At Takeoff Projects, we are equipped with in-house experts who can help you with any embedded system projects of your choice. Whether you are looking to get your hands on Subsystem embedded projects, Standalone projects or Network projects we are equipped with the right resources, personnel, equipment and infer structure to deliver the best output within given deadlines. So far, Takeoff Projects has successfully assisted more than 10,000+ students and can help you too.
Take a look at our latest embedded system projects and consult us for more information
Project Code: TEMBPG930
Project Title:Smart Fingerprint-Based Door Lock System with GSM Alert Using Raspberry Pi PicoView DetailsProject Code: TEMBPG929
Project Title:Deep Learning-Based Chronic Kidney Disease Prediction Using CNN and YOLOv8 with Ultrasonic X-ray ImagingView DetailsProject Code: TEMBPG927
Project Title:Drowsiness Detection Using Convolutional Neural Networks: A Deep Learning ApproachView DetailsProject Code: TEMBPG925
Project Title:Face Recognition Door Lock System Using Raspberry PiView DetailsProject Code: TEMBPG888
Project Title:An AI-Based Visual Aid With Integrated Reading Assistant for the Completely BlindView DetailsProject Code: TEMBPG891
Project Title:A Glove that Translates Sign Language into Text and SpeechView Details S.no | Project Code | Project Name | Action |
---|---|---|---|
1 | TEMBPG930 | Smart Fingerprint-Based Door Lock System with GSM Alert Using Raspberr... | |
2 | TEMBPG929 | Deep Learning-Based Chronic Kidney Disease Prediction Using CNN and YO... | |
3 | TEMBPG928 | Sign language translator for speech impaired | |
4 | TEMBPG927 | Drowsiness Detection Using Convolutional Neural Networks: A Deep Learn... | |
5 | TEMBPG925 | Face Recognition Door Lock System Using Raspberry Pi | |
6 | TEMBPG890 | Banana Leaf Disease Detection using CNN | |
7 | TEMBPG887 | Real Time Vehicle Classification and Localization | |
8 | TEMBPG888 | An AI-Based Visual Aid With Integrated Reading Assistant for the Compl... | |
9 | TEMBPG889 | UV Sterilization Robot | |
10 | TEMBPG891 | A Glove that Translates Sign Language into Text and Speech |
Embedded Systems built the world around us. From the minute we wake from our bed to the second we close our eyes we continuously interact, utilize, live and thrive with an embedded system. In short, comfortable life is not possible without an embedded system.
So if you are a student who is looking for practical application of your knowledge and skill in daily life, picking up embedded projects is the right thing to do.
An embedded system is a special-purpose computer that is custom-built by an engineer to serve a specific purpose in our daily life. Essential components of an embedded system include microcontrollers, microprocessors, memory, input/output interfaces and power supply.
A printed circuit board stands at the heart of an embedded system and when it is programmed with the right code it runs the hardware, processes the data and generates output that is desired by the user.
So an embedded system project is where hardware and software come together to perform a specific task – an output we desire. In real -life an embedded system can be a:
Embedded Subsystems: An embedded subsystem is part of a larger system with a host computer (control). Adaptive cruise control (ACC) systems in a vehicle, digital controllers in machines, mouse, keyboards etc. are all embedded systems that only work when part of other large systems.
Standalone embedded systems: Embedded systems that can perform their function independently without any support from the larger system. Calculators, Sports watches, MP3 players, refrigerators, microwave ovens & washing machines are examples.
Network embedded system: These embedded systems depend on wireless communication or servers to perform their specific task. ATM machines, POS machines, home security machines, home automation or IoT (Internet-of-Things) come under network embedded systems.