Electronics & Embeded Technology

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Electronics and embedded technology are two sectors of technology that are interrelated and specialise in providing technical knowledge for electronic systems. This branch of engineering use physics and mathematics to systematically systemize hardware and software systems for specified tasks. Microwave circuits, industrial network basics, antennas, and wireless communication are examples of Electronics Engineering topics. Embedded Technology is associated with computer systems, especially computer hardware and software programmes that provide fixed or temporary functionality. Embedded Technology is employed in a variety of businesses and sectors as a computer system. Embedded systems are employed in agricultural processes, medical equipment, cameras, mobile phones, and even aeroplanes. Embedded systems such as sensors, operating systems, and microphones are used in modern cars, machinery and equipment, mobile phones, and even domestic appliances to conduct unique monitoring and control functions or to provide entertainment. These embedded systems exist as a tiny component of an electronic device that operates in real time.

Electronics Engineering offers learners an immersive learning environment with an emphasis on holistic growth and development. The emphasis on cohort-based learning, projects, and skill development prepares students for success in the professional world and growth as responsible engineers. In addition to creating electronics and control systems, Electronic Engineers study and scrutinise complicated electrical problems in order to adopt extensive problem-solving methods. Embedded Technology Engineers maintain embedded systems once the hardware and software development and testing processes are completed.

Study Levels:

The following are the levels of study for Electronics and Embedded Technology:

Bachelor of Engineering
Bachelor of Engineering in Electronics Engineering
Bachelor of Engineering in Embedded Technology
Bachelor of Engineering in Electronics and Communication
Bachelor of Engineering in Electrical Engineering
Bachelor of Engineering in Computer Science
Bachelor of Engineering in Embedded Linux Engineering
Bachelor of Engineering in Control Engineering
Bachelor of Engineering in Design Engineering
Bachelor of Engineering in Power Electronics
Bachelor of Engineering in Radio Frequency
Bachelor of Engineering in Microwave Engineering
Bachelor of Technology
Bachelor of Technology in Computer Science and Engineering
Bachelor of Technology in Computer and Communication Engineering
Bachelor of Technology in Electronics and Communication Engineering
Bachelor of Technology in Electronics and Instrumentation Engineering
Bachelor of Technology in Industrial and Production Engineering
Bachelor of Technology in Information Technology
Bachelor of Science
Master of Engineering
Master of Engineering in Electronics Engineering
Master of Engineering in Embedded Technology
Master of Engineering in Electronics and Communication
Master of Engineering in Electrical Engineering
Master of Engineering in Computer Science
Master of Engineering in Embedded Linux Engineering
Master of Engineering in Control Engineering
Master of Engineering in Design Engineering
Master of Engineering in Power Electronics
Master of Engineering in Radio Frequency
Master of Engineering in Microwave Engineering
Master of Technology
Master of Technology in Computer Science and Engineering
Master of Technology in Computer and Communication Engineering
Master of Technology in Electronics and Communication Engineering
Master of Technology in Electronics and Instrumentation Engineering
Master of Technology in Industrial and Production Engineering
Master of Technology in Information Technology
Master of Science
Ph.D. in Engineering and Technology

Specialisation:

The following are the many areas of specialisation in this discipline:

Digital Signal Processing
Control Engineering
Very Large-Scale Integration
Design Engineering
Communication Systems
Power Electronics
Radio Frequency
Microwave Engineering
Embedded Controllers
Real-Time Operating Systems
Automotive Electronics
In-Vehicle Networking
Analogue
Digital Circuit Design
Digital Communication
Wireless Technologies
Computer Programming
Signal and Image Processing
Communication Engineering
System Analysis
Critical Systems
Hardware-Software Co-Design
Mobile Computing
Embedded Software Design
Minimal User Interface
Digital Components

Employability:

Electronics and Embedded Technology’s versatility and high performance give significant job prospects in both the public and private sectors. This programme has a large industrial network, thus it connects students with employment or additional study, according on their preferences. This academic sub-discipline is associated with the following job titles in India: