How to become an Electronic Engineer

It is a popular branch of engineering that is associated with the development, design and testing of electronic components, circuits and devices as well as the maintenance and repair of electronic systems such as smartphones, wristwatches, tablets, smart LED televisions, processors and other similar devices. Electricians and electronic engineers are dynamic experts that are well-versed in the most recent communication technologies, new protocols, coding schemes, and industry best practices. Electronics engineering degrees are highly regarded and, when paired with proper knowledge and skill set, may provide a person with a long and fruitful professional career.

Electronics engineering is a large area with several subfields, such as Embedded Systems, VLSI, Power Electronics, Instrumentation, Hardware Networking, and Robotics, which are all covered in this course. To clarify the fuzzy distinctions between electronics engineering and electrical engineering, it might be said that the former (electronics) is a subset of the latter (electrical engineering) (electrical). Unlike electronics engineering, which is concerned with the study of small-scale systems and their integrated circuits, electrical engineering is concerned with large-scale systems and their concepts, such as power transmission and load.

Applicants will have no trouble finding electronics engineering jobs in a variety of fields such as telecommunications, electronics consultancies, electronic equipment manufacturers, aerospace manufacturers, and healthcare because it is a fairly multidisciplinary field that is witnessing increasing growth as a result of the advancement of digital technology.

The role of an electronics engineer is diverse and dynamic depending on the educational background, experience, skill sets and area of specialization. Generally,  it comprises of the following tasks:

• Improvise details of an electronic equipment design systematically
• Supervise technicians, craftsman, etc.
• Write specifications and technical reports
• Prepare budgets and discuss proposals with clients
• Use engineering techniques, science and mathematics to design, produce, install and maintain telecommunications systems
• Evaluate the various systems to recommend design modifications if any

Electronics and communications engineers with strong technical and interpersonal abilities flourish in their chosen fields. Concentrate on the following abilities throughout your education and employment to ensure your success as an electronics engineer:

Technical Expertise Electronics and communication engineers must have a deep understanding of technical principles, such as circuit design and electronic device functioning. Additionally, you should be proficient in standard programming languages such as C++ and Java. Capability to function in a team environment Electronics and communication engineers frequently work in teams, which means they must be able to collaborate well. They understand how to communicate with others and urge them to share their opinions. They develop an understanding of the strengths and limitations of the individuals with whom they interact daily and how to use these characteristics to generate the best project outcomes.

Creativity Because the electronics sector is innovation-driven, electronics and communication engineers must be innovative to assist their companies in succeeding. Innovative brains find solutions that extend the life of electrical items, make them more user-friendly, and enable them to run more efficiently and sustainably. Communication, both written and spoken While effective cooperation requires effective communication, a professional electronics and communication engineer should also be able to interact with those outside their team. This often entails communicating complex ideas to customers and colleagues outside the engineering department using more accessible language.

Detail-oriented As an electronics and communication engineer, you must have an uncanny ability to pay attention to detail. They must guarantee that calculations are accurate and that any design problems are found and rectified before the equipment enters the market. The greatest engineers pay close attention to detail to assure the correctness of their work and that of others.

Employing detail-oriented engineers may assist firms in maintaining their reputation for excellence. Management of time Electronics and communication engineers operate under tight deadlines, which means that effective time management skills are required. They must prioritise time-sensitive duties and work efficiently to finish projects precisely, on schedule, and of high quality. Because electronics and communication engineers operate in teams, they must also ensure that their work schedules coincide with those of their coworkers.

In order to enroll into a Bachelor’s program at an esteemed university, aspirants are expected to clear the JEE main and subsequently, the JEE Advance exam which makes the aspirant eligible to apply anywhere in India. It is a very difficult and challenging exam to crack that requires hard work as well as rigorous and consistent preparation. Some states have their own entrance exams that are admissible in their respective universities. Many educational institutes conduct their own entrance tests.

Depending on one’s educational background, experience, and skillsets, aspirants may apply for the following electronics engineering jobs:

• Service Maintenance Engineer
• Design Engineer
• Test engineer
• Network Planning Engineer
• Electronics and Communications Consultant
• Electronics Technician
• Product designer
• Technical Director
• Project Manager - Production & Maintenance