Electronics engineer jobs

Here are seven new-age occupations available through the electronic and communication engineering program that you can pursue.

Electronics and communication have become an essential component of practically every area, making it one of the most popular engineering courses. In this highly advanced day, envisioning industry and everyday life without electronics and connectivity seems impossible.

Perhaps this is why the potent combination of technology and communication has become the digital world's cornerstone. Electronics and communication engineering has become a crucial discipline in all industries, from mobile phones and computers to televisions and costly ultra-modern satellites. As an all-encompassing domain, IoT, robotics, mechatronics, instrumentation, healthcare, automation, and so on have all been impacted.

Electronics and Communication Engineering is undeniably a promising, growth-oriented field. Students can choose from a variety of work alternatives if they have sufficient knowledge and skills. Following are some of the most important new-age career options available to students following graduation:

1. Engineer, Electronics

Electronic engineers create, design, and manufacture daily items such as cell phones, music players, and computers. They also invent and develop new concepts in a variety of industries. They create and manage equipment that is utilized to control and monitor various processes, systems, and machinery.

Electronic engineers are expected to have a strong interest in technology as well as remarkable problem-solving ability and a systematic mind.

2. Design Engineer for Electronics

An electronics design engineer is primarily responsible for providing technical support in the design and development of electronic systems, as well as developing test plans and processes.

After analyzing the latest technologies and feasibility based on product specifications and company norms, they select the design parameters. Aside from that, an electronics design engineer researches design difficulties in order to come up with efficient solutions.

3. Engineer, Desktop Support

Whether working for a major corporation or a small firm, the function of a desktop support engineer is critical. They are in charge of fixing issues in an organization's computer system, including server and security concerns that may have an influence on business operations.

Their primary purpose is to provide effective assistance for a company's computer networks and systems in order to ensure that the business runs smoothly.

4. Engineer, Service

Service Engineers are typically in charge of product support, maintenance, and repair. They offer off-site preventative and restorative maintenance services, as well as technical assistance after the sale. Service engineers repair, test, and maintain equipment and product manuals in addition to dealing with customers to provide information and answer questions.

5. Engineer, Communications

The most important responsibility of a communications engineer is to develop and adapt electrical communications systems while also supervising and monitoring the design and planning team's performance. They create, test, and implement designs to improve existing networks in addition to approving project budgets and timetables.

Communication engineers often conduct site evaluations and ensure that services and products are delivered on time.

6. Technical Director 

A technical director is a high-profile position in the industry that demands several years of expertise and expert understanding in the sector. A technical director's main responsibility is to oversee each project's life cycle from start to finish, with an emphasis on technical excellence and resource efficiency.

They execute quality assurance methodologies and implement performance-oriented strategies in addition to coordinating and supervising overall administrative operations.

7. Engineer, Network Planning

The position of a network planning engineer is critical in the upkeep of an organization's internal and external networks. Their main responsibility is to assist crucial teams across the organization in implementing new standards after discussing project strategies.

They are in charge of managing and administering computer networks, including the software, hardware, and configurations. A network planning engineer also handles catastrophe recovery operations as needed.

Employment in the ECE sector has exploded exponentially in recent years, thanks to the growing nexus between the electronics industry and digital technologies. Engineer jobs are expected to expand by 7% between 2016 and 2026, according to the Bureau of Labor Statistics (BLS). ECE's applicability in technologically oriented businesses is projected to produce some of the most sought-after job opportunities.

According to a recent poll conducted by ASSOCHAM and NEC Corp, India's electronics market is expected to exceed $400 billion by 2020, with a 41 percent CAGR. Apart from the technical industry, the manufacturing sector, multinational corporations, research-based companies, the armed forces, and a variety of other areas are all looking for skilled ECE engineers, resulting in a surge in demand.

This multiplicity of fields may make it difficult for students pursuing an engineering degree in the same discipline to find the appropriate job path after completing their ECE course.