Khatu Shyam Institute of Management & Technology (KSIMT) offers a Bachelor Program in Power Systems Engineering (BE/BTech) through Distance, Online, Correspondence and Work-Integrated learning for eligible working professionals.

The program provides structured theoretical learning across electrical power generation, transmission, distribution, electrical machines, power system protection, high-voltage engineering, power system analysis, smart grids, power quality, renewable energy integration and substation engineering.

It is designed for eligible professionals who want to develop Power Systems Engineering knowledge while continuing employment in electrical, power, energy, industrial or related technical fields.

Eligible professionals across India, UAE, Dubai, Kuwait, Qatar, Oman, Saudi Arabia, Bahrain and other overseas locations can enquire.

KSIMT operates under the guidelines of the Government of Delhi and Government of India.

Work + Study = Success

Why Choose Power Systems Engineering at KSIMT?

Power Systems Engineering is connected with the generation, transmission, distribution, protection, control and efficient utilisation of electrical power.

Professionals working in electrical and power-related environments may find regular campus attendance difficult because of shift duties, plant responsibilities, site work or overseas employment.

The KSIMT learning model provides flexible theoretical education that can be managed alongside relevant employment.

Program Highlights

• Distance, Online & Correspondence learning

• Work-Integrated education model

• 100% theoretical study

• Digital e-books

• Student Login after admission

• Digital ID Card after admission

• 28 theoretical subjects

• No regular classroom attendance

• No regular campus dependency

• No regular laboratory attendance under the theoretical model

• No mandatory substation or power-plant training

• Flexible learning alongside employment

• Applicable theoretical examinations and assignments

• Examination assignment submission by courier only

• India and overseas accessibility

• Human student support

Who Should Explore This Power Systems Engineering Program?

The program primarily focuses on eligible experienced professionals working in electrical, power, energy and related technical environments.

Relevant Professional Profiles May Include

• Electrical Professionals

• Power Plant Personnel

• Electrical Maintenance Professionals

• Power System Personnel

• Transmission Personnel

• Distribution Personnel

• Substation Personnel

• Electrical Supervisors

• Electrical Technicians

• Plant Maintenance Personnel

• Industrial Electrical Personnel

• Renewable Energy Personnel

• Electrical Project Personnel

• Experienced Power-Sector Professionals

Program eligibility depends on previous education, relevant professional experience and applicable admission requirements.

Eligibility for Bachelor Program in Power Systems Engineering

Regular Entry

Qualification: 12th Grade with PCM – Physics, Chemistry and Mathematics
Duration: 4 Years

Candidates must also meet applicable KSIMT admission and relevant professional-experience requirements.

Lateral Entry

Qualification: Applicable 3-Year Engineering Diploma
Duration: 3 Years

Lateral Entry depends on previous technical qualification, relevant field, professional experience and applicable document verification.

Working Professional Requirement

KSIMT primarily focuses on experienced working professionals.

Candidates should have 3 or more years of relevant professional experience, with previous qualification and professional background appropriately aligned with the selected program.

Fresh candidates without applicable professional experience are not eligible under the established working-professional admission model.

Government employees should obtain applicable departmental permission or NOC wherever required.

Program Duration

• Regular Entry: 4 Years

• Lateral Entry: 3 Years for eligible Engineering Diploma holders

Final entry level is determined after applicable qualification, relevant professional experience and document review.

Bachelor Program in Power Systems Engineering Syllabus

The program includes 28 theoretical subjects across four years, with seven subjects in each year.

First Year

1. Engineering Mathematics I

2. Engineering Physics

3. Engineering Chemistry

4. Basic Electrical Engineering

5. Engineering Mechanics

6. Introduction to Power Systems

7. Environmental Studies

Second Year

1. Engineering Mathematics II

2. Electrical Circuit Analysis

3. Electromagnetic Field Theory

4. Electrical Machines I

5. Power Generation Systems

6. Electrical Engineering Materials

7. Energy Conversion Principles

Third Year

1. Engineering Mathematics III

2. Electrical Machines II

3. Power Transmission and Distribution Systems

4. Switchgear and Protection Systems

5. High Voltage Engineering

6. Control Systems in Power Engineering

7. Renewable Energy Integration in Power Systems

Fourth Year

1. Smart Grids and Automation

2. Power System Analysis and Stability

3. Energy Audit and Power System Economics

4. Load Flow Studies and Power Quality

5. Substation Engineering and Design

6. Electrical Safety and Standards

7. Sustainable Trends in Power Systems Engineering

The syllabus follows the applicable theoretical program structure. Subject sequence or academic arrangement may be updated according to applicable academic requirements.

What Will You Study?

The program develops structured theoretical knowledge across major areas of modern Power Systems Engineering.

Major Learning Areas

• Electrical Engineering Fundamentals

• Electrical Circuit Analysis

• Electrical Machines

• Power Generation

• Transmission Systems

• Distribution Systems

• Power System Protection

• Switchgear

• High Voltage Engineering

• Power System Control

• Renewable Energy Integration

• Smart Grids

• Power System Analysis

• Load Flow

• Power Quality

• Substation Engineering

• Energy Audit

• Electrical Safety

Electrical Power Generation Systems

Power generation forms the starting point of an electrical power system.

Students develop theoretical understanding across:

• Power-generation principles

• Conventional generation concepts

• Electrical generation systems

• Energy conversion

• Generation-system components

• Power-system fundamentals

Power Transmission & Distribution Systems

Transmission and distribution systems deliver electrical energy from generation sources to consumers and industrial facilities.

Theoretical Learning Includes

• Transmission-system concepts

• Distribution-system concepts

• Electrical networks

• Power delivery

• System components

• Applicable transmission and distribution principles

Electrical Machines

Electrical machines are fundamental to power generation and industrial electrical systems.

The program includes Electrical Machines I and Electrical Machines II, providing theoretical exposure to:

• Transformers

• Motors

• Generators

• Machine operating principles

• Machine characteristics

• Electrical energy conversion

Switchgear & Protection Systems

Protection systems help identify abnormal electrical conditions and isolate affected parts of a power network.

Students study theoretical concepts related to:

• Switchgear

• Protective devices

• Protection principles

• Relaying concepts

• Fault-related concepts

• Power-system protection

High Voltage Engineering

High Voltage Engineering introduces theoretical concepts related to high-voltage power systems.

Applicable areas include:

• High-voltage principles

• Insulation concepts

• Electrical stresses

• High-voltage systems

• Applicable power-system concepts

Actual work involving high-voltage equipment requires appropriate workplace training, authorisation and applicable safety procedures.

Control Systems in Power Engineering

Power systems require monitoring and control to maintain reliable operation.

Students develop theoretical understanding of:

• Control-system fundamentals

• Power-system control concepts

• System response

• Regulation concepts

• Electrical control

• Power-system operation

Renewable Energy Integration in Power Systems

Modern power networks increasingly interact with renewable-energy sources.

Students receive theoretical exposure to:

• Renewable-energy concepts

• Renewable power generation

• Grid integration

• Distributed generation concepts

• Renewable-energy system interaction

• Power-system considerations

Smart Grids & Automation

Smart Grids combine electrical infrastructure with monitoring, communication and automation concepts.

Learning Areas May Include

• Smart Grid fundamentals

• Grid automation

• Monitoring concepts

• Intelligent power networks

• Digital power-system concepts

• Automated control

• Modern grid technologies

Power System Analysis & Stability

Power System Analysis provides theoretical understanding of electrical network behaviour under different operating conditions.

Students explore:

• Power-system modelling concepts

• Network analysis

• System stability

• Operating conditions

• Power-flow concepts

• System-performance fundamentals

Load Flow Studies & Power Quality

Load-flow concepts help understand how electrical power moves through a network.

Students study theoretical concepts across:

• Load flow

• Power flow

• Voltage-related concepts

• System loading

• Power Quality

• Electrical disturbances

• Power-system performance

Substation Engineering

Substations are important components of transmission and distribution networks.

Students receive theoretical exposure to:

• Substation fundamentals

• Substation components

• Electrical layouts

• Protection concepts

• Switching concepts

• Substation design principles

This theoretical program does not replace practical substation training or statutory professional authorisation where required.

Energy Audit & Power System Economics

Power systems involve both Engineering and economic considerations.

Students develop theoretical understanding across:

• Energy Audit concepts

• Energy utilisation

• Efficiency concepts

• Power-system economics

• Cost-related concepts

• Energy-management considerations

Electrical Safety & Standards

The program includes theoretical learning related to electrical safety and applicable standards awareness.

Learning Areas May Include

• Electrical hazards

• Safety principles

• Electrical-system protection

• Safe-work concepts

• Standards awareness

• Risk-management concepts

Actual electrical work must follow applicable employer, equipment, site and statutory safety requirements.

Sustainable Trends in Power Systems Engineering

The final-year syllabus introduces theoretical concepts related to emerging and sustainable developments within the power sector.

Applicable areas may include:

• Sustainable power systems

• Grid modernisation

• Renewable-energy trends

• Energy efficiency

• Smart power infrastructure

• Future power-system concepts

100% Theoretical Learning Through Digital E-Books

KSIMT follows a 100% theoretical education model.

Applicable study material is provided digitally through e-books according to the program and subject structure.

Learning Model

• Digital e-books

• Subject-wise theoretical study

• Flexible self-study

• No regular classroom attendance

• No regular laboratory attendance

• No mandatory substation training

• No mandatory power-plant training

• No regular campus dependency

• Study alongside employment

• Applicable academic guidance

Student Login & Digital ID Card After Admission

After applicable admission formalities are completed and admission is confirmed, students receive applicable KSIMT student access.

After Admission Confirmation

Students receive:

• Student Login

• Digital ID Card

• Applicable digital e-book access

• Program and academic information

• Applicable examination information

• Student-support access

Examination & Assignment Process

The Bachelor Program in Power Systems Engineering follows a theoretical examination and assignment-based academic process according to applicable KSIMT requirements.

Students receive applicable:

• Examination schedule

• Examination instructions

• Theory-based question papers

• Assignment requirements

• Subject-wise academic instructions

• Submission instructions

Examination Assignment Submission by Courier

Applicable completed examination assignments or answer submissions must be submitted to KSIMT by courier only according to the communicated examination instructions and submission timeline.

Students should:

1. Complete applicable theoretical assignments or answers.

2. Follow the prescribed academic format.

3. Prepare the required documents for submission.

4. Send the completed submission to KSIMT by courier.

5. Retain applicable courier receipt or tracking information.

6. Complete submission within the communicated deadline.

Online or digital examination assignment submission should not be assumed unless KSIMT officially changes the applicable procedure.

Examination Result

After applicable submissions are received and evaluated according to academic requirements, the Examination Result is processed according to the applicable examination cycle.

Students should follow official KSIMT communication regarding result information.

Power Systems Engineering for Working Professionals in India

Eligible professionals across India can explore the program while continuing relevant employment.

The program may be relevant to experienced professionals working across:

• Power Generation

• Electrical Utilities

• Transmission

• Distribution

• Substations

• Electrical Maintenance

• Industrial Power Systems

• Manufacturing

• Renewable Energy

• Electrical Projects

• Plant Operations

• Technical Services

Program selection should remain relevant to previous education and professional experience.

Power Systems Engineering for UAE & Dubai Professionals

Eligible professionals working in UAE and Dubai can explore the program remotely.

The flexible theoretical structure can help professionals manage education around electrical jobs, plant responsibilities, shift duties, projects and overseas employment.

UAE & Dubai Student Support May Include

• Eligibility review

• Remote admission guidance

• Student Login after admission

• Digital ID Card

• Digital e-book access

• Examination and assignment guidance

• Examination Result support

• Academic documentation guidance

• Verification support

• Available attestation guidance

• Human student support

Applicable completed examination assignments or answer submissions are submitted to KSIMT by courier only according to applicable instructions.

Power Systems Engineering for Saudi Arabia, Kuwait, Qatar, Oman & Bahrain

Eligible electrical, power, energy and industrial professionals working across Saudi Arabia, Kuwait, Qatar, Oman and Bahrain can also enquire.

The flexible theoretical learning structure allows applicable education to be managed alongside overseas employment.

Eligible professionals in other overseas locations can also enquire.

Course Fee

Total Program Fee: 65,500 (INR)

H3: Applicable Fee Includes

• Admission Fee

• Digital Study Material

• Examination Fee

• Digital ID Card

• Applicable Taxes

Payment Options

• One-time payment

• Applicable EMI options

• Authorised KSIMT payment methods

Students should make payments only through authorised KSIMT channels and retain applicable payment records.

Admission Process

Step 1 – Share Your Profile

Provide previous education, relevant professional experience, current job profile and location.

Step 2 – Eligibility Review

The profile is reviewed according to applicable Power Systems Engineering admission requirements.

Step 3 – Entry-Level Confirmation

Regular or Lateral Entry is determined according to previous qualification, relevant professional experience and applicable requirements.

Step 4 – Submit Documents

Submit applicable educational, professional and identity documents.

Step 5 – Complete Admission Formalities

Complete applicable documentation and payment requirements.

Step 6 – Receive Student Access

After admission confirmation, receive the Student Login, Digital ID Card and applicable digital e-book access.

Step 7 – Begin Theoretical Learning

Begin subject-wise theoretical study according to applicable academic requirements.

Program Information & Intended Use

Candidates should understand the program structure, theoretical education model, eligibility and intended requirements before admission.

KSIMT operates under the guidelines of the Government of Delhi and Government of India.

Requirements can differ between private employers, government departments, educational institutions, professional bodies, utilities, licensing bodies and overseas authorities.

Candidates requiring the program for a specific employment, promotion, government, further-study, licensing, immigration or overseas purpose should verify applicable requirements with the concerned organisation or authority before admission.

Frequently Asked Questions

What is the Bachelor Program in Power Systems Engineering at KSIMT?

It is a theoretical Bachelor Program covering applicable electrical power and Power Systems Engineering subjects through a flexible Distance, Online, Correspondence and Work-Integrated learning model.

Is the program designed for working professionals?

Yes. The program primarily focuses on eligible experienced professionals working in electrical, power, energy and related technical fields.

What is the duration?

The standard duration is 4 years for Regular Entry and 3 years for eligible Lateral Entry candidates.

What is the Regular Entry qualification?

The applicable Regular Entry qualification is 12th Grade with Physics, Chemistry and Mathematics (PCM).

Who can apply for Lateral Entry?

Eligible candidates with an applicable 3-Year Engineering Diploma may be considered for Lateral Entry, subject to profile and document review.

Is relevant work experience required?

Yes. Candidates should have 3 or more years of relevant professional experience and meet applicable admission requirements.

Is the program theoretical?

Yes. The program follows a 100% theoretical education model supported through digital e-books.

Is regular classroom attendance required?

No regular daily classroom attendance is required under the flexible theoretical learning model.

Is regular laboratory attendance required?

No regular laboratory attendance forms part of the theoretical education model.

Is substation or power-plant training required?

No mandatory substation or power-plant training forms part of the theoretical learning model.

How many subjects are included?

The program includes 28 theoretical subjects across four years, with seven subjects in each year.

What major Power Systems subjects are covered?

Major subjects include Power Generation Systems, Electrical Machines, Power Transmission and Distribution Systems, Switchgear and Protection Systems, High Voltage Engineering, Renewable Energy Integration, Smart Grids, Power System Analysis, Load Flow Studies, Power Quality and Substation Engineering.

Does a student receive a Student Login?

Yes. After admission confirmation, the student receives an applicable Student Login.

Does a student receive an ID Card?

Yes. A Digital ID Card is provided after admission confirmation.

How is study material provided?

Applicable theoretical study material is provided digitally through e-books.

How are examination assignments submitted?

Applicable completed examination assignments or answer submissions are submitted to KSIMT by courier only according to the communicated examination instructions and deadline.

Can examination assignments be submitted online?

Under the current procedure, applicable examination assignments or answer submissions are submitted by courier only.

What is the total program fee?

The total program fee is 65,500 (INR).

Can UAE and Dubai professionals enquire?

Yes. Eligible professionals working in UAE and Dubai can enquire remotely.

Can professionals in Saudi Arabia, Kuwait, Qatar, Oman and Bahrain enquire?

Yes. Eligible professionals across these Gulf countries can enquire remotely.

Continue Working While Building Power Systems Engineering Knowledge

The Bachelor Program in Power Systems Engineering provides structured theoretical learning across power generation, electrical machines, transmission, distribution, protection, high-voltage systems, renewable energy, Smart Grids, power quality and substations for eligible experienced professionals.

With 28 theoretical subjects, digital e-books, Student Login, Digital ID Card, flexible learning and structured examination support, eligible professionals can continue applicable education while managing employment across India, UAE, Dubai, Kuwait, Qatar, Oman, Saudi Arabia, Bahrain and other overseas locations.

Khatu Shyam Institute of Management & Technology (KSIMT)
511, Jaina Tower-3, A-1 Block, Janak Puri, New Delhi – 110058

Call / WhatsApp: +91 9953631363
Website: www.ksimt.ac.in
Email: khatushyaminst@ksimt.ac.in

Work + Study = Success

Course Offered By : KSIMT under autonomous mode through distance education