Electrical Engineering

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These programs are meant for basically those professionals who are already working in technical department s of the corporate sector. These Courses enable our students to go ahead and achieve the higher profiles in their respective organization through a high profile curriculum.


Course Diploma in Electrical Engineering Bachelors Program in Electrical Engineering Master in Electrical Engineering
Eligibility Criteria
S.S.C with Work Experience
3 Years Diploma or HSC
with 3 years
Work Experience
Graduate or Diploma with 5 years
of Work Experience
Syllabus
  • Sem - I
    1. Applied Science
    2. Applied Mathematics - I
    3. Elements of Electrical Engineering
    4. Mechanical Engineering sciences
    5. Electrical Wiring
  • Sem - II
    1. Applied Mathematics - II
    2. English Communication
    3. Electrical Circuit
    4. Electronics - I
    5. Computer Aided Engineering Drawing
  • Sem - III
    1. Electrical Machines - I
    2. Communication & Computer Networks
    3. Electrical & Electronics Measurements
    4. Electronics - II
    5. Computer Aided Electrical Drawing
  • Sem - IV
    1. Electrical Machines - II
    2. Electrical Power Generation
    3. Transmission & Distribution
    4. Power Elecronics
    5. C - Programming
  • SEM– V
    1. Estimation & Specification
    2. Switchgear & Protection
    3. Embadded System
    4. Electrical Installation Design
    5. CASP
  • SEM - VI
    1. Industrial Drives & Control
    2. Utilization of electrical Energy & Management
    3. Basic Management Skill & Indian Constitution
    4. Electrical Motor Control
    5. PLC & HDL
  • Sem - I
    1. Calculus
    2. Physics
    3. Mechanics of Solids
    4. Engineering Graphics
    5. English
    6. Linear Algebra
  • Sem - II
    1. Chemistry
    2. Environment & Energy Studies
    3. Art of Programming
    4. Elements of Electrical Engineering
    5. Communication Skills
    6. Mathematics of Electrical Engineers
  • Sem - III
    1. Thermal & Hydraulics Prime Movers
    2. Analogue Electronic Circuits
    3. Network Analysis & Synthesis
    4. Electrical Engineering Materials
    5. Electrical Transducer & Measurements
    6. ICT Tools & Security
  • Sem - IV
    1. Fundamentals of Electrical Power Systems
    2. DC Machines & Transformers
    3. Digital Electronic Circuits
    4. Fundamentals of Power Electronics
    5. Control System Engineeing
    6. Engineering Electromagnetics
  • SEM– V
    1. Economics for Engineers
    2. Ethics & Values
    3. Analysis of Electrical Power Systems
    4. Rotating AC Machines
    5. High Voltage Engineering
    6. Power Electronic Converters
  • SEM – VI
    1. Microprocessor & Microcontroller
    2. Law for Engineers
    3. Digital System design
    4. Fiber Optic Communication
    5. Antenna & Wave Propagation
    6. Digital Integrated Circuit Design
  • SEM -VII
    1. Permanent Magnet Brushless & Reluctance Motors
    2. Renewable Energy Sources
    3. Advanced Microprocessors & Microcontrollers
    4. Signals & Systems
    5. Dynamics & Modelling of Electrical machines
    6. Extra High Voltage Transmission
  • SEM – VIII
    1. Electrical Machine Design
    2. Digital Signal Processors for Electrical Engineering
    3. Power System Protection & Switchgear
    4. Organizational Behavior
    5. Applications of Power Electronics in Power System
    6. Computer Techniques in Power System
  • Sem - I
    1. Field Computation of Electromagnetic devices
    2. Modelling & Simulation of Dynamic Systems
    3. Advanced Instrumentation Techniques
    4. Special Purpose Electrical Machines
    5. Control System Engineering
    6. Advanced Power System Principles
    7. Lighting Design & Calculation
  • Sem - II
    1. Static Converters in Electric Drives
    2. Digital Control Theory
    3. Elements of High Voltage Engineering
    4. Material Technology
    5. Active Circuits & Systems
    6. Optimization Techniques
    7. Solid State Power Supplies
  • Sem - III
    1. Modelling & Analysis of Electrical machines & Drives
    2. Transducer Technology
    3. Power System Analysis
    4. High Voltage Fields
    5. Optimal & Robust Control
    6. Computer Control of Industrial Processes
    7. Small Machines, Incremental Motion Devices
  • Sem - IV
    1. Computer Application in Instrumentation
    2. Power System Operation
    3. Dielectric Engineering
    4. Real Time Systems
    5. Nonlinear & Adaptive Control
    6. Specialization/ Optional subject
    7. High Voltage Equipment
Course Duration 1-3 Years 1-4 Year 1-2 Year
Total Fees RS. 28,450/- RS. 38,450/- RS. 35,450/-


Final year student can apply as well. Fees can be paid by cheque or Demand Draft in favour of “All India Institute of Management Studies & Technology” Payable at Nagpur, India. The Study Material will be given to all the candidate within 30 working days student can collect their marksheet & certificate from respective AIIMST regional office after 30 working days of the examination.




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