About Course

Electrical Engineering Department is established in year 2013 with the intake of 60 seats. The Department is keen to develop environment of study in Power Quality, Renewable Energy Sources, Smart Grids, Power System Operation and Control, Power System Dynamics and Stability, Flexible A. C. Transmission Systems (FACTS) , Electrical Drives and Hybrid Electric Vehicles.To cater the needs of experimentation the department has well-equipped laboratories in the area of Electrical Machines, Control Systems, Microprocessors and Instrumentation & Measurements.The department also owes to take-up the challenges of providing efficient Electrical Systems and Energy Sources. The students are motivated for technical and creative activities besides classroom teaching and Laboratory exercises. They are also encouraged to participate in various group learning and discussion activities in addition to presentation of seminar and group discussion presentations on individual basis. Emphasis is laid on computer based assignments through modeling and simulation of various Electrical Systems in well-equipped laboratories.

There is a Siemens Automation Lab in Electrical Engineering department.Department is a pioneer department for providing Industrial Automation Training in PLC (Programmable Logic Controller), SCADA (Supervisory Control and Data Acquisition), Motor’s, Drives

Program highlights

1. Highly Qualified and experienced faculties having qualification from reputed institutes of India like IITs, NITs, DTU, BITs, etc.
2. Highly equipped and advanced labs facilities with skill enhancement centre.
3. Skill enhancement trainings for students as well as faculties also.
4. For enhancement and updating  the knowledge of students, half Yearly Publication of Technical E-Magazine Electrospark
5. Mentor-Mentees system to provide helps and support to the students to solve their all types of problems so that student can study in a healthy atmosphere. 
6. Special classes for the preparation of government sectors and GATE exam.
7. Special classes of PDP, Aptitude, Co-Cube, AMCAT and Coding to enhance the employability skills of the students.
8. Placement assistance for private as well as government sectors.
9. Regular Industrial visits, Guest Lectures and Interaction with Alumni to bridge the gap between Industry and academia.
10. Overall grooming of students to provide them encouragement, direction and opportunities for participation in different clubs, Societies, Co/Extra-curricular activities.
11. Orientation session of students for career guidance.

NBA Accreditation

Department Brochure

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Vision

To become a well-recognized department in country for electrical engineering where technical knowledge, skills & values are integrated for the development of society & industry.

Mission

• To provide academic excellence in technical education & ethical values through novel teaching methods.
• To develop an environment which enrich the innovative ideas of students as well as faculty members.
• To impart skill-based trainings that fulfills the gap between industry and academia.

Mr. Avinash Kumar ,
Head of the Department
Department of Electrical Engineering has been playing a vital role in producing technologists of highest caliber ever since it was established. The department offers Core program in Electrical Engineering at its undergraduate level. Besides the classroom teaching, Guest Lecture, Innovation work is also given specific attention and focus by the Department. Students are always encouraged to write his/her project work in the form of review papers which help during the interview in Corporate as well as in Government Sector. The department is also running Value added Course as Siemens, PLC, SCADA and Human Machine Interface (HMI) on various specialized topics who relate the course with present Industry scenario.

Program Educational Objectives

Programme educational objectives are broad statements that describe the career and professional accomplishments that the programme is preparing graduates to achieve within 4 years after graduation.

After graduation from the MIET in Electrical Engineering program, graduates will:

Program Outcomes (POs)

Program Specific Outcomes (PSOs)

EE- 2nd Year Subjects and Labs Course Outcome

BASIC ELECTRONICS (KOE-038)

1. Understand the basics concept of semiconductor devices and operational amflifiers.
2. Understand the construction and working of electronic measurement devices
3. Apply the concept of semiconductor diodes and BJT in various applications.
4. Analyze the I-V characteristics of semiconductor devices.
5. Analyze the applications of Operational Amplifier.

TECHNICAL COMMUNICATION (KAS-301)

1. Understand the nature and the objective of technical communication relevant for work place as engineers.
2. utilize the technical writing for the purpose of technical communication and its exposure in various dimensions
3. imbibe inputs by presentation skills to enhance confidence to face diverse audiences
4. create the vast know how of the applications of learning to promote their technical competence
5. enable them to evaluate their efficiency as fluent communicators by learning voice dynamics.

Electromagnetic Field Theory (KEE-301)

1. To understand basic concepts of vector calculus,Co-ordinate system and related transformations.
2. To understand the concepts, laws and terminologies related to Electromagnetics.
3. To understand the concepts of EM wave propogation in different mediums transmission lines and related terminologies.
4. To apply the concepts of vector calculus, Co-ordinate system and related transformations for solving different problems.
5. To apply various laws and concepts of Electromagnetics for finding different parameters under different conditions and mediums.
6. To apply the concepts of EM wave propogation in solving problems related to EM wave transmission.

Electrical Measurements & Instrumentation (KEE-302)

1. Understand the various concepts and methods used in measurement and related terminologies.
2. Demonstrate the working of instrument transformers as well as calculate the errors.
3. Apply the knowledge of sensors and transducers for the measurement of physical quantities
4. Analyze the methods of measurement of electrical quantities with the help of different types of bridges.

BASIC SIGNALS & SYSTEMS (KEE-303)

1. Understand the concept and behavior of continuous time and discrete time signals and Systems.
2. Understand the concept of various transform techniques and modelling of systems.
3. Apply various transformation tools to solve various problems.
4. Analyze the concept of state-space models for SISO & MIMO system.

Analog Electronics Lab (KEE351)

1. Demonstrate the working and characteristics of semiconductor and power electronics devices.
2. Demonstrate the applications of op-amp IC-741.
3. Analyze the performance of diodes and transistors in various applications.
4. Acquire skills to simulate the converter circuits by using Software (MATLAB/Simulink) tool.

Electrical MeasurementS & iNSTRUMENTATION Lab (KEE352)

1. Demonstrate the calibration of AC voltmeter and ammeter.
2. Demonstrate the working of instruments to measure various electrical quantities.
3. Demonstrate the construction and working of different AC and DC bridges, along with their applications.
4. Simulate different transducers to measure temperature.

ELECTRICAL WORKSHOP LAB (KEE353)

1. Understand the basics of electrical equipments, their connection and wiring.
2. Demonstrate the layout of available substation equipments and familiarize the supply system and earthing system.
3. Apply the skills for various types of electrical wirings/connection.
4. Apply skills and develop small circuits on PCB.

MINI PROJECT & INTERNSHIP ASSESMENT (KEE354)

1. relate with hands-on experience on basic Electrical & Electronics elements like resistors, capacitors, diodes, ICs, PCBs etc.
2. examine fundamentals, design, and analysis of real-world problems.
3. verify and analyze engineering and societal problem based on their theoretical and practical knowledge

Phython Programming (KNC-302)

1. To Understand the concepts of python programming.
2. To Understand the use of python data structures
3. To apply file handling techniques, Modules, Exception Handling and concepts of OOPS
4. To analyze searching, sorting, merging, Sieve of Eratosthenes algorithms.
5. To design the programs using the functions,higher-order functions and recursions

Maths-IV (KAS-402)

1. Understand the concept of correlation, moments, skewness and kurtosis and curve fitting .
2. Apply the concept of hypothesis testing and statistical qualitycontrol to create control charts.
3. Applying the concept of probability to evaluate probability distributions.
4. Applying the concept of partial differential equations and to solve partial differential equations.
5. Applying the concept of partial differential equations to evaluate the problems concerned with partial differential equations.

Universal human values (KVE-401)

1. Understand about the need of value education and harmony in self, family, society and nature.
2. Understanding of value education to ensure harmony at all the four levels of living.
3. Analyze about self, feelings in relationship, society and relevance of nature.
4. Evaluate their participation at all the four levels of living.
5. Improve their emotional, social and professional competence.

Digital Electronics (KEE-401)

1. Understand the basic concepts of digital electronics.
2. Apply the concepts of digital electronics in solving logic based problems.
3. Analyze digital logic systems and their design.
4. Design combinational and sequential digital logic systems for different applications.
5. Design converters,sequences and logic function generators.

Electrical Machines-I (KEE-402)

1. Understand the constructional details and principle of operation of DC machines, transformers and special electrical motor.
2. Understand the various principles & concepts involved in Electromechanical Energy conversion.
3. Demonstrate various connections of three phase transformers.
4. Analyze the performance and characteristics of DC Machine as motor and as well as generator.
5. Analyze the performance of transformers, individually and in parallel operation.

Network analysis and Synthesis (KEE-403)

1. Understand the behavior of different circuits and their response using various circuit analysis tools and theorems
2. Understand the basics of network synthesis and filters also the concept of complex frequencies and poles zeros
3. Apply the knowledge of basic electrical laws to solve electric circuits using different approach.
4. Analyze steady-state responses and transient response of DC and AC circuits using classical and Laplace transform methods.
5. Synthesize one port networks using different methods.
6. Examine different types of filters.

Circuit Simulation Lab (KEE-451)

1. Understand the MATLAB coding and SIMULINK in Power Electronics.
2. Understand advanced MATLAB tools like neural, fuzzy logic and genetic algorithm.
3. Apply the concepts & approaches behind analysis of power electronics circuits using MATLAB.
4. Design solutions to the problems relevant to power electronics converters MATLAB.

Electrical Machines-I Lab (KEE-452)

1. Demonstrate procedures to perform electromagnetic and electromechanical tests on electrical machines
2. Determine the magnetization, Load and speed-torque characteristics of electrical machines (using MATLAB software also)
3. Analyze and conduct basic tests on Transformers.

Digital Electronics Lab (KEE-453)

1. To understand various digital Ics and their datasheet.
2. To implement Boolean functions using logic gates on bread board.
3. To implement various combinational circuits on bread board using different logic Ics.
4. To verify truth tables of various flip flops using NOR & NAND gates.
5. To design the 4-bit synchronous counter & asynchronous counter.
6. To implement mini project using Digital Ics and other components.

Computer system security (KNC-401)

1. discover software bugs that pose cyber security threats and to explain how to fix the bugs to mitigate such threatS
2. discover cyber attack scenarios to web browsers and web servers and to explain how to mitigate such threatS.
3. discover and explain mobile software bugs posing cyber security threats, explain and recreate exploits, and to explain mitigation techniques
4. articulate the urgent need for cyber security in critical computer systems, networks, and world wide web, and to explain various threat scenarios
5. articulate the well known cyber attack incidents, explain the attack scenarios, and explain mitigation techniques.

EE - 3rd Year Subjects and Labs Course Outcome

Manegerial Economics RAS-501

1.  Remember the concepts of managerial economics and also able to understand  the law of demand  & their elasticities , evaluate & analyse these concepts and apply them in various changing situations in industry .
2. Understand the law of  supply & their elasticities , evaluate & analyse these concepts and apply them in various changing situations in industry . Students would be able to apply various techniques to forecast demand for better utilization of resources. and short run to analyze overall costs for better utilization of resources.
3. Understand the Various cost concept and how the cost output relationship changes in short run and long run and able to understand the production concept and how the production output changes with the change in inputs and able to analyse the effect of cost to business and their relation to analyze the volatility in  the business world.
4.  Understand & evaluate the different market structure and their different equilibriums for industry as well as for consumers for the survival in the industry by the application of various pricing strategies.
5. Analyse the macroeconomic concepts & their relation to micro economic concept & how they affect the business & economy.

Cyber Security RUC 501

1. Understand the concepts of information system and cyber security.
2. Understand different security threats.
3. Understand the requirements for developing secure Information systems.
4. Understand the information security policies and standards .
5. Apply different Cryptographic techniques.

Electrical Machines-II (REE-501)

1. Understand the constructional details and starting of AC Machines and their application areas.
2. Apply the concepts of various phenomenon associated with AC Machines.
3. Examine the concepts of controlling the performance of AC Machines.
4. Analyze the performance of AC Machines by various methods

Power Transmission & Distribution (REE-502)

1. Understand the basics of power system and related issues.
2. Apply the concepts of power system to find the various transmission line constants.
3. Analyze the performance of overhead transmission lines and underground cables for power transmission.
4. Analyze mechanical and electrical design aspects of transmission system.

CONTROL SYSTEM (REE-503)

1. Understand the basic concepts of control system.
2. Apply mathematical models to calculate the transfer functions of a system.
3. Apply various concepts to find the time response of systems, steady state errors and dynamic error constants.
4. Apply skills to find the stability using modern techniques for transfer function .
5. Analyze the system using compensation techniques.
6. Analyze the time response and stability conditions of first order and second order systems with their error constants.

POWER SYSTEM OPTIMIZATION (REE-051)

1. After completion of this lab student will be able to
2. Uuderstand the basics of optimization techiniques and genetic algorithim for power system.
3. Apply different optimization techniques to solve power system problems.
4. Apply optimization using genetic algorithim for power system problem.

FUNDAMENTAL OF DIGITAL SIGNAL PROCESSING (REE-053)

1. Understand the concept of different types of signals and its conversion
2. Understand the concept of decimation and interpolation with its application
3. Analyze the different parameters of DFTs, FFTs, DCTs and LTI system
4. Analyze the various Filter Design Techniques and their utilities.
5. Analyze the types of window technique and its conversion

ELECTRICAL MACHINES-II LAB (REE-551)

1. Understand the constructional details and starting of AC Machines
2. Demonstrate the controlling of AC Machines.
3. Apply the concepts for testing of AC Machines.
4. Analyze the performance of AC Machines by various methods (hardware and software)

Control Systems Lab (REE-553)

1. Apply the concepts of stability in time and frequency response with various techniques along with P, PI, PID controllers.
2. Apply knowledge to find the time response of first and second order systems, steady state errors and dynamic error constants.
3. Evaluate system performance using software tools(MATLAB).
4. Study position control and behaviour of the system.
5. Demonstrate the performance of servo voltage stabilizer at various loads.

S/W BASED PS LAB REE-554

1. Understand the concepts & approaches behind analysis of power system network using software tools.
2. Develop proper mathematical models and relevant code for analysis of power system problems in MATLAB.
3. Analyze the MATLAB results and correlating them with the practical power sytem.

Seminar-I REE 555

1. Develop Presentation Skill.
2. Develop Communication Skill.
3. Understands Argumentative skill and critical thinking.

INDUSTRIAL MANAGEMENT RAS601

Sociology RAS 602

1. Understand nature scope & importance of Industrial Sociology
2. Understand grievance procedure & comprehend the code of discipline & standing orders.
3. To comprehend visualizing the future through models of industrialization
4. Analyze the causes,consequences,obstacles & limitations of industrialization.

POWER ELECTRONICS REE-601

1. Understand the basic concepts of various power semiconductor devices.
2. Understand the commutation, gate-triggering and protection techniques for thyristors.
3. Understand the basic operation, design of power electronic converters and their control strategies.
4. Apply the concept of power electronic converters to perform AC/DC, DC/DC, AC/AC and DC/AC conversions.
5. Compare the characteristics of power semiconductor devices to select an appropriate device by assessing the requirements of applicati
6. Analyze the performance of power electronic converters with various types of loads.

Microprocessor REE-602

1. Relate concepts of digital electronics with Microprocessor.
2. Understand the basics of microprocessors, their instruction sets and different peripheral devices.
3. Understand about structure of programs.
4. Understand the concept of Timer, Interrupt, I/O Port interfacing with 8085 AND 8086 Microprocessor.
5. Apply the basic concepts of assembly language programming to write a program for a given problem.

Power Systems Analysis REE603

1. Understand basics of power system, its transient behaviour and different fault conditions.
2. Understand concepts of stability and travelling waves.
3. Apply the concepts of symmetrical components, stability, load flows and travelling waves in power system analysis.
4. Analyze symmetrical components in unbalanced power system.
5. Analyze factors affecting stability of the transmission line and methods of improvement.
6. Analyze the load flow solution using different methods

High Voltage Engineering REE-063

1. Understand the basic concepts of breakdown in gases,liquids and solid dielectrics.
2. Understand the basics of generation and measurement of high voltages and currents.
3. Understand the testing of various high voltage equipments.
4. Apply the concepts used for the measurement and testing of high voltages and currents.

SPECIAL ELECTRIC MACHINES REE-064

1. Understand the basic concepts of different types of induction motors.
2. Understand the basic concepts of different types of special motors.
3. Analyze the characteristics and parameters of different types of induction motors.
4. Analyze the characteristics and parameters of different types of special motors.

POWER ELECTRONICS Lab REE661

1. Analyze the characteristics and triggering of power electronic devices.
2. Acquire skills to simulate the power converter circuits by using Software tools.
3. Analyze the operation of power controlled converter circuits with various types of load.

Microprocessor Lab REE662

1. Demonstrate the basics of digital computer and Hardware setups of 8085.
2. Apply programming skills to perform different arithmetic & logical operations in assembly language of 8- bit
3. Apply programming skill to interface ICs with 8-bit microprocessor.

ELECTRICAL DESIGN & FABRICATION Lab REE664

1. Understand working of various components used in electrical circuits.
2. Apply the knowledge gained for the functioning of small electrical components and circuits.
3. Analyze the various characteristics of electrical components and circuits.
4. Assemble & Design small electrical components and circuits.

Seminar-II REE 655

1. Develop Presentation Skill.
2. Develop Communication Skill.
3. Understands Argumentative skill and critical thinking.

EE- 4th Year Subjects and Labs Course Outcome

CLOUD COMPUTING ROE-073

1. Understand the main concepts, definition ,key technologies, advantages and limitations of cloud computing.
2. Understand the technologies that help in the development of cloud like virtualization, Web services etc.
3. Analyze the architecture of cloud to build the ability to use services of storage and compute.
4. Explain the core issues of cloud computing such as resource management and security.
5. Implement various solutions on cloud with the various emerging technologies

UTILIZATION OF ELECTRICAL ENERGY AND TRACTION (REE-071)

1. Understand the basic concept of electric heating, welding, traction and electrolysis.
2. Understand the basic concept of illumination and lighting systems
3. Understand the basics of air-conditioning and refrigeration.
4. Apply the principles of power electronic control of drives in electric traction.

INTRODUCTION TO SMART GRID (REE-072)

1. Understand the basics of smart grid and its elements.
2. Understand the power quality issues and conditioners for smart grids.
3. Understand the basics of microgrids and distributed renewable energy sources.
4. Understand about the integration of renewable energy sources and power quality standards.
5. Analyze the performance of smart grid elements and technologies.

ENERGY EFFICIENCY & CONSERVATION (REE-076)

1. Understand the basic ideas of energy conservation in different sectors.
2. Understand the Energy audit procedure in different systems
3. Understand the plan and implement procedure of Demand Side Management.
4. Understand the voltage and reactive power requirement including power factor correction in distribution system
5. Apply the use of energy efficient appliances for energy conservation.

ELECTRIC DRIVES (REE-701)

1. Understand the basics of electric drives and their operation.
2. Apply the concept of electric drive to study the dyamics of drives and their operation.
3. Apply the concept of power electronics to control the electric drives.
4. Distinguish suitable motor rating for operation of drive.

POWER SYSTEM PROTECTION (REE-702)

1. Understand the concepts and components of protection system & different protection schemes.
2. Apply the basic concepts of protective schemes to calculate the various parameters.
3. Apply the concept of arc formation and extinction.
4. Analyze the characteristics and applications of various relays and circuit breakers.

INDUSTRIAL AUTOMATION AND PLC LAB (REE-751)

1. Course Outcome (COs)
2. After completion of this lab student will be able to
3. Understand the requirement, configuration and hardware connection and working of PLC and DCS.
4. Understand the basic tools of Ladder Programming for Automation Problems
5. Understand the working of different function block in DCS.
6. Identify, formulate and solve the complex automation problems using PLC and DCS

POWER SYSTEM LAB (REE-752)

1. Determine the negative and zero sequence reactance of an alternator
2. Uderstand the operation of different types of relay.
3. Work on transmission line for finding fault in cable through cable fault locator.
4. Explain the operation of oil testing in transformer

INDUSTRIAL TRAINING REE-753

1. Generate a report based on the experiences and projects carried out with the ability to apply knowledge of Mathematics, Science, and Engineering
2. Demonstrate competency in relevant engineering fields through problem identification, formulation and solution.
3. Effectively implement skills in communication, in writing and using multimedia tools.
4. Develop the ability to work as an individual and in group with the capacity to be a leader or manager as well as an effective team member.
5. Master the professional and ethical responsibilities of an engineer.

Project-1 REE-754

1. Identify a problem of current relevance to electrical engineering, allied/multidisciplinary areas and society.
2. Formulate, analyze and solve the problem by using engineering knowledge and modern tools.
3. Apply ethical principles and commit to professional ethics.
4. Work in a group and develop a system that can be helpful in social welfare and enviornment.
5. Acquire skills of technical presentation and writing of a project report.
6. Develop confidence, engineering and managerial skills to take up a project, research or socialactivity.

RENEWABLE ENERGY RESOURCES ROE-

1. Understand the different non conventional sources and the power generation techniques to generate electrical energy
2. understanding of various possible mechanisms about renewable energy projects
3. understand other direct energy conversion systems like magneto hydrodynamics, thermoelectric and fuel cells.
4. Apply engineering techniques to build solar, wind, tidal, geothermal, biofuel, fuel cell.

INTRODUCTION TO POWER QUALITY (REE-081)

1. Understand the basics of power quality in electrical network
2. Describe the sources and the severity of voltage sag, voltage swell, transients and harmonics.
3. Understand and compare the protection devices or methods used to overcome the Voltage Sag, Transient, Over voltages and harmonics.
4. Understand the basics of FACT devices
5. Select a suitable FACTS controller for a given power flow condition

EHVAC&DC TRANSMISSION REE085

1. Understand the basics of EHVAC, DC transmission and related problems.
2. Understand the designing of EHV lines and high voltage testing techniques.
3. Understand the protection methods for power quality issues in EHVDC transmission.
4. Apply the principles of power electronic converters in EHV DC transmission.

POWER THEFT AND ENERGY MANAGEMENT (REE-086)

1. Understand the basic ideas of energy demand and supply with theft in different sectors
2. Understand the Energy audit procedure in different systems.
3. Understand the plan and implement procedure of Demand Side Management.
4. Understand the electrical load and lighting management at different platform
5. Apply the use of energy efficient appliances for energy conservation.

GD & Seminar REE 851

1. Develop Presentation Skill.
2. Develop Communication Skill.
3. Understands argumentative skill and critical thinking.
4. Develop group/team work skill

Project REE 852

1. Identify a problem of current relevance to electrical engineering, allied/multidisciplinary areas and society.
2. Formulate, analyze and solve the problem by using engineering knowledge and modern tools.
3. Apply ethical principles and commit to professional ethics.
4. Work in a group and develop a system that can be helpful in social welfare and enviornment.
5. Acquire skills of technical presentation and writing of a project report.
6. Develop confidence, engineering and managerial skills to take up a project, research or socialactivity.

NBA Accreditation

Faculty

Dr Tanmoy Deb
Designation	Professor
Graduation	B.E.(Electrical Engg).
Post graduation	M.Tech (Power System & Drives)
Doctorate	PhD (Electrical Engg)
Teaching experience	16 years and 4 months
Industrial experience	16 years
Research experience	4 Years
Email id	tanmoy.deb@miet.ac.in
Area of interest	Deregulation, FACTS devices and Electrical machines
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Mr. Avinash Kumar
Designation	Assistant Professor & Officiating HoD
Graduation	B.Tech (EN)
Post graduation	M.Tech (Power System)
Doctorate	Ph.D Pursuing
Teaching experience	13 years
Industrial experience	1 year
Email id
Area of interest	Power system
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Dr. Rajeev Kumar Chauhan
Designation	Associate Professor
Graduation	B.E (Electrical Engineering)
Post graduation	M.Tech (Electrical Engineering)
Doctorate	Ph.D (Electrical Engineering)
Teaching Experience	18 years
Research Experience	Supervising one PhD studentNIL
Email id	rajeev.chauhan@miet.ac.in
Area of interest	Power Quality and Emerging Power Systems
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Mr. Ashok Kumar Rajput
Designation	Assistant Professor
Graduation	B.Tech. (Electrical Engineering)
Post graduation	M.Tech. (Power Electronics & Drives)
Teaching experience	21 Years
Email id	ashok.rajput@miet.ac.in
Area of interest	Electrical Machines & Power Electronics
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Ms. Nidhi Agarwal
Designation	Assistant Professor
Graduation	B.Tech (Electrical Engineering)
Post graduation	M.E.(Instrumentation & Control) with Honors
Doctorate	Ph.D Pursuing
Teaching experience	11 years
Email id	nidhi.agarwal@miet.ac.in
Area of interest	Control & Automation, Soft Computing, Power Electronics & Drives

Ms. Shweta Shukla
Designation	Assistant Professor
Graduation	B.Tech.
Post graduation	M.Tech
Teaching experience	16 YEARS
Teaching experience	6 months
Email id	shweta.shukla@miet.ac.in
Area of interest	Power system, solar energy, Drives
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Mr. Puneet Kumar
Designation	Assistant Professor
Graduation	B.Tech in EN (UPTU)
Post graduation	M.Tech
Teaching experience	10 years
Email id	puneet.kumar@miet.ac.in
Area of interest	Power Electronics & Drives
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Dr. Bhupender Sharma
Designation	Assistant Professor
Graduation	B.Tech (EEE)
Post graduation	M.Tech (EEE)
Doctorate	Ph.D.
Teaching experience	8 years
Research experience	1 year
Email id	Bhupender.sharma@miet.ac.in
Area of interest	Multilevel Inverters/Converters, Renewable Energy Systems, Smart grid & Electric vehicles, Power quality issues
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Dr. ANAMIKA SINGH
Designation	Assistant Professor
Graduation	B.Tech (Electrical Engineering)
Post graduation	M.Tech (Power System)
Doctorate	Ph.D.
Teaching experience	8 Months
Research experience	6 year
Email id	ANAMIKA.SINGH@miet.ac.in
Area of interest	Power System
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UMESH KUMAR
Designation	Assistant Professor
Graduation	B.Tech (Electrical and Electronics Engineering)
Post graduation	M.Tech (Power Electronics & Drives)
Doctorate	-
Teaching experience
Research experience
Email id	umesh.kumar@miet.ac.in
Area of interest	Electrical Machine, Power Electronics
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MUSKAN SINGH
Designation	Assistant Professor
Graduation	B.Tech (Electrical Engineering)
Post graduation	M.Tech (Power System Engineering)
Doctorate	-
Teaching experience	3 Months
Research experience	-
Email id	muskan.singh@miet.ac.in
Area of interest	Network Theory and Control Systems
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Laboratories

Electrical Engineering Lab Electrical Engineering lab caters to the needs of first year students of all batches. This lab houses all the experiments such as different network theorems verification, speed control of different machines, load test on different machines & transformer,Resonance in R-L-C ckt. which illustrate the basic theory related to Electrical Engineering and gives in depth practical knowledge of the electrical machines & equipments.

Electrical Measurement Lab In Electrical Measurement lab, various parameters (e.g. Temperature, pressure, capacitance, Resistance etc.) are analyzed and measured with help of different modules (AC&DC Bridges). This lab is very essential part of Engineering.There are a number of equipments like… Measurement of low resistance by Kelvin’s double bridge, Measurement of inductance by Maxwell’s bridge,Hay’s bridge,Anderson’s bridge,Measurement of capacitance by Owen’s bridge,De Sauty bridge,Schering bridge,Measurement of phase difference and frequency of a sinusoidal ac voltage using C.R.O.

Control System Lab The laboratory is equipped with a large number of state-of-the-art machines, that assist the educational job as well as the research work of the lab. Every year new tools are added to increase our capabilities. There are a no.of equipments such as....Torque-speed measurement systems (DC-generator/DC-motor and AC-generator/DC-motor) ,Servomechanism setup , Determination of transfer function of DC Servomotor, Determination of transfer function of AC Servomotor, Analog simulation of Type - 0 and Type – 1 systems, Determination of transfer function of DC Generator ,Determination of transfer function of DC Motor, Stability analysis of linear systems, DC and AC position control systems, Stepper motor control system, Digital simulation of first order systems, Digital simulation of second order systems.

Network Lab In Network Lab we analyse different electrical circuits by making their connections using theorems. This lab is very essential part of Electrical Engineering in which students are made familiar with the electrical connections, how they are made and practically how circuit gives response. The students analyse the response with the help of different network theorems such as Superposition theorem,Thevenin’s theorem,Norton’s theorem,Maximum power transfer theorem etc,Transient response of current in RL,RC,RLC ckt, Tellegin’s theorem.

Electrical Machine Lab This lab fulfill the requirements EMEC-I, EMEC-II and EMAC (ME) engineering students of IInd- IIIrd year students. This lab contain the experiments like sumpner’s test for testing of transformer, V-curve of Synchronous motor, load test on the DC motor & generator, synchronization panel for alternators, single phase induction motor ,power factor improvement panel,no-load & blocked rotor test of 3-phase induction motor.

The lab also contains a D.C. Source of 250V/30A for smooth conduction of the experiments in the lab.

POWER ELECTRONICS LAB The power electronics lab enhances the Electrical Engineering students by providing them a better understanding of the concepts and working of advanced power semiconductor devices and power electronics circuits.
This lab also provides a platform for students to make and test their minor  and major projects, multi-disciplinary design.
In this lab students understand and analyze the operation of controlled rectifiers, choppers, inverters, characteristics of different types of power electronic devices, and applications of power electronic circuits.
This lab has oscilloscopes, signal generators, multimeters, soldering stations, LCR meters, and power electronic modules to carry out experiments. 

Measurement lab For define the Physical & electrical quantities, unit & their standards is necessary. Measurement lab student learn about A.C & D.C bridges CRO applications & function generator . Its lab also represent the advancement of CRO application, DSO (digital storage oscilloscope).

Instrumentation Lab In Instrumentation industry interfacing of different device is necessary, for amplification of our signal instrumentation amplifier have major role. In this lab students learn about Instrumentation amplifier , sampling theorem ,their reconstruction , ADC ,DAC ,different type of transducer & their characteristics such as strain gauge ,piezoelectric transducer, pressure & inductive transducer. This lab also helpful in analysis of low level signal which is used in biomedical application.

Achievements

• The student of Electrical Engineering Mr. Vipin Kumar Pal (1706820035) received  one lakh prize money and Gopal Swaroop Memorial award from The Tara Girish Mathur Charitable Trust for top the third year AKTU exam
  
• Prof.(Dr.) A.K. Bhardwaj received,"Teachers Icon Award-2020" from National Association of Teachers
  
• B.Tech(EE ) final year student Ansh Gupta, Roll No-1606820006, secured the First position in "National Engineering Olympiad 2.0".
  
• One of the students of department of Electrical Engineering, “Atul Kumar Singh” secured 4^th rank in AKTU, session 2018-2019.
• The department of Electrical Engineering has been trained approximate 1500 students in PLC, SCADA & Electric Drives till now.
• Also along with students the department of Electrical Engineering has been trained more than 30 faculties in PLC, SCADA & Electric Drives till now.
• Students of Electrical Engineering department secured prestigious positions in Dr. Abdul kalam sports fest-2017 and 2018 and 2019 at state level and zonal level as well.
• Students of Electrical Engineering department participated in various technical events even prestigious colleges of our countries like IITS and secured various positions in inter and intera college technical competitions.
• Students got certification in different technical courses from NPTEL, PCB fabrication by CPLD.
• A large no of students participated in various cultural events activities like rangotsav, akshay jyoti, shankhnaad etc. at college level and got 1^st, 2^nd & 3^rd positions.
• Students also qualified and scored very good marks in the prestigious engineering aptitude test (GATE).
• Students of Electrical Engineering department got placement in various prestigious multinational companies like BOSCH, TCS etc.
• Faculties of Electrical Engineering department have been published Research papers in various reputed national and international conferences/Journals.
• Faculties of Electrical Engineering department got certification in different technical courses from NPTEL.

Events

AICTE SPONSORED ONE WEEK STTP FROM 14TH - 19TH DEC 2020 ON INDUSTRIAL AUTOMATION AND DRIVE ORGANIZED BY DEPT OF ELECTRICAL ENGG.

Department of Electrical Engineering organised a guest lecture on, "introduction of current and potential transformer", delivered by Er. Dinesh Kumar quality control Engg. & Er. Nitin Sharma Plant head, Heptacare Power Industries Pvt. Ltd. 06/March/2020.

Electrical department E- magzine "ELECTROSPARK" inaugural event

Aptitude Class

Department of electrical engineering organized a guest lecture on "Electrical Machines" delivered by Er. Ankit Goyal.

Department of electrical engineering organised a guest lectures on transformer delivered by Er. Pankaj kumar gupta MD of M/s A. Powertech Electricals Pvt. Ltd. On 12 feb 2019.

FDP ON SIEMENS FROM 28/JAN/2020-01/FEB/2020

Two Days Faculty Development Programme on "MATLAB” during 12th June to 13th June, 2019

JOURNAL

CONFERENCE

Syllabus

Second Year

Third year

Fourth Year

Upcoming industrial visit

 Industrial visit  at  Mohiuddinpur Sugar mill, Meerut (U.P) on 25/jan/2020(saturday).

M/s XSONI SYSTEM PVT LTD (A medium scale manufacturing unit of industrial laundry & garment finishing machines since last 1995) K-240, Surajpur Ind area greater noida, up. dated on 06/Nov/2019.

Shivam Singh, Software Developer Capgemini 
MIET is a premiere institution with all the capability to cultivate a genius product in the form of his students. I had a privilege of being part of the Electrical Engineering Department at MIET and under the guidance of faculties like Anjali Rana Ma'm, etc got excellence in respective field. EE Dept. possess plethora of talent among the faculties and it at the zenith among all institutions. The unfathomable knowledge of the facilities help the students to reach heights of their carrer, ultimately helping the society and nation to grow into supreme. I wish great success to all connected to MIET. Best Wishes.

Shreya Sahu M.tech ( C&I ) DELHI TECHNOLOGICAL UNIVERSITY
Words are not enough to describe the beautiful journey that I have had at MIET. MIET not only gave wings to my academic desires but also helped me to evolve as a person. It is only at MIET that got to know the best of my abilities and and have had major life changing events. This would not not have been possible without the support of EE department and MIET management. I wish all my batchmates success in all their future endeavors.

Daksh Singh Entrepreneur
I feel immensely proud that I took admission in Electrical engineering and gain knowledge under the guidance of such professional faculty of EE department of MIET. I wish everyone all the very best for their future endeavours.

Vivek Kaushik Android Developer, Infosys
I feel honored and privileged to have gained expertise in Electrical engineering under such immaculate and professional faculty of EE dept. of MIET. My deepest regards to all the respected faculty of EE dept.

Divyansh Tomar,Senior Associate, Dell Technologies
I had the most memorable time studying at MIET. The faculty was most helpful and guided me at every step. MIET has done a lot for the students from 'Glitz' to 'Kolaahal', from setting up high standards Laboratories to preparing students for competitions, there was never a miss. Now after passing out and being a professional at one of the top MNC's I really cherish those college days. And now I proudly say that I was part of MIET. Best wishes to all present and forthcoming batches...

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Road Map

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E-Magazine

• Volume 3 , JANUARY 2021
• Volume 2 , JULY 2020
• Volume 1 , JANUARY 2020

Skill Enhancement trainings and programs

• INDUSTRY ORIENTED LAB/CENTRE, SIEMENS AUTOMATION PLC
• SIEMENS AUTOMATION HMI SCADA
• SIEMENS AUTOMATION DRIVE
• IOT, ROBOTICS
• INDUSTRIAL AUTOMATION & INDUSTRY 4.0 (FESTO)
• SAP UNIVERSITY ALLIANCES
• MATLAB, LABVIEW, MULTISIM
• JAVA, C, C++ and PYTHON.

Siemens Automation (PLC, HMI SCADA & DRIVES)

Objective:

To provide an industry-oriented platform in the college imparting technical education on automation and producing self-reliant, self-sufficient automation engineers, capable of meeting new industrial challenges.

About program:

• Department of Electrical Engineering is providing Industrial Automation Training in PLC (Programmable Logic Controller), SCADA (Supervisory Control and Data Acquisition), HMI (Human Machine Interface), Motor's, Drives, Sensors, Actuators and Switch Gears. We help in moderating vitality by executing different vitality effective projects for streamlined execution of the systems and to support the operation and upkeep of the establishment.
• Our program based on Automation systems engineering as a synergistic function between hardware and software. Students learn the essential concepts of Automation systems development through a practical, hands-on approach utilizing relevant software with advanced lab.
• This course is design & developed in coordination with IATC (Certified Siemens Training Centre, Chandigarh). We conduct the basic course in regular curriculum and summer/winter advanced training for interested students. Our course consists of two basic modules. Advanced Training is provided by Siemens certified IATC trainers at or institute after the completion of basic modules.

Name of the Centre/Academy: Siemens Automation Lab.

Established in Association with: IATC, Chandigarh

SPoC: Avinash Kumar (Asstt. Professor, Department of Electrical Engineering)

Faculty members involved in the centre activity.

Modules during Curriculum:

CM-I : Basic Industrial Automation with PLC (S7-1200)

CM-II: Basic Industrial Automation with HMI & SCADA

CM-III: Basic Industrial Automation with Switch Gears & Drives (G 120, 6RA80)

Demonstrate the following course outcomes:

1. Describe working of SIEMENS Automation tools for basic industrial automation system.
2. Develop small PLC programs.
3. Apply the knowledge of automation tools to program PLC, HMI,SCADA, for various industrial problems.
4. Commission industrial motor drives for the Industrial Automation

Course outcome:

Modules during Curriculum:

CM-I : Basic Industrial Automation with PLC (S7-1200)

CM-II: Basic Industrial Automation with HMI & SCADA

CM-III: Basic Industrial Automation with Switch Gears & Drives (G 120, 6RA80)

Demonstrate the following course outcomes:

1. Describe working of SIEMENS Automation tools for basic industrial automation system.
2. Develop small PLC programs.
3. Apply the knowledge of automation tools to program PLC, HMI,SCADA, for various industrial problems.
4. Commission industrial motor drives for the Industrial Automation

Course outcome:

Modules during Curriculum:

CM-I : Basic Industrial Automation with PLC (S7-1200)

CM-II: Basic Industrial Automation with HMI & SCADA

CM-III: Basic Industrial Automation with Switch Gears & Drives (G 120, 6RA80)

Demonstrate the following course outcomes:

1. Describe working of SIEMENS Automation tools for basic industrial automation system.
2. Develop small PLC programs.
3. Apply the knowledge of automation tools to program PLC, HMI,SCADA, for various industrial problems.
4. Commission industrial motor drives for the Industrial Automation

Course outcome:

Methodology and pedagogy:

The complete training program has three modules which will cover in three stage:

First stage: -Module 1 (Basic Industrial Automation with PLC) in fourth Sem.

• Description of industrial Automation and automation tool (PLC).
• Working of PLC and communication with other devices. (HANDS ON)
• Understanding the tools of Ladder programming for PLC. (HANDS ON)
• Ladder Programming on PLC for complexproblems. (HANDS ON)
• Troubleshooting & documentation.

Second stage: -Module 2 (Siemens HMI and SCADA) in Fifth Sem

• Description of HMI and SCADA system.
• Communication of HMI and SCADA system and data logging. (HANDS ON)
• Designing of graphics and animation for given problems and their controlling. (HANDS ON)
• Troubleshooting & documentation.

Third stage: -Module 3 (Siemens Drives and Switchgears) in Sixth Sem

• Description of industrial motor and drive with their control techniques.
• Commissioning of AC and DC drives using different techniques. (HANDS ON)
• Understanding the working of starters and their wiring diagram. (HANDS ON)
• Troubleshooting & documentation.

ROAD MAP

Achievements:

1. Faculty Development Program: We regularly run faculty development program for the faculties of Electronics & Communication, Mechanical Engineering & Electrical Engineering. Till date we have organized 5 FDP's with total strength of 55 candidates.

2. Advance Summer/Winter Training: We also run 10 days advance training program during Summer/Winter Vacation. ·

Advance Automation Training on PLC S7-1200

Advance Automation Training on HMI & SCADA

Advance Automation Training on Switch Gear & Drives

Training is free for the interested students if provided by internal faculty. Advanced Training may provide by Siemens certified IATC trainers at or institute after the completion of basic modules. Siemens charges its certification fees if provided by IATC trainers after prior approval.

4. Industrial Visits: 03

5. Guest Lecture/ Invited Talk:02

By: Mr. Saurabh Bhardwaj, Siemens Certified Trainer IATC,

Deep Shekhar Shukla, Territory Manager, Siemens

6. Placement: Students got placed In Siemens, Schneider and in nearby industries.

7. Projects: Interested students may make their final year project on automation problems. We are also regularly visiting the industries to develop technical relations to address industrial issues. Now, we have got an Industrial project from Siemens. Final year students are working on them.

Benefits of Industrial Automation Programs:

Now industry are being replaced by Automation and robotics. All process and work are carried out by machines and robotics process automation. Every industrial sector like manufacturing, process industries, chemical, food & beverages, Oil Gas, Transport, machine tools everywhere Industrial automation is used.

After getting trained students will be able to

• Understand the purpose and functioning of the machine being manufactured, and program it to function like it should.
• Work with System Integrators who help the OEMs choose controllers based on their requirement and aid them in programming the functions
• Work with Automation Solution providers who design complete solutions for the User Industry to integrate all the individual machines, which will help you in gaining Industry Domain knowledge

Technical Society of Electrical Engineers (V-Charge)

View Events Organised By TSEE

Department At A Glance

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Webinar

AICTE SPONSORED ONE WEEK STTP FROM 14TH - 19TH DEC 2020 ON INDUSTRIAL AUTOMATION AND DRIVE ORGANIZED BY DEPT OF ELECTRICAL ENGG.

Click Here for more Details

• News Letter Vol 5 Issue 2 JAN 2020
• News Letter Vol 5 Issue 1 JULY 2019
• News Letter Vol 4 Issue 2 JAN 2019
• News Letter Vol 4 Issue 1 JULY 2018
• News Letter Vol 3 Issue 2 JAN 2018
• News Letter 3 Issue 1 JULY 2017
• News Letter Vol 2 Issue 2 JAN 2017
• News Letter Vol 2 Issue 1 JULY 2016
• News LetterVol 1 Issue 2 JAN 2016
• News LetterVol 1 Issue 1 JULY 2015

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