Category: Electrical Engineering

  • 421 – Control

    You are required to complete the Control Systems coursework accurately and professionally. Follow the instructions below step by step to ensure a complete and correct submission. — ### 1. System Modelling Begin by modelling the DC motor system based on the given parameters in the assignment. – Use the electrical and mechanical equations of the…

  • Electrical Engineering Question

    Project Assignment: Six-Band Audio LED Visualizer (Complete Implementation) You are required to fully design, simulate, implement, and document a Six-Band Audio Level Display System based on analog signal processing principles. The final outcome must be accurate, functional, and professionally presented. — ## Objective Develop a complete system that: – Accepts an audio input signal –…

  • Electrical Engineering Question

    ## Assignment Instructions Temperature Monitoring & Control System Project Dear Team, You are required to complete a group coursework project for the module Measurements and Instrumentations. The project must be completed professionally, meeting all academic and technical requirements. The group consists of three members, and the final submission must be a single integrated report (maximum…

  • Electrical Engineering Question

    Assignment Execution Instructions Control Coursework (DC Motor & PID Controller Design) You are required to complete a full control system design and analysis for a DC motor using both theoretical derivations and simulation tools. The work must be carried out accurately, professionally, and in accordance with the provided specifications. — ### 1. System Modelling Begin…

  • Electrical Engineering Question

    # Coursework Task Instructions ## Sensors, Transducers and Actuators Group Report You are required to complete this coursework professionally and ensure that all requirements are fully satisfied according to the given specification. — # General Requirements – This is a group project of 3 students. – The final submission must be ONE combined report (max…

  • 737 / Complete and write the project for 1,2 and 3 portfoli…

    The task is need to complete and write projects for 3 portfolio ( Gradution project ) , and the project title is about: Wireless Industrial Control System Idea: To start or stop motors and pumps in factories via a wireless interface.A combination of industrial electronics and wireless communication. The aim for my project: Wireless industrial…

  • Electrical Engineering Question

    Task Instructions: PLC Coursework Completion (Full Assignment) You are required to complete a full individual coursework report for the module Programmable Logic Controller Design. The final submission must be professional, technically correct, and fully aligned with the given specifications. — ## General Requirements – The report must be maximum 15 pages – Follow IEEE conference…

  • 889 – Sensors , Transducers and Actuators

    You are required to complete the coursework for the module Sensors, Transducers and Actuators as a group of 4 students. The final submission must be a professional report (maximum 15 pages) along with a working simulation and recorded demonstration video. The work must be completed accurately, professionally, and in full compliance with the given coursework…

  • Electrical Engineering Question

    Task Assignment: Satellite Communication System Design & Simulation You are required to design and simulate a complete satellite communication system operating in a geostationary orbit (GEO) using MATLAB. The system must be tailored for data communication within the Sultanate of Oman, with the receiver located in Muscat. — ### 1. System Design Design a full…

  • 421 Control system design.

    You are required to complete a Coursework Report for the Control Systems Design module in a professional and academically acceptable manner, following all given requirements. — Task Description: Prepare a Consultant Report that includes the analysis, design, and simulation of a control system based on the given plant: G(s) = 1 / (s + 0.4s…