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Are you fascinated by instrumentation, measuring techniques, and electronics? Would you like to help in advancing technology or contribute to research in fundamental fields such as medicine, technology, energy resources, and health? If so, microelectronic engineering is the course that you should be pursuing.
What is microelectronic engineering?
Microelectronic engineering is a discipline that deals with the application of nano-processing and nanotechnology in the fabrication of electromechanics, bioelectronics, electronics, and fluidic systems. It’s widely applied in environmental science, electronics, life sciences, technology firms, and energy. Microelectronic engineering also covers other areas such as integrated micro-nano systems and nanoelectronics. Unlike electronics engineering, this field focuses on the design and development of components such as microchips on a smaller scale.
Photonic devices, semiconductors, and microchips are important in all aspects of human life, from health to transport, solar cells, solid-state lighting, communication, and entertainment. The global demand for engineers who can optimize and fabricate these devices is increasing rapidly. To increase productivity and enhance the quality of life, engineering uses cutting-edge technologies to develop sensors and nano-electronic circuits or integrated microelectronics.
Microelectronic engineers can work in a wide range of industries such as:
- Electronics and computer hardware
Typical Job Titles
Microelectronic engineers can work in various positions as:
- Device engineers
- Research engineer
- Photolithography engineer
- Process and process integration engineer
- Development engineer
- Manufacturing yield engineer
- Field application engineer
- Equipment engineer
When applying for a degree in microelectronic engineering degree, a strong background in physics, mathematics, and chemistry is required. Knowledge in technology and electronics hardware is also important. Higher-learning institutions offering microelectronic engineering combine advanced theory with practical skills to help their students master important concepts.
The advanced theory will help students to possess good experimental skills; understand important aspects of microelectronics and advanced techniques in microelectronic technology; become more creative and innovative. Practical skills will help students understand the designs and developments of semiconductors and integrated circuits; master basic principles of solid electronic devices and new-type microelectronic devices.
Is the demand for microelectronic engineers high?
Have you ever thought about who is behind the test-bedding of autonomous vehicles? Or how smart lamp posts work? Or who is behind the development of the computer motherboard? Microelectronic engineers are behind all this. The Internet of Things (IoT) is playing an important role in smart innovations. In Singapore, for instance, there are efforts to install sensors on lamp posts to create smart lamp posts. Can’t that be fascinating? Microelectronic engineers are also shaping the future of transport by playing an important role in the development of autonomous, self-driven vehicles. To navigate safely and efficiently, these vehicles rely on data processed in real-time and several sensors.
As the application of IoT increases, the demand for microelectronic engineers is quite high in various sectors such as computer hardware, electronics, automotive, manufacturing, aerospace, and telecommunication industries. With a wide range of industries to work in, there will be many job opportunities for microelectronics engineers. Apart from the high demand and unlimited opportunities, microelectronic engineers earn competitive salaries in the job market.