Engineering students get overwhelmed with the new concepts and mechanisms around different robots in the wide robotics field. It is essential to have a deep understanding of robotics before joining the industry to work with robots on a daily basis. Thus, engineering students must work on different robotics projects to dive deep into the robotics field. Let’s explore some of the top robotics project ideas for engineering students to have a hands-on experience efficiently.
In the domain of electrical engineering, a transmission line plays a crucial role. Several faults might occur while transmitting electricity through these transmission lines, including damage to insulators, conductor corrosion, vibration damage, leakage of current, and so on. Several of these lines are sometimes located in rugged and remote environments. So, to ensure that there are no damages caused to these transmission lines, this robotic system can be deployed that can run inspections on small mountain ranges, and even in plains to monitor and minimize the chances of power line disaster.
Due to the exponential increase in population and the rapid development of urban cities, waste management has become quite challenging. Governments face considerable challenges in waste management and disposal activities due to the lack of effective waste removal and segregation systems. Therefore, the implementation of advanced technologies like IoT and RF-ID will be quite helpful. Advanced, automated waste segregation systems in the scrap industry will be effective in sorting out the trash between metallic, plastic, and glass waste and preparing them for the next operation.
Robotics arms have a wide variety of applications in real-world industrial use. Currently, it is the core of all manufacturing processes. The aim of this robot is to control the movement of a material handling robotic arm using the FPGA controller. The advantage of using an FPGA over other controllers is that it can provide multiple functions that factories need to reduce the cost of construction. FPGA is a fast and accurate system, with parallel data processing and stability in performance.
In a physiotherapy rehabilitation process, a physiotherapist needs to give regular massages to the patients who suffer from various health complications. Heart stroke is one of the main reasons that cause paralysis, which requires intensive physiotherapy. A decrease in skilled caretakers has accelerated the problems of accessing good physiotherapy. So, robotics technology can be deployed to address this concern. The aim of this project is to review robotics devices for upper limb rehabilitation and facilitate the creation of new and more improved devices for physiotherapy services.
Experts believe that self-navigating robots are the future of robotics. The aim of this project is to create a self-navigating robot with integrated GPS technology. In this system, the robot can optimize a path from the source to the designated destination, while avoiding all the obstacles at the same time. It uses a rotating ultrasonic sensor for obstacle sensing, therefore, minimizing power consumption to a great extent.
Generally, a lien following robot has integrated controllers in it. But this project focuses on creating a line following robot with microcontrollers. It will be a behaviour-stimulated robot that uses interfaces for sensors to make the behaviour of the robot as versatile as possible. Two light detectors will be mounted at the front of the robot, along with a designated path. The robot is made to follow a black tape on a white floor or a white tape on a back floor.
Cows in herds that are facilitated with conventional milking parlours follow a structured, consistent, and social milking pattern. The global trends in developing technological equipment for feeding cattle include the automation and robotization of various processes. The integration of robotics or an automated milking system offers the possibility of feeding the cows to their estimated individual nutrient needs by combining different feeds in real-time, with a focus on maximizing profits through milk yields.
The advancement of technology has enabled smartphones to control a host of electrical and electronic devices, including motor cars, music systems, and lights. This project aims to present an Arduino-based robotic car that can be operated using an Android smartphone having Arduino RC installed in it. This bot will receive commands from the smartphone with the help of a Bluetooth module. The car can be used for surveillance at home and can be used to pick and place fallen objects.
The primary objective of this project is to detect the metal near the sensor. Whenever the sensor comes close to the metal, it makes a buzzing sound from its speaker. And whenever the sensor is removed from the metal, the buzzer switches itself off. The robot’s magnetic flux can pass through some opaque objects like clothes, plastics, and others, and can detect metals that can be hidden in certain objects.
This Solar Panel Cleaning Robot aims to maintain the efficiency of solar power production by making sure the Solar panels are kept clean without putting humans at risk. This robot comes equipped with a roller brush and a water sprayer to clean all dirt and grime from the surface of the panels. The sprayer gets its supply of water through an onboard tank. The rubber caterpillar tracks ensure that this robot can adhere to the slick surface of solar panels. This robot operates remotely and wirelessly.
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