Master of Engineering in Electronics and Control Engineering
Duration
2 Years
|
Level
Post Graduation
|
Type
Degree
|
Eligibility
Graduation
|
ME Electronics and Control Engineering or Master of Engineering in Electronics and Control Engineering is a Post-Graduate Electronics programme. The Electronics and Control Engineering programme seeks to provide expert knowledge in electronics engineering, with a particular emphasis on the design, analysis, and manufacturing of electronic devices and components, integrated circuits, wireless devices, and the digital and analogue operation of electronic circuitry for a variety of applications.
The Master of Engineering programme in Electronics and Control Engineering allows students to enhance their inventiveness and invention in design solutions, as well as their entrepreneurial, leadership, and interpersonal skills. The Electronics and Control Engineering degree are career-oriented, with several options available after graduation.
ME Electronics and Control Engineering Eligibility
- The aspiring students should have passed their Graduation degrees such as a BE / BTech degree or equivalent qualification from a recognized University.
- The candidates should have secured a minimum of 55% aggregate marks or equivalent in their Bachelor's.
- Some of the reputed institutes conduct an entrance examination for admission.
ME Electronics and Control Engineering Syllabus
Syllabus of Electronics and Control Engineering course as prescribed by various Universities and Colleges.
ME Electronics and Control Engineering Semester-I
|
Sr. No.
|
Subjects of Study |
1
|
Advanced Mathematics |
2
|
Advanced Control System |
3
|
Advanced Industrial Instrumentation |
4
|
Neural, Fuzzy, and Genetic Algorithm |
5
|
Software for Control System Design |
6
|
Instrumentation and Process Control Lab |
ME Electronics and Control Engineering Semester-II
|
1
|
Analogue & Digital Circuit Analysis & Design |
2
|
Computer Control of Processes |
3
|
Logic & Distributed Control Systems |
4
|
Analogue & Digital Circuit Design Lab |
5
|
Elective-I
- Advanced Process Control
- Advanced Digital Communication
- Advanced Digital Control System
- Advanced Instrumentation System
|
6
|
Elective-II
- Advanced Robotics & Automation
- Opto Electronics & Lasers
- System Identification
- Virtual Instrumentation and its Applications
|
ME Electronics and Control Engineering Semester-III
|
1
|
Advanced Digital Signal and Image Processing |
2
|
Embedded Systems Design |
3
|
VLSI Circuit Design |
4
|
VLSI, Embedded, and Test Engineering Lab |
5
|
Elective-III
- Adaptive Control Systems
- High-Performance Communication Networks
- PC Based Instrumentation
- Process Modelling and Simulation
|
6
|
Elective-IV
- Fault-Tolerant Control
- Industrial Data Communication & Control
- Micro-Controller Based System Design
- Optimal Control & Filtering
|
ME Electronics and Control Engineering Semester-IV
|
1
|
Project Work & Viva-Voce |
ME Electronics and Control Engineering College
ME Electronics and Control Engineering Course Suitability
- Students should be able to cope with complicated challenges by identifying complex problems and examining associated information in order to design, assess, and execute solutions.
- They also have critical thinking skills, such as the ability to use logic and reasoning to assess the strengths and weaknesses of different solutions, conclusions, or approaches to issues.
- Applicants should also be able to analyse systems by defining system performance measurements or indicators, as well as the activities required to enhance or rectify performance in relation to the system's goals.
How is the ME Electronics and Control Engineering Course Beneficial?
- The course in Electronics and Control Engineering is helpful for strong practical training with in-depth scientific and technological instruction that enables these experts to design, project, execute and manage any system, equipment or installation linked to electronics and control systems.
- The Electronics and Control Engineering course is designed to address a variety of real-world design difficulties, with a concentration on case studies from the manufacturing and process sectors.
- Candidates will be prepared to reliably demonstrate the ability to analyse and solve technical problems related to electronics engineering by applying principles of advanced mathematics and science and applying appropriate troubleshooting techniques to electronic circuits or systems and generating and performing test procedures.
- The Master of Engineering in Electronics and Control Engineering course assists in the design, construction, testing, and troubleshooting of electronic circuits, equipment, systems, and subsystems in compliance with work requirements, functional specifications, and relevant standards.
ME Electronics and Control Engineering Employment Areas
- Automotive Companies
- Colleges & Universities
- Construction Companies
- Manufacturing Companies
- Pharmaceutical Companies
- Railways
- Telecommunications Companies
- Utility Companies
ME Electronics and Control Engineering Job Types
- Customer Support Engineer
- Electronics & Communications Consultant
- Field Test Engineer
- Network Planning Engineer
- Research & Development Software Engineer
- Software Analyst
- Service Engineer
- Senior Sales Manager
- Technical Director