RC based Autonomous Electric Vehicle

Project Title

RC based Autonomous Electric Vehicle

Project Area of Specialization Electrical/Electronic EngineeringProject Summary

In today’s world the majority transport through cars. Talking about this we can see many people who could not drive the car or they hesitate to drive a car. There are some cases also where handicapped people have difficulties to drive the car So, we have aimed to design a vehicle for handicapped people. In this vehicle we have introduced an autonomous control through RC (remote controlled). The vehicle will have both types of features that is the manual and autonomous driving based on RC. The person using the car selects the mode for driving that he/she wants and the car will drive according to the selected mode.

Project Objectives

The aim is to design an RC based autonomous electric vehicle, which is for handicapped people and other people as well to drive the car easily.

• OBJECTIVE#1 To design a light weighted car.
• OBJECTIVE#2 To control breaks and accelerator of designed car
• OBJECTIVE#3To convert it on autonomous and manual RC.

OBJECTIVE#4Test this vehicle over the roads

Project Implementation Method

Our project is based on making and RC-based autonomous electric car,  for this, first we design a light weighted model of the car and then implement this model and work to contrition its breaks and accelerators of the designed car. Then we move towards converting this hardware of thvehicle into a model where it has both features of manual driving. A second feature-based based autonomous vehicle. The test of the vehicle will; be done on the roads. Fig 1

Our project is based on making and RC-based autonomous electric car,

 for this, first we design a light weighted model of the car and then implement this model and work to contrition its breaks and accelerators of the designed car.

Then we move towards converting this hardware of thvehicle into a model where it has both features of manual driving.

A second feature-based based autonomous vehicle.

The test of the vehicle will; be done on the roads.

Fig 1

Benefits of the Project

In today’s world driving a car is easy but when we think about handicapped people or those people who don’t know how to drive a car so the RC-based Autonomous Electric Car will be helpful in these types of situations and it provides benefit to handicapped and other people.

Technical Details of Final Deliverable

Our final product is the Automatic Car which navigates through the use of remote control on the roads of MUET. It takes or receives signals transmitted from the remote control or transmitter and then moves the vehicle in that particular direction

Final Deliverable of the Project HW/SW integrated systemCore Industry TransportationOther Industries Telecommunication Core Technology Shared EconomyOther Technologies OthersSustainable Development Goals Sustainable Cities and Communities, Climate ActionRequired Resources

Elapsed time in (days or weeks or month or quarter) since start of the project	Milestone	Deliverable
Month 1	Research about the project idea	Got a clear idea about the project’s aims and objectives
Month 2	Literature review/studying existing proxies.	Documentation, references, and limitation of the previous attempt.
Month 3	Hardware Selection	Deliverable list of hardware procured
Month 4	Design and development of a model light-weight edited vehicle	Designed model of vehicle
Month 5	Assembly of Hardware and woodwork breaks and accelerators of the car	Assembled Hardware and Controlled parts of vehicles e
Month 6	Report written for viva voice examination.	Report submission and examination
Month 7	Learning the Software required to control vehicle	Developed Software Skills
Month 8	Working on Manual Control the of vehicle	Manual Drive Controlled task completed.
Month 9	RC base control of vehicle and interfacing with software.	RC based Control vehicle task completed
Month 10	Test Vehicle	Finals results of vehicle.
Month 11	Thesis write-up.	Documentation
Month 12	Preparation for Viva-voce examination	Proposed Prototype.