Embedded systems engineer require a certain set of formal education in terms of degree, job responsibilities and certification options. Though it is a bright career path, it is imperative to check whether it is good for you.
Embedded systems engineering is a separate branch of engineering studies. Aspiring engineers can pursue a bachelor’s or masters’ degree with specialization in this discipline. A number of organizations provide networking, professional certifications and continuing education programs to interested candidates. They also assist you to land up your first job in this field.
Embedded systems engineering is a new branch of engineering studies and applications that merges electrical and software engineering. The embedded engineers work on both hardware and software parts for remote controls, electronic medical equipment, industrial control systems, systems of military operations, mobile communication devices, and other electrical appliances.
A prospective engineer should have a bachelor’s degree in a relevant discipline. Some schools and organizations offer related courses or certification programs in embedded systems engineering.
If you are having completed a graduate program in electrical or software engineering, you should go for a certification program.
Salary and Career Information
The US Bureau of Labor Statistics (BLS) has predicted that software engineers will see 17% more growth than electrical and electronic engineers in the current decade (2014-2024). They should qualify for ‘embedded engineering’ to be entitled to a great career in the field. The annual median salary is currently around $78,000 and is expected to grow by the end of the decade.
Students passionate about learning embedded technology can go for it after pursuing a graduate degree in a related discipline. Various institutes offer this course with excellent internship programs. Training programs are available for fresher’s and working professionals, who want to make their career in the industry. Such courses are a combination of practical training, strong evaluation and industry coaching.
The courses begin from the fundamentals of embedded system and the interaction of hardware and software systems. Once the students have cleared their fundamentals, the course advances towards basics of hardware design including ASIPs, ASICs, and FPGAs.
Then the students learn about the important issues related to design for less power consumption and the techniques to solve them.
Later, the students are introduced to advanced topics such as specification models and languages, mapping those specifications to hardware and software parts, and hardware-software partitioning. Students also get to learn about design verification methodologies adopted in embedded system practices.