAYMEWADA
3	Monu Saket	Solar Air Heater	Prof. Priyanka Rajawat
	Rameshwar Dhangar
4	Sonu Lodhi	Modern Green House with integrated Solar Technology (2020)	Prof. Priyanka Rajawat
	Prerna Shakya
	Santosh Saket
5	RAJ NATH	An Overview of Hydro Power Plant (2019)	Prof. Subinoy Roy
	SATISH KASHYAP
	PRITHVI RAJ UPARALE
	DEEPAK DHURVE
6	Deepesh Jain	IOT BASED SOLAR WATER PUMP (2019)	Prof. Subinoy Roy
	Adarsh Singh
7	Ravindra Kumar	Automatic Delivery Drone (2020)	Prof.Subinoy Roy
	Nityanand patel
	Md Ashan
8	Ravi Verma	SOLAR PUMP FOR PESTICIDES IN IRRIGATION SYSTEM (May 2019)	Prof Pankaj Sharma
	Twinkle verma
	Virendra mewada
9	Amit Sharma	“LED DISPLAY BOARD WITH WIFI CONTROLLER” (Dec- 2020)	Mr.Pankaj Sharma
	Rishabh Satpute
	Suyash Sachan
10	Shivam Tripathi	CCTV surveillance (2019)	Prof Pankaj Sharma
	Abhishek kumar
	Manish Tete
11	Aman Pandre	Automatic hand and shoes sanitizer machine (Feb-2021)	Prof Pankaj Sharma
	Mayur Bhoi
	Dheeraj Malviye
12	Chandan Kumar	Solar based Home Automation (June- 2019)	Prof Ashish Singhal, And Prof. Subinoy Roy (Co- guide)
	Ravi kumar
	Sandeep Kumar
	Ram Pukar
13	Mohib Ahmad	GSM based irrigation system (2019)	Mentor: Prof. Aditya Prakash Dixit
	Raju Ahirwar
	Yugal Dhandhe		Co-guide:- Prof. Kavita Kushwah
	Vishal
14	Sourabh singh Rathore	“Working model of Power grid” (June-2019)	Mentor: Prof. Prasant Kumar
	Jitendra Yadav
	Jay Prakash Singh		Co-guide:- Prof. Pankaj Sharma
	Sameer Mondal
15	Arun kumar verma	“IR Remote Control cooler” (2019)	Shaikh Md. Anwar Muneer
	Prabhat Vishwakarma
	Rajkumar Prajapati
	Shubham Nagar		Mentor: Prof. Ashish Singhal
	Suresh Ahirwar
	Dhirendra kumar

For more projects click on the following links.

• Projects-2018
• Projects-2017
• Projects-2016

Results

S.N.	Enrollment	FirstName	Semester	SGPA	CGPA
1	0536EE161021	RAMAKANT	8	9.38	8.31
2	0536EE161024	SHIWANGI GUPTA	8	9.31	8.2
3	0536EE173D06	RISHABH SATPUTE	8	9.25	7.52
4	0536EE161002	AJAY	8	9.13	7.85
S.N.	Enrollment	FirstName	Semester	SGPA	CGPA
1	0536EE171027	RAVINDRA KUMAR	6	9.71	8.42
2	0536EE171020	NIHAL ASAWARA	6	9.67	8.44
3	0536EE171004	AMAN PANDRE	6	9.54	8.07
4	0536EE171018	MD AHSAN	6	9.25	8
5	0536EE171002	ADITYA DUBEY	6	9.08	7.75
S.N.	Enrollment	FirstName	Semester	SGPA	CGPA
1	0536EE181039	SAMVIDA GUPTA	4	9.75	8.9
2	0536EE181045	VISHAL KHAMPARIYA	4	9.58	8.77
3	0536EE181031	RAHUL SOMKUWAR	4	9.42	8.25
4	0536EE181008	ARPIT VISHWAKARMA	4	9.38	8.59
S.N.	Enrollment	FirstName	Semester	SGPA	CGPA
57	0536EE191057	RANJEET KUMAR PRAJAPATI	2	10	9
48	0536EE191047	PRIYA PARSAI	2	9.76	8.95
26	0536EE191020	DANISH	2	9.62	8.62
54	0536EE191054	RAMKUMAR	2	9.57	8.86
38	0536EE191035	MOHAN KUSHWAHA	2	9.43	8.79

For more Results click on the following links

• Academic Toppers Dec-2020
• Academic Toppers June-2020
• Academic Toppers Dec-2019
• Academic Toppers (2018-2019)
• Academic Toppers (2017-2018)

Workshops / Conference / FDP / STTP

Short Term Training Program

• SISTec Ratibad Department of Electrical Engineering Organizes Four-Days SHORT TERM TRAINING PROGRAM (STTP) on Trending Technologies for the Future
• ​​​​​One Week Short Term Training Program (STTP) Organized on "Recent Trends and Advancements in Electrical Engineering with Challenges, Opportunities & Application"
• Smart Grid Technology

Faculty Development Program

• FDP on ARM Cortex Microcontroller for Renewable Energy Source Integration
• Faculty Development Program on "LaTeX"
• Faculty Development Program (FDP) on Application of Soft Computing Techniques to Renewable Energy System 8th to 10 july 2019 Sponsored by RGPV under TEQIP-III
  1. FDP Day-I
  2. FDP Day-II
  3. FDP Day-III

Research Publication

• Khapre A, Kumar Singhal A. “Asymmetrical Source Based Cascaded CCS-MMI” IOERD 2018;vol:2,Issue:5.
• Khapre A, Kumar Singhal A. “Symmetrical Sources Based Cascaded Cross connected Sources Based MLI”IOERD 2018;vol:2,Issue:4.
• Saurabh T, Kumar Singhal A. “A review on PV fed MLC for Low Power Application” International Journal for Computer Application and Research , Vol: 6, Special Issue :2 May 2018.
• Sarankar D, Kumar Singhal A. “Designing of High Order DC-DC Convertor” , IRE,Vol:1, Issue: 9, March 2018.
• Sarankar D, Kumar Singhal A. “Mathematical Modeling of DC-DC Convertor” , IRE Journal,Vol:1, Issue: 9, March 2018.
• Ansari Amir, Kumar Singhal A. “Soft Switching Convertor” , IRE Journal,Vol:1, Issue: 10, April 2018.
• Ansari Amir, Kumar Singhal A. “Power Quality Improvement Using Closed Loop Dc-Dc Converter” , IRE Journal,Vol:1, Issue: 10, April 2018.
• Yadav A , Kumar Singhal A. “Harmonic Reduction In Nonlinear Load Using Statcom” , IRE Journal,Vol:1, Issue: 10, April 2018
• Yadav A, Kumar Singhal A. “Harmonic Reduction In Nonlinear Load Using Statcom” , IRE Journal,Vol:1, Issue: 10, April 2018.
• Singhal A, Roy S, Shrivastava G, “Economic Load Dispatch Optimization Using New Partial Swarm Technique” ICACAT-2018, IEEE Explorer.
• Kushwah K, Narvey R, Singhal A “Head Posture Analysis Using EMG Signal” in International conference on Advanced Computation and Telecommunication ICACAT-2018, IEEE Explorer.
• Kumar P, “Comparison of Performance Measures of Speed Control for a DC Motor Using Fuzzy logic Controller and Optimal LQR Controllers in International Journal of Science, Technology & Engineering (IJSTE), in Vol 4, Issue II.
• Kumar P. Soni Akhilesh “Enhancement Efficiency of PV Smart Grid Power Convertor” in International Journal for scientific Research & Development Vol,5,Issue 07.
• Kumar P, Verma V ““Load flow analysis in IEEE 14 Bus system using facts device in MATLAB” in IJSART - Volume 3 Issue.
• Kumar P, “Load Flow Analysis in IEEE 14 Bus System Using UPFC In Matlab” in IJSART - Volume 3 Issue 10 – OCTOBER 2017
• Kumar P, Sharan R, “Survey on Voltage Improvement” in IJSRD- Vol. 5, Issue 09, 2017.
• Kumar P, Sharan R, “A Power Stability Based On DSTATCOM” in IJAER-Volume 4, Issue 11, November -2017.
• Kushwah K, “EMG Analysis of Head Posture at Standing and Sitting Position’ in International Research Journal of Engineering and technology (IRJET) July 2018.
• Kushwah K, “Head Posture Analysis Using EMG Signal” in International conference on Advanced Computation and Telecommunication (ICACAT) IEEE-2018.

MOU

• On 25th May 2018, Department of EE SISTec-E Ratibad Campus has successfully signed an MoU with P.D.T.C Power Distribution Training Centre , Registered under MP society Act,1973.
• On 12th June 2019, Department of Electrical Engineering, SISTec-E Ratibad Campus has successfully signed an MoU with "MSME TECHNOLOGY CETRE, Government of India Society" City Centre Bhopal."

Certifications

NPTEL certification

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Faculty certification

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International Certification

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GATE/ESE/PSU Achievers

M.Tech Thesis

S.No.	Enrollment No	Name Student	Dissertation Title	Guide Name
1	0536EE13MT02	Ankush Khapre	IMPLEMENTATION OF ASYMMETRICAL SOURCES BASED LEVEL CASCADED CCSMLI	Prof. Ashish Singhal
2	0536EE13MT03	Ashutosh yadav	HARMONIC REDUCTION IN THREE PHASE SYSTEM USING STATCOM	Prof. Ashish Singhal
3	0536EE13MT06	Durgesh Sarankar	DESIGNING OF HIGHER ORDER DCDC CONVERTER	Prof. Ashish Singhal
4	0536EE13MT07	Grish Singh Kushwaha	MODELLING AND SIMULATION OF MULTILEVEL INVERTER BASED DYNAMIC VOLTAGE RESTORER FOR VOLTAGE SAG MITIG	Prof.Lokesh Chadokar
				Prof.Tarun Taylor
5	0536EE13MT10	Md.Amir Ansari	DESIGNING OF SOFT SWITCHING CONVERTER TO REDUCE SWITCHING LOSSES	Prof. Ashish Singhal
6	0536EE13MT13	Pankaj Kumar Sharma	ECONOMIC LOAD DISPATCH OPTIMIZATION BY USING TLBO TECHNIQUE	Prof. Ashish Singhal
				Prof. Subinoy Roy
7	0536EE13MT14	PRIYANKA PATEL	UPFC BASED POWER SYSTEM	Prof. Ashish Singhal
8	0536EE14MT01	ABDUL SAMAD ANSARI	STATE SPACE ANALYSIS OF DCDC BIDIRECTIONAL CONVERTOR	Prof. Ashish Singhal
9	0536EE14MT04	Anurag Upadhyay	TRANSIENT STABILITY ANALYSIS AND ENHANCEMENT OF INDUSTRIAL POWER SYSTEM WITH COGENERATION	Prof.Rekha Agrawal
10	0536EE14MT07	GOURAV KANT SHARMA	MULTILEVEL INVERTER BASED PV SYSTEM WITH MPPT APPLICATION	Prof. Ashish Singhal
11	0536EE14MT08	Krishna Bhatia	MICROGRID ISLANDING AND STABILITY ANALYSIS	Prof.Tarun Taylor
12	0536EE14MT09	KUMAR SAURABH	DESIGN AND ANALYSIS OF FOURTH ORDER NONISOLATED BOOST CONVERTER WITH HIGH VOLTAGE GAIN	Prof. Ashish Singhal
13	0536EE14MT12	Preeta Singh	A NOVEL CONTROL STRATEGY FOR A PVGRID SYSTEM TO ENHANCE REACTIVE POWER CAPACITY	Prof.Tarun Taylor
				Prof.Lokesh Chadokar
14	0536EE14MT13	Priyanka Sanodiya	DESIGN AND ANALYSIS OF ARTIFICIAL NEURAL NETWORK BASED LOAD SHEDDING TECHNIQUE FOR INDUSTRIAL POWER SYSTEM	Prof.Rekha Agrawal
15	0536EE14MT14	Sudhir Pandey	Synthesis and Analysis of Diodeclamped and Hybrid Multilevel Inverters	Prof.Rekha Agrawal
				Prof. Sourabh Sharma
16	0536EE14MT15	Tushar Saurabh	COMPREHENSIVELY ANALYSIS OF CHB AND NPC TOPOLOGIES	Prof. Ashish Singhal
				Prof.Prashant Kumar
17	0536EE16MT09	MEGHA KHARKHATE	DFIG BASED WIND POWER GENERATOR SYSTEM	Prof. Ashish Singhal
18	0536EE15MT04	GEETIKA SRIVASTAVA	NEW PSO USED FOR OPTIMIZATION OF OBJECTIVE OF ECONOMIC LOAD DISPATCH	Prof.Subinoy Roy
19	0536EE15MT08	Manoj Yadav	MODELLING AND SIMULATION WITH STABILITY ANALYSIS OF INDUSTRIAL CO-GENERATION SYSTEM	Prof.Pankaj Sharma
20	0536EE17MT10	Priya Dwivedi	MAXIMUM POWER EXTRACTION TECHNIQUE FOR SOLAR & WIND RENEWABLE ENERGY SYSTEM	Prof.Ashish Singhal
21	0536EE18MT11	Sandip Bhoir	EFFECTS OF IEC & IEEE SHORT CIRCUIT CALCULATION METHODS ON ARC FLASH INCIDENT ENERGY	Prof.Ashish Singhal
22	0536EE14MT11	Mishra Anurag Jaiprakash	ECONOMIC LOAD DISPATCH THROUGH IGWO	Prof.Ashish Singhal
23	0536EE15MT01	AMIT VISHWAKARMA	REACTIVE POWER COMPENSATION OF GRID TIED WIND FARM	Prof.Prasant Kumar
24	0536EE15MT02	Anshu Sharma	DESIGN& EVALUATION OF 3 LEVEL 3 PHASE INVERTER USING MODIFIED SPWM MODULATION & FILTERING	Prof.Dipankar Pramanick
25	0536EE15MT13	Shashank Gupta	MODELLING & DESIGNING OF TWO I/P HIGH ORDER BOOST-SEPIC DC-DC CONVERTER	Prof.Ashish Singhal

IIC-SISTec-E

• Institutional Innovation Council (IIC) at Sagar Institute of Science Technology and Research Bhopal organized online orientation session on “National Innovation and Startup Policy” on 25th January 2021.
• Institutional Innovation Council (IIC) at Sagar Institute of Science Technology and Research Bhopal organized online session “Entrepreneurship and Innovation as Career Opportunity”. on 15th December 2020
• CodeAThon-Report
• Institutional Innovation Council (IIC) at Sagar Institute of Science Technology and Engineering Bhopal organized a session on December 22, 2020, titled ‘My Story- Motivational Session by Successful Entrepreneur/Startup
• Institutional Innovation Council (IIC) at Sagar Institute of Science Technology and Engineering Bhopal organized online session on “Identifying Intellectual Property Component at the early stage of Innovation” on 12th December 2020.

Project Reward & Recognition

National Level Project Award

Electrical Department@ SISTec- Ratibad won 2nd position at “ANVESHAN-2020”- National Student Research Convention Innovative Model Competition


Electrical Department@ SISTec- Ratibad won 2nd prize at SRIJAN- 2019- STATE LEVEL INNOVATIVE MODEL COMPETITION.

State Level Project Award

Electrical Department @ SISTec-E Ratibad, Four project has been selected for AICTE “CHHATRA VISHWAKARMA AWARD”. Team Name: “DRONA THE CARRIER” Team Members: Mentor:Subinoy Roy (Assistant Professor,EE,SISTec-E) 1. Nityanand Patel (Team Lead,4th Year) 2. Md.Ahsan (4th Year) 3. Rahul Somkuwar (3rd Year) 4. Raman Baghel (3rd Year) PURPOSE: India is badly affected by COVID-19 and we have lost many lives due to this pandemic. As we know that one can get the infection by being in close contact with COVID-19 patients. So, the issue is to collect COVID-19 samples and deliver the same for laboratory diagnostics propose in very less time and also avoid the virus spreading. This concept will be helpful in an untouched rural area where there is a lack of connectivity as well as in an urban area where traffic is the main problem for a delay during a medical emergency.

PROJECT NAME: SMART WOMEN SAFETY TORCH Team Name: “Rashak” Mentor Name: Miss. Kavita Kushwah Team Member: 1. Miss. Akansha Patel 2. Mr. Akash Bhalavi 3. Miss. Menu Kumari 4. Mr. Vijay Prajapati Purpose: India which considers itself to be a promising super force and a financial center point, is as yet caught in the grip of different male-centric shades of malice like Acid Attacks, Sexual Harassment, Domestic Violence, Cruelty/Dowry demand, Kidnapping, most exceedingly terrible among everything is rape. According to the report of NCRB (National Crime Record Bureau) around 7.3% of crimes against women have increased in 2019 as compared to 2018. There are many apps, safety devices, and helplines for women's safety but there is no one device solution so a multi-function system is developed which is the integration of multiple security functions.

AUTOMATIC HAND AND SHOES SANITIZER MACHINE” Team Name: “Solemate” Team mentor: - Prof. Pankaj sharma Team members:- • Aman Pandre • Mayur Bhoi • Danish Raen • Haseeb Uddin PURPOSE: - Corona Virus (COVID-19) is wreaking havoc in the world. Almost every country is suffering from the Corona Virus. WHO has already announced it a Pandemic disease and many cities are under lockdown situations and changed our lifestyle. An automatic hand and shoe sanitizer dispensing machine is an automated, non-contact, alcohol-based hand and shoe sanitizer dispenser, which finds its use in hospitals, workplaces, offices, schools, and much more. Repeatedly touching the hand and shoe sanitizer containers to get a drop of sanitizer again initiates contact with persons, which may be risky.

TEAM NAME: “SUCCOUR” Team Mentor:- Prof. Priyanka Rajawat Team Members: – 1. Ramkumar Sahu (Team Head) 2. Prerna Shakya 3. Sonu Lodhi 4. Gajraj Ahirwar Purpose:- In India, we import many fruits, vegetables & flowers from other countries & pay a very good amount. If we grow such vegetables & fruits in our country using modern techniques like Solar technology, we can earn more & also increase the size of the market. For this, Modern Greenhouse farming is a new idea of giving favorable environmental conditions to grow crops & also use to create a protected & controlled environment to grow crops by growing them under a structure covered with a transparent material.

Chhatra Vishwakarma Award

Placements

100 % PLACEMENT IN ELECTRICAL ENGINEERING DEPARTMENT (2017-21)

PLACEMENT IN ELECTRICAL ENGINEERING DEPARTMENT (2016-20)

PLACEMENT IN ELECTRICAL ENGINEERING DEPARTMENT (2015-19)

Subject Name	Subject Code	Unit No.	Topic Name	Pdf Link (Google Drive Link)	Video Lecture Link
Electrical Machine	EE-402	Unit-3	Workingprinciple,construction,comparisonofslipring and squirrelcagemotors, steadystateanalysis,phasor diagram	https://drive.google.com/file/d/17VKI0hCv6xhu2T26oFGOCVAgHQ0qBL9U/view?usp=sharing	https://www.youtube.com/watch?v=6T_IamN7PwY&t=762s
			equivalentcircuit,power flowdiagram		https://www.youtube.com/watch?v=EuM7Mq31WoM&t=5s
			Torque-speed and power-speed characteristics, Losses and efficiency		https://www.youtube.com/watch?v=r0QUbiyKXd8&t=754s
			GATE Based Numerical		https://www.youtube.com/watch?v=Idy00mbrx7E&t=25s
			NO-Load Test		https://www.youtube.com/watch?v=0UAw2lXKAjc&t=32s
			Blocked Rotor Test		https://www.youtube.com/watch?v=55haJmnlzsI&t=11s
			Circle Diagram Part 1		https://www.youtube.com/watch?v=pCoUh1et048&t=542s
			Circle Diagram Part 2		https://www.youtube.com/watch?v=rXzI2O7tNSY&t=30s
		Unit-4		https://drive.google.com/file/d/17VKI0hCv6xhu2T26oFGOCVAgHQ0qBL9U/view?usp=sharing
		Unit-5		https://drive.google.com/file/d/17VKI0hCv6xhu2T26oFGOCVAgHQ0qBL9U/view?usp=sharing
Digital Electronics & Logic Design (DELD)	EE-403	Unit - 3	Introduction of Sequential Circuits, SR latch and it's working operation and truth table, SR Latch using NAND Gate, Gated SR Latch and Clocked SR Latch with its truth table and working operation.	https://drive.google.com/file/d/1kceTXzOzmeJkf65-gDIVOmLqy1m3BV5k/view?usp=sharing	https://youtu.be/AC_Bz2A43CM
			The gated D Latch with its truth table and working operation, Clocked D Flip-Flop with its truth table and working operation, JK Flip-Flop and T Flip-Flop.	https://drive.google.com/file/d/1QqvkMaZHkuU6mG4RrHP-m04SRuT-Hj_z/view?usp=sharing	https://youtu.be/KUwoND9uGhU
			Master Slave JK Flip-Flop with its truth table and working operation, Characteristic Equation of SR, D, JK and T Flip-Flop.	https://drive.google.com/file/d/1QqvkMaZHkuU6mG4RrHP-m04SRuT-Hj_z/view?usp=sharing	https://youtu.be/G3_L-PeiWPk
			Excitation Table of SR, D, JK and T Flip-Flop and Applications of SR Flip-Flop	https://drive.google.com/file/d/1QqvkMaZHkuU6mG4RrHP-m04SRuT-Hj_z/view?usp=sharing	https://youtu.be/C1f1ZMMtcQk
			Practice Question and Answers.	https://drive.google.com/file/d/1kceTXzOzmeJkf65-gDIVOmLqy1m3BV5k/view?usp=sharing	https://youtu.be/cnv6E1_zQac
			Analysis of Sequential Circuit using State Table and State Diagram,  and some questions	https://drive.google.com/file/d/1QqvkMaZHkuU6mG4RrHP-m04SRuT-Hj_z/view?usp=sharing	https://youtu.be/QX6np5LVz5w
		Unit - 4	Registers : Introduction , Classification of registers, applications and buffer Register	https://drive.google.com/file/d/10aazmCe5yruA6A2x3mdpXSzkuUnHA_4u/view?usp=sharing	https://youtu.be/9PcUAMfIHBA
			Serial input-Serial output (SISO), Working operation and waveform of SISO,  Applications of SISO,  Serial in-Parallel Out (SIPO)	https://drive.google.com/file/d/1mMzaT5NuuYkw8ajbuqqdvT0iL_9gM_7x/view?usp=sharing	https://youtu.be/FuhUr8indBQ
				https://drive.google.com/file/d/1QqvkMaZHkuU6mG4RrHP-m04SRuT-Hj_z/view?usp=sharing
		Unit 5		https://drive.google.com/file/d/1QqvkMaZHkuU6mG4RrHP-m04SRuT-Hj_z/view?usp=sharing
Power System-I	EE-404	Unit-2	Inductance of Transmission Line	https://drive.google.com/file/d/1CnQmzKj4zijCM3B1QT-Frqh63Z2mT3zw/view?usp=sharing	https://youtu.be/LYqkZ92PzFg
			Inductance of Transmission Line(Contd)	https://drive.google.com/file/d/13icfCbPanf5ZMxygkv3G_qmvLnKcK35l/view?usp=sharing	https://youtu.be/0_Sq1sqLVq8
			GMR & GMD Concept in Power System	https://drive.google.com/file/d/1sankFRbmwiypXHA766tcp1NjaKVLswrh/view?usp=sharing	https://youtu.be/1524vh6wX44
			Composite & Bundled conductor	https://drive.google.com/file/d/1RefsyQctfRwaxDtWMzgQfgRrfRZ9Pt19/view?usp=sharing	https://youtu.be/EkSAc8iCIpY
			UNIT- 2 Complete hand written notes	https://drive.google.com/file/d/1rWGr6ZC6c5tTviwarsZ-nNODCij03Yb6/view?usp=sharing	NA
			Proximity Effect &Corona Effect	https://drive.google.com/open?id=1ke3QVt4M2lRt-y6_tRxKBy7HTH3PzOOJ	https://youtu.be/brU01xbSjyQ
			Electric Potential	https://drive.google.com/open?id=1mu215jpiuoOGWh1llLJTvB647OR09qxU
			Capacitance of Transmission line	https://drive.google.com/open?id=1JvWJGn2SXxn_0pX3rNtgirYx0E5041Bg
			Underground Cables & Insulation resistance	https://drive.google.com/file/d/1PqYD_d50QhRz2IqJyCgBzdf1QO-KX-PO/view?usp=sharing
		Unit-4	UNIT- 4 Complete hand written notes	https://drive.google.com/file/d/1rWGr6ZC6c5tTviwarsZ-nNODCij03Yb6/view?usp=sharing	NA
Control System	EE-405	Unit - 3	Topic-1: Routh Hurwitz Criterion: Concept of routh hurwitz criterion, Formation of Routh table, Special cases in routh table, Stability from RH criterion	https://drive.google.com/open?id=1sJPY_7TiDY8UgP5YPVZbtq1gvCV6fEbZ	https://www.youtube.com/watch?v=SBesTuI4or8&list=PLOYnZkgYpB1idiIRtRV80DvNg7KAvUxQt&index=3&t=64s
			Topic-2: Root Locus Techniques: Bacis concept of root locus, Need of root locus, Rules to sketch root locii, Steps of root locus plot, Stability from root locus and Some important numericals	https://drive.google.com/open?id=1raT1OTk5CVWbZ7RThSy8MJ5gRRWLwd0x	https://www.youtube.com/watch?v=16Hgv9UVbUs&list=PLOYnZkgYpB1idiIRtRV80DvNg7KAvUxQt&index=5&t=203s
					https://www.youtube.com/watch?v=ItjkvTY_Wz0&list=PLOYnZkgYpB1idiIRtRV80DvNg7KAvUxQt&index=3
					https://www.youtube.com/watch?v=gqgSIQz_MKg&list=PLOYnZkgYpB1idiIRtRV80DvNg7KAvUxQt&index=5
			Topic-3: Effect of addition of poles and zeros on root locii: Effect of Adding poles on root locii and Effect of Adding zerosin tansfer function on root locii,	https://drive.google.com/file/d/1QAtFJxIU5kIDxgRhcoHB132dx34s0vN9/view?usp=sharing	https://www.youtube.com/watch?v=lDHEVcbT0a0&list=PLOYnZkgYpB1idiIRtRV80DvNg7KAvUxQt&index=1
		Unit - 4	Topic-1: Frequency response Analysis	https://drive.google.com/file/d/1lPb-75m86obs61yJHncjHCJYAzDJqtvl/view?usp=sharing	https://www.youtube.com/watch?v=0BDXAZHUxPk
			Topic-2: Polar Plot	https://drive.google.com/file/d/1mi6lZ3GjZiH3__rFcPVLhcwXeywbS4vU/view?usp=sharing
			Topic-3: Nyquist Stability Criterion	https://drive.google.com/open?id=1HYVgKB8cs2coUgyPRIUDIuyoRC-PS5Lv
			Topic-4: Stability Analysis using Nyquist plot	https://drive.google.com/open?id=1o6yAR7A2QXPMPHCC8d-KRA6EUZZLt-LT
			Topic-5: Important Numerical on Nyquist Plot with GM and PM	https://drive.google.com/open?id=1jBw4WKigMDp3r5OB6fPU-TKfqvrakbIE
			Topic-6: Bode Plot & Stability Analysis	https://drive.google.com/open?id=197__O6OUy6YNzq25qEJsxujOFVYmg_kK
			Topic-7: Numerical on Bode Plot	https://drive.google.com/open?id=1jA5udP_4e3yRAF-_hcfrN-LWptiVWPTU
		Unit-5	Topic: Design problem, types of compensation techniques, design of phase-lag, phase lead and phase lead-lag compensators in time and frequency domain, proportional, derivative, integral and PID compensation.State space representation of systems, block diagram for state equation, transfer function decomposition,solution of state equation, transfer matrix, relationship between state equation and transfer function, controllability and observability.	https://drive.google.com/open?id=1Ge5phNk55uVkSKXIh38V6V0yiRrnwbaH
			Topic: State Space Analysis	https://drive.google.com/open?id=1JPK0ywT0yVjKrGbt0yby7UrMc2HXuVnK
			Topic: Numericals on State Space with Controllability and observability	https://drive.google.com/open?id=1K8jUJpg65L1CYVTmGtrTaozXFevnS8qS

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