We offer final year Power Systems MTech Projects, M.E (Power Systems), M.E (Applied Electronics), M.E (Power Electronics), Ph.D Electrical and Electronics, Power Systems IEEE Projects, Embedded system, VLSI design, ANN, Fuzzy Logic, Power system, Power Electronics, Machines, Control system, Bio medical, Communication Engineering, GPS, GSM, Wireless Communication, IEEE Power Systems Projects, Power Systems MS Projects, Power Systems BTech Projects, Power Systems BE Projects, Power Systems ME Projects, Power Systems IEEE Projects, Power Systems IEEE Basepapers, Power Systems Final Year Projects, Power Systems Academic Projects, Power Systems Projects, Power Systems Seminar Topics, Power Systems Free Download Projects, Power Systems Free Projects in Chennai, Chidambaram.  


           Email:   expertsyssol@gmail.com

                 Cell: +91-9952749533, +91-9345276362

website: www.researchprojects.info

   Chennai , Tamil Nadu, India


  Short term  and Online courses

·        C and C++, Embedded C,

·        MicroController 8051,PIC 16F877

·        ARM 7 and ARM 9 Processors

·        MATLAB Fundamental, MATLAB Simpower Systems,

·        MATLAB Control systems

·        MATLAB Fuzzy Toolbox




Title of The Course


Fess Indian



Matlab Fundamentals  FIVE DAYS  2,000  

 Fuzzy Logic using        MATLAB

FIVE DAYS 2,000   Fuzzy logic – a primer , convention and fuzzy sets, solution of nonlinear control systems using fuzzy, fuzzy inference engine, defining membership function , problem formulation in fuzzy, advanced fuzzy controller, simple tipping problem, solution with single and two input variables.
    3.  ANN Using MATLAB FIVE DAYS 2,000  ANN – a primer, problem formulation, solutions for simple problems using ANN, linear and nonlinear equations, BP method programming. Advanced ANN methods.
    4.  Simpower System Design using MATLAB FIVE DAYS 2,000  
    5. Power electronics simulation using MATLAB FIVE DAYS 2,000  
    6. Hardware design of inverters and converter FIVE DAYS 2,000  
    7.  Colour television servicing and Assembling FIVE DAYS 2,000  
    8. Fundamentals of GSM FIVE DAYS 2,000  
    9. Fundamentals of Microcontrollers - keil FIVE DAYS 2,000  
  10.  Microcontrollers PIC based designs. FIVE DAYS 2,000  
  11. C and C++ fundamentals FIVE DAYS 2,000  
  12. Dot net fundamentals. FIVE DAYS 2,000  
  13.  Computer hardware and Software installation FIVE DAYS 1,000  
 14. Programing with Assembly language for Microcontrollers FIVE DAYS 2,000  
 15. Matlab based filter design FIVE DAYS 1,000  
16.  Web designing fundamentals and website launching FIVE DAYS 2,000  
 17. Min projects designs for Engineering students in Electronics FIVE DAYS 2,000  
 18. Soldering and PCB making FIVE DAYS 2,000  



Fundamental of PSCAD FIVE DAYS 2,000  
20. Energy Conservation

Objectives: At the end of this course, the participant will be able to

 (i)  understand the importance of energy conservation (ii) gain knowledge about the various methods of energy conservation (iii)apply energy conservation methods to practical situations in industry and at home.

FIVE DAYS 2,000  


Electrical Consuming Device by category (End-User) - Interior Lighting -  Office Equipment - Computer & Electronic (Operational) Equipment - Air Conditioning - Domestic Refrigeration, Heating & Ventilation - External Lighting - Cooking, Domestic Equipment, Laundry & Clothes Drying - Miscellaneous Equipment: [motors, pumps, compressors, irrigation schemes

21. Energy Management and Audit

Objectives:  At the end of this course, the participant will learn

 (i) to achieve and maintain optimum energy procurement and utilisation, throughout the organization ;

(ii)  to minimise energy costs / waste without affecting production & quality

(iii) to minimise environmental effects.


Course Outline:

 Definition, Energy audit-need, Types of energy audit, Energy management (audit) approach-understanding energy costs, Bench marking, Energy performance, Matching energy use to requirement, Maximizing system efficiencies, Optimizing the input energy requirements, Fuel and energy substitution, Energy audit instruments




Electrical Safety in Domestic and Industrial Applications

Objectives: At the end of this course, the participant will be able to

(i) know how to safely operate domestic and Industrial electrical equipment

(ii) learn the various safety procedures in accordance with the Indian Electricity Rules and International Standards

(iii) know how to avoid accidents involved in the operation of electrical equipment and achieve safety to both man and machine

(iv) learn the first aid and emergency measures to be taken in case of accidents


Course Outline: Introduction to Electrical Safety – Role of a Safety Engineer in Industry – Safety gadgets – protective devices – Instructions for safe operation of domestic appliances – Useful tips for safety to human beings and equipments – Practical case studies in electrical safety.


23. Energy Efficient Transformers Design

Objectives: At the end of this course, the participant will be able to

(i) know the standards of energy efficiency as stipulated by NEMA and IEMA

(ii) gain awareness about the energy act

(iii) learn more about the specifications of energy efficient transformers available in the industry

(iv) gain access to the vendors in the field.


Course Outline: Energy Act – NEMA and IEMA standards – IEC standards for Transformers – single phase and three phase transformers – non-linear energy efficient transformers -  specifications – applications – soft computing in design of transformers



Troubleshooting and Maintenance of common  electrical appliances

Objectives: At the end of the course the participant will be able to

(i) identify the faults in common electrical appliances

(ii) carry out repairs on the appliances independently

(iii) know how to test the appliances after successful completion of servicing

(iv) carry out simple troubleshooting and preventive maintenance works


Course Outline: Common electrical appliances – common faults and troubleshooting procedures – identification of faults and servicing – routine and preventive maintenance – estimating and costing of service and repairs – quality checks – pre- and post-service testing procedures



Small Wind Turbine Generators .

Course outline: Introduction to wind energy – wind turbine parts – capturing the wind power – wind turbine generator – types – design, installation, testing and commissioning of a small wind turbine generators  - optimization of wind energy – future of wind and hybrid systems


Solar Power using Photo Voltaic Panels



Solar Basics: Power, Energy, Current, Resistance, Circuits, Irradiance, Irradiation, Azmith, Horizontal Tilt, Declincation, Voc, Vmp, Imp, Isc, Temperature and Voltage Relationship, Irradiance and Current Relationship

Size an Array based customer constraints and site constraints and how to estimate power production.

 Design and Size Grid-Connected Solar PV Inverter, Size Strings and Size Conductor

































































    The above mentioned courses are introductory level courses and we do not claim that they will help the students in Solving  their research problems.  Courses are normally conducted on Sundays  only. To  Register a course pay 50 % of the total amount in advance at least one week before start of the course. Advanced booking can be made by bank payment.

Food and Accommodation can be done at Rs 1500 per Day

 ONLINE COACHING ON MATLAB  And Coaching for Institutes

About the course
    Specifically formulated for engineers, our course in Simulink,  ANN, FUZZY, Sim power Systems, control systems and signal processing is rightly balanced to provide trainees a jump start in using the respective tools. This Three-day course describes techniques for applying Model-Based Design in a common design workflow. we provide guidance on managing and sharing Simulink models, and teach techniques for formally verifying model behavior.
    We at ESS have extensive Matlab experts to give training on all Matlab Related Tool Boxes, Matlab Projects, Matlab training for Research candidates in India. We give Matlab training to Corporate and other institutions also. 

Topics include:
    Matrix fundamentals
    Interface control of Simulink subsystems and models
    Managing requirements in Simulink models
    Power Electronics designs

    Power systems design,

    GA, ANN , Fuzzy controllers.                                          

This course is intended for High End users of MATLAB.

Further suitable audience will include
        Final, Pre final Year students of B.E of EEE, ECE, EIE
        M.E (Power Systems)
        M.E (Applied Electronics)
        M.E (Power Electronics)
        Scholars doing Ph.D Electrical, Electronics,  and other Engineering branches.

BATCH 1 – Friday, Saturday, Sunday - 10 A.M to 4 P.M
BATCH 2 – Saturday, Sunday, Monday - 10 A.M to 4 P.M

Syllabus covered

Unit -1 Mathematics
Matrices and Arrays: Creating and Concatenating Matrices-Matrix Indexing-Getting Information About a Matrix-Resizing and Reshaping Matrices-Shifting and Sorting Matrices-Operating on Diagonal Matrices-Empty Matrices, Scalars, and Vectors-Full and Sparse Matrices-Multidimensional Arrays.
Linear Algebra: MATLAB Linear Algebra Functions-Matrices in the MATLAB Environment-Systems of Linear Equations-Inverses and Determinants-Factorizations-Powers and Exponentials- Eigen values.
Singular Values.
 Random Numbers: Generating Random Numbers-Managing the Default Stream-Creating and Controlling a Random Number Stream-Multiple streams-Updating Your Random Number Generator Syntax.
Programming Fundamentals: Classes (Data Types)-Basic Program Components-Functions and Scripts-Types of Functions-Using Objects-Error Handling-Program Scheduling-Performance-Memory Usage-Programming Tips.

Unit 2 Simulink
Introduction to Simulink: Starting Simulink Software-Opening a Model-Loading a Model-Saving a Model-Using the Model Editor-Undoing a Command-Zooming Block Diagrams-Panning Block Diagrams-Viewing Command History-Updating a Block Diagram-Printing a Block Diagram-Ending a Simulink Session-Summary of Mouse and Keyboard Actions. Modeling Dynamic Systems: Working with Sample Times- Referencing a Model-Creating Conditional Subsystems- Modeling Variant Systems- Exploring, Searching, and Browsing Models-Managing Configuration Sets-Modeling Best Practices.

Unit 3
Various intelligent computing method ANN, FUZZY and genetic algorithm, Fuzzy logic – a primer , convention and fuzzy sets, solution of nonlinear control systems using fuzzy, fuzzy inference engine, defining membership function , problem formulation in fuzzy, advanced fuzzy controller, simple tipping problem, solution with single and two input variables.

Unit 4
ANN – a primer, problem formulation, solutions for simple problems using ANN, linear and nonlinear equations, BP method programming. Advanced ANN methods, SOM,

Unit 5
Solutions for Power Electronics problems using fuzzy, Solution using ANN for power system. Economic dispatch using power GA, and hybrid GA.

Course Fee:

    Rs 10000 – Ten thousand only – Per member


Duration 15 Days @ Rs 5500 per student maximum 5 students per batch

  November and December 2012

Syllabus for IPT and Embedded systems training


Module 1

Introduction to electronics circuits – Identification of various electronics devices like Mosfets SCRS, Relays – Use of Datasheets - Assembling low power supplies on PCB.

Module 2

PCB designing and Fabrication – PCB design software - Use of PSPICE circuit simulator – Modeling of power devices –use of  Probe and transient analysis. Simulation of half wave rectifier, bridge rectifier, controller rectifiers in PSPICE.

Module 3

MATLAB Software introduction – Fundamentals of Matrix operation – Plots and other 3D graphic commands – Basic operations using SIMLINK library - Using of control system toolbox - Simulation of power systems using Power Systems CAD (PSCAD)

Module 4

8085 introduction to assembly language programming- Micro controller Fundamentals – 89C52-Basic hardware structure - ASSEMBLER – compliers and cross compliers – Keil and MAC8051- Development of embedded based projects. Using of serial programmer –flash programming - Simple led demos using a micro controller.  Experimentation of an embedded development board.

Module 5

          Power electronics circuits and design using Simulation software – Fundaments of inverter design. Deign of gating circuit for power MOSFETS.


For Further details please contact
    Technical Advisor ESS,
    Cell: +91 - 9952749533,
    Email: expertsyssol@gmail.com,
    web: www.researchprojects.info

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