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What is photonics engineering?
Photonics engineering can be described as the science of using light to generate energy, detect, or relay information. It’s widely applied when developing innovative products for construction, medicine, manufacturing, and telecommunication sectors. Photonics engineers have pioneered significant scientific innovations from the light used to cut plastic to sophisticated ultra-accurate lasers that are commonly used in delicate eye surgeries. Apart from coming up with new inventions, photonics engineers also spend many working hours writing scientific reports and research proposals.
To pursue photonics engineering, you need a degree in one engineering specialties such as engineering physics, mechanical engineering, electrical engineering, or engineering science. To help students apply the classroom studies in a work setting, some institutions offer work-study programs. Photonics revolves around laser technology and optics. Since the fiber optics and laser fields are advancing rapidly, photonics engineers should keep updating their skills and knowledge.
Employment outlook and the job market for photonics course
With the advancements in technology, engineers must update their skills continuously. Upon graduation, photonics engineers are absorbed into the job market as assistants to professionals. With time, they gain experience, upgrade their skills, and become supervisors, specializing in either fiber optics or laser technology. Others become principal engineers and researchers in research centers, manufacturing companies, or in advanced medical facilities.
Currently, the demand for photonics engineers is high. This is fuelled by the shortage of skilled personnel and the increasing number of manufacturing, telecommunication, construction, and medical facilities.
What does a photonics engineer do?
Photonics engineers create and improve products and systems use photonics aspects such as fiber optics, laser, imaging, and optics. They test the products and ensure the systems are fully functional. With the introduction of solar-powered cells for use for manufacturing and electronics, and developing experimental products to ease the day-to-day activities, engineers are rapidly shaping modern technology.
The job market for photonics engineers is quite wide. They ensure that the end product is efficient and well-working. In manufacturing firms, they create lasers that cut through materials such as plastics. In the medical sector, lasers are used in treatment and diagnostic procedures. They are also used to perform delicate surgeries on various parts of the body such as the eye. In the military, lasers are used extensively to provide range information on missile targets and various weaponry. In the telecommunication field, photonics engineers create, photonic engineers are involved in the manufacturing, testing, and installation of optical fiber cables. Since they can transmit large amounts of data faster, optical fiber cables are slowly eliminating telecommunication firms that use metal wiring. At an electronics manufacturing firm, the photonics engineers test crystals to determine the energy efficiency of television screens. In research centers, photonics engineers write research proposals, findings, and reports on various photonics innovations and inventions.
In most companies, photonics engineers work for 40 hours per week. However, they sometimes work overtime, especially when doing research projects to meet the set deadlines.
How fit are you to become a photonics engineer?
Photonics engineering requires accuracy and creativity. As an engineer, you should be inquisitive, introspective, and intellectual. You should also be methodical, thrifty, logical, and stable. In medicine, delicate surgeries on the eye and other parts of the body require a high degree of accuracy and care. In the military, range information on weapons and missile targets should be accurate. To create efficient and reliable products and systems, photonics should be careful and accurate. How fit are you to become a photonics engineer?