The field of electronics and communications engineering is a broad one which includes activities such as computer, telecommunications, radar and nuclear technology. This section discusses a range of careers in this field for those who want to pursue them after studying electronics and communications engineering
1. Network planning engineer
Network planning engineers are responsible for analyzing and designing the network infrastructure of a company, department, or organization. They design the network topology, and physical layout of the devices that make up the network, perform equipment, cabling and signal integrity tests, and troubleshoot problems with networks.
They make sure that all the computers, servers and other devices in an organization are connected to the internet. Network planning engineers also determine how many servers should be used to handle the data from different sources, such as email, social media or instant messaging. The network planning engineer has to work closely with IT managers and other technical experts to ensure that each network is running smoothly. This type of engineer expects to work in a busy office environment where they may have to travel around different departments to fix problems or install new equipment.
They also ensure that network resources are used efficiently and effectively. This role requires high attention to detail, as the engineer must work with a range of different technologies to ensure that the network operates smoothly.
In addition to electronics and communication engineering, they also study computer science and project management. The ideal candidate will have strong communication skills and be able to work independently as well as within a team environment.
2. Electronic design engineer
Electronic design engineers work on the electronic circuit boards and systems that make up the devices we use every day. They create the schematics for these circuits, and then they come up with solutions to manufacturing problems or testing problems.
Electronic design engineers must have strong math skills, as they will often be working with numbers in their designs. Other areas of expertise include analogue electronics, digital electronics, computer-aided design (CAD), mechanical engineering, and electrical engineering. They also need to have a wide range of experience in different areas of electronics. Electronic design engineers may also work as part of research teams to develop new products or products that use new technologies. They may also be involved in the development of test equipment that measures signals from circuits or components being designed by another engineer. Electronics and communications engineers are in high demand, with a projected growth of 28% over the next decade.
3. Telecom engineer
Telecom engineers are responsible for designing the hardware and software that connects people via telephone lines and cell phones around the world. Telecom engineers must be able to build communication systems that will not only work well but also be reliable under extreme circumstances such as power outages or natural disasters such as earthquakes or hurricanes. They must also be able to take into account local laws when designing their products so as not to violate them in any way.
Additionally, telecom engineers also design and build telecom networks including telephone networks, radio communications networks and data communications networks such as Wi-Fi routers. They work closely with network administrators who manage these systems.
