What Does An Electronics Engineer Do?
The electronic appliances that people enjoy today like televisions, DVD players and portable music players to the scientific advances made in the field of telecommunications and navigation like semiconductors and global positioning systems (GPS) have all been made possible because of the work of electronics engineers. They are the engineers who are responsible for designing and developing electronics equipment that have become the mainstays of leisure and entertainment like TVs and stereos as well as more sophisticated ones like flight systems and satellites.
Electronics engineers are asked to make designs for new products, equipment and systems. They may also be consulted on how electronics equipment can be transferred to a new facility safely and efficiently. Before electronics engineers go through the actual process of developing new projects, they would first determine what the equipment is going to be for. This often entails consultations with the client as well as with other engineers, vendors and professionals during the planning stage of the endeavor. To determine if the project is feasible, electronics engineers do research on matters like the proposed equipment’s technical requirements and the expenses it would entail.
Electronics engineers would then make the project’s preliminary sketches by hand or with the use of a computer program detailing the specifications of the design. They would also include in their project plan the materials needed, budget and production timeline for its completion. They also include in their plan pertinent issues like the facility that will be used to make the product and the criteria that will be used to test that the item that will be produced is of the highest quality.
Electronics engineers may also directly supervise the actual manufacturing process of the equipment. If they can’t then they see to it that the activities of those who will be making and assembling the product are well-coordinated. They ensure that the project is following the timetable of production and that any problems encountered during production are immediately addressed.
Electronics engineers aren’t always called upon to work on new projects. In many instances, they are also asked to troubleshoot malfunctioning electronic equipment. They may need to do some tests and refer back to the system’s manual to be able to identify the problem and propose a solution. Repairing the equipment may involve merely replacing the damaged part or it may entail an overhaul of the entire system. In addition to fixing broken electronic equipment, electronics engineers may also be tasked with reviewing the electronic properties of an existing system and making modifications to it so that technical performance is enhanced or made more efficient. They may even make recommendations on changing a product’s design entirely to make it better.
Continually doing research and discovering new ways by which the conducive properties of some materials may be used in practical applications in the fields of communications, control systems, medicine, defense and technology, among others, is what makes electronic engineering such an exciting field. Electronics engineers who are fond of doing experiments may come up with different ways to use ferroelectric, phosphorescent and thermoelectric properties of various materials. They may even discover new technology that would revolutionize the field of electronic engineering in the industry where they are working in.