The most obvious choice after completing this program is becoming an Electrical Engineer. These engineers work with complex electrical systems that are involved in creating and transmitting electricity, transmitting power, and facilitating motor control.
Telecommunications engineers are responsible for designing, managing, maintaining, and facilitating different modes of electronic communications such as calls, texts, internet services, and video calling.
Electrical design engineers are tasked with creating designs and layouts of electrical systems for diverse applications. These engineers need to be well-versed with computer programs and tools that can assist them with their tasks.
Instrumentation engineers are hired by companies that have automated processes in place. The sole purpose of instrumentation engineers is to ensure that production, overall safety, and stability of the product is not compromised.
Micro electrical engineers deal with the microelectronics branch of electronics that specifically focuses on designing small electrical parts such as microchips, small circuits, and semiconductors.
The work of ASIC Engineer is to find and understand system complexities and devise solutions for the same thereby enhancing the system performance.
You can go for a Masters in Science in fields like Telecommunication Engineering, Microelectronics & VLSI Design, Electronics Design and Technology, Wireless Communication, Signal Processing, Robotics, Embedded Systems or VLSI System Design.