Simulink Projects for EEE

Simulink Projects for EEE

  Simulink Projects for EEE offers you more valuable project ideas and topics for your final year projects. We work on Matlab Simulink for students and research scholars from all over the world as we provide 1000+ Simulink Projects for EEE students. Simulink is a system level simulator that provides interactive block diagram environment for model based and multidomain simulation design for any scenarios. For your Simulink projects, day by day we update our self with new ideas and tools for simulation design. If you are the beginner in Simulink, we ready to start from the basics of Simulink or else you can learn from our online services as we are in online at 24/7 in all working days.  Once you commit with us, we fulfill all your needs and requirements to the end of your graduation completion.

  We never say the word “Impossible” even though the work is hard.

  We just hold on your dreams and fulfill your needs with one day…….

Steps to Run Simulink in MATLAB:

Step 1: Open Simulink

Step 2: Type the following command in Matlab Workspace: >>Simulink

Step 3: Select source from the library

Step 4: Design any Simulink model by taking any block from the set of blocks

Step 5: Select sink from the library

Step 6: Use a signal line to connect the blocks

Step 7: Press Ctrl + Click to connect the signals

Step 8: Set all the simulations parameters: start and stop time

Step 9: Terminate the simulation.

Simulink Projects for EEE

  Simulink Projects for EEE starts by working what’s necessary for your academic projects and progress with recent innovations and novel ideas. Due to our way of approach students and all round support with any time has made us to stand us world number one institute with nearly 50+ branches worldwide. We have 100+ top employees who reflect the standards themselves for your Simulink Projects and approach you the best way to improve your academic projects. As we often provide support for assignments, lab programs, and seminars in Simulink. If you need to be part of us, commit with us today.

  Today is your day!

  Your mountain is waiting so get on Your Way with us!

  Let’s have a glance over our supported tools in Simulink,

Supported Modules and Toolboxes in Simulink:

Event based Modeling

  • SimEvents
  • Stateflow

Physical Modeling

  • SimRF
  • SimScape
  • SimMechanics
  • SimBiology
  • SimPower Systems

Code Generation

  • Simulink Coder
  • Matlab Coder
  • Embedded Coder
  • HDL Coder
  • HDL Verifier
  • Fixed-Point Designer
  • Simulink PLC Coder
  • Vision HDL Toolbox
  • IEC Certification Kit
  • DO Qualification Toolkit

Communications and Signal Processing

  • Computer Vision System Toolbox
  • Communications System Toolbox
  • SimRF Toolbox
  • Vehicle Network Toolbox
  • DSP System Toolbox
  • Audio System Toolbox
  • Motor Control Development Toolbox
  • Quanser Toolbox
  • FOMCON Toolbox

Simulation Graphics and Reporting

  • Simulink 3D animation
  • Simulink Report Generator

Control System Design and Analysis

  • Simulink Control Optimization
  • Simulink Control Design
  • Powertrain Blockset
  • Aerospace Blockset
  • Robotics System Toolbox

Simulation Testing, Verification and Validation

  • HDL verifier
  • Code Inspector
  • Design/circuit Verifier
  • Polyspace Code Prover
  • Polyspace Bug Finder

Simulink Models and Modules:

  • Computer-On-Module
  • Gumstix Vertex and Overo
  • RT-MAG
  • SimCoupler Module
  • Xilinx Design Tools

Recent Research Topics in our Simulink Projects for EEE:

  • Comparative analysis between Rogers and Dorneneburg techniques for Transformer Fault Diagnosis using Dissolved Gas Analysis
  • Matlab Simulink Toolbox based NoC Switch performance evaluation based on Discrete Event Simulation
  • Digital MHO Distance Relay Modeling and Simulation using S-function in Matlab Simulink
  • Matlab versus OrCAD for Power Electronics Teaching
  • IEEE 802.15.4 Zigbee Transceiver Synchronization using Matlab Simulink Model
  • Power management and control of PV water pumping and battery system
  • Configurable Testbed based comparison theory on Control Channel Schemes in OSA networks
  • FlexRay Controller Design, Generation and Verification using Simulink and Stateflow blocks
  • Centrifugal pump using Mixed Pressure Control System
  • Visualization Orientation and monitoring of designing platforms in Euler Angles
  • Vector Control of PMSM drive using SVPWM in Delta Domain
  • OTC method based Maximum Power Point Tracking in Variable Speed Wind Turbine with the AFPM Synchronous Generator

  The abovementioned topics are provided for your reference, but are not limited. If you need more research topics in Simulink, you can approach us mail or through mobile phone. We provide you hundreds of topics with your research interest.  Trust us…Commit with us immediately…….