Master of Engineering (ME) in Embedded Systems - Anand Institute of Higher Technology, Chennai

The Master of Engineering (ME) in  Embedded Systems is an advanced degree program in the field of computer architecture. Students who earn an ME in Embedded Systems can pursue employment in leading companies and continue their studies to become research scientists or Ph.D. candidates. The admission process for this graduate program is competitive, and marks obtained during the bachelor's degree are typically used in the admissions process.

The ME Embedded Systems program helps you develop your expertise in computer architecture and embedded systems while combining mathematical and practical aspects. This course will provide you with advanced knowledge in computer vision, image processing, digital instrumentation, and designs based on microcontrollers. You will also be introduced to advanced mathematical and computer programming techniques and networks. The salary for ME in Embedded Systems graduates is usually INR 3.5 lakhs per annum, with the package depending on the company and profile.

The ME in Embedded Systems program is unique in its field. Students interested in this field should already possess a baccalaureate degree in computer science, electrical engineering, or mechanical engineering. The program is a good fit for students who have an interest in the field and are interested in balancing their hardware and software knowledge. There are two tracks available for the program: Professional Track and Research Track.

Benefits of an ME in Embedded Systems

If you are interested in the field of electronics, the ME in Embedded Systems program can help you achieve this goal. It is a postgraduate degree that focuses on embedded systems, which can include smartphones, navigation systems, and chipsets. ME students gain knowledge and experience in the combination of hardware and software. They also learn how to develop control software. They can also focus on embedded robotics. The course is offered in both English and is internationally oriented.

A master's degree in this area will provide students with the knowledge and skills necessary for careers in the field of embedded systems. Students learn the fundamentals of electrical engineering, computer science, and system design. They also develop new ideas in a multidisciplinary environment where they must consider detailed technical and systemic issues. Additionally, they learn how to position themselves within a multi-faceted ecosystem of suppliers, complementary products, and strategic partnerships.

The ME in Embedded Systems course can be a pocket-friendly choice for working professionals. The fee structure is considerably lower compared to a regular MTech. In addition, students can gain on-the-job training. This can help them land better jobs in the future. So, what are the benefits of an ME in Embedded Systems? They can make a career out of it in the field, even if it's not in an embedded system.

Future Scope of an ME in Embedded Systems

The future of intelligent devices has opened many doors for professionals with an ME in Embedded Systems. This type of engineering degree has many specializations, such as embedded real-time systems, sensor-based systems, and System-on-Chip design. Some graduates go on to develop electronic gadgets for the Internet of Things. Those who choose to specialize in software can choose between Embedded Real-Time SW and general SW.

Students enrolled in an ME in Embedded Systems program typically focus on Embedded System Design, Real-Time Systems, Software for Integrated Circuits, and Hardware-Software Co-Design. The curriculum also includes research practice, Pervasive Computing, Reconfigurable Computing, and Introduction to MEMS. The course's coursework covers these core topics, along with many more, and students often find their interests in the area grow in a more technical way.

The scope of an ME in Embedded Systems is vast, and job opportunities are plentiful. Fresher engineers with knowledge of C, microcontrollers, and Linux kernel will have a variety of options. While an ME in Embedded Systems degree may not lead to an immediate position, it can open many doors for professionals with this background. It can even help students pursue a Ph.D. or research position.

The future of an ME in Embedded Systems depends on the field itself. The course can last up to seven years. While research-oriented courses can take a full seven years, industrial-oriented courses can take up only two to three years. Some of the major research areas include Artificial Intelligence (AI), Micro/Nano Electro Mechanical Systems (MEMS), Signal Processing, Human-Computer Interaction, and Integrated Circuits.

Career Opportunities and Job Prospects of ME in Embedded Systems

As the demand for engineers in embedded systems grows, the salaries are also rising. Many fresh graduates in the field are unemployed as the courses they are offered at colleges do not cover enough microcontrollers and C programming. However, with additional training, freshers can find entry-level positions and eventually shift to a larger company. In India, there are a number of good institutions for engineering students, but many follow outdated curricula.

As a fresher, you can pursue a career in embedded systems if you are adept at programming and have knowledge of hardware devices. During your first few years, you should work for a start-up company to gain valuable experience and develop technical skills. As you gain more experience and expertise, you can move on to open-source technology platforms. For an electronic engineer with a background in electronics, a career in embedded systems is an excellent choice.

The field of embedded systems has a promising future. The number of connected, intelligent devices is constantly increasing. Many of these systems are connected to each other and talk to each other. This is what is commonly known as ubiquitous computing. Because of this, graduates of Master of Engineering (ME) in  Embedded Systems programs will be ready for a variety of opportunities in this field. And, of course, an advanced degree in the field can only help you advance your career.

As an embedded systems engineer, you must have excellent technical skills, particularly C++. Good working knowledge of various hardware architectures will be invaluable in your job. And, you must be highly organized as you may work with many different projects at once. As a professional, you'll work in teams with other engineers, so collaboration is key. However, there are many things you should keep in mind when pursuing an ME in Embedded Systems.