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  • Engineering Course

LASER AND ELECTRO OPTICS

  • 1 Colleges

Lasers, electro-optics, and Engineering fields deal with fundamental concepts of physics, operational principles and Designs of the optical system and electro-optic devices, and their applications in the current society.

About Laser and Electro Optics Engineering

Lasers, electro-optics, and Engineering fields deal with fundamental concepts of physics, operational principles and Designs of the optical system and electro-optic devices, and their applications in the current society. In this field, students will gain information to understand the principles of optical amplifiers, building, construction, and working of the integrated Sector. This domain also develops the flexibility among the students to develop their knowledge in specific requirements in a research option. Today it is one of the trending fields in engineering society; it attracts major attention from the students because it relies on the skill that anyone can easily understand. They can learn and do it better with practice.

What is Laser and Electro Optics Engineering?

Lasers and electro-optics Engineering study of the subject deals with the basic concept of laser Physics, laser radiation characteristics, laser types, atomic gas lasers, molecular lasers, and semiconductor lasers. Along with this, the electro-optic sessions deal with some important topics like fundamentals of non-linear optics, electro-optics, parametric processes, and acoustic optic devices. This course is designed to enable the students for a successful career in this field and create your potential among students in laser and electro-optics engineering with specific enrichment to the synthesis of various kinds of innovation in this field. This field also promotes students' awareness of their lifelong learning processes and inculcate professional ethics and codes of professional practice in laser and electro-optics engineering. These laser and Electro-optical Technologies are applied in various domains such as communication, astronomy, biomedical research, control system, scientific instruments, medicine, etc. Engineering discipline major topics like digital holography, fabrication of optical devices, laser spectroscopy, processing, structure and application of lasers, Nanophotonics, non-linear fiber optics, Optical computing and signal processing, optical display, storage devices, stitching and networks, Quantum optics, radiation sources and detectors, Remote Sensing by laser and ultrafast Optics. This course is in favor of the students who are interested in technical challenges.

Eligibility and Career in Laser and Electro Optics Engineering

They should pass higher secondary courses of 10 +examination with Physics, Maths, and Chemistry as their major subjects. In the case of lateral entry, candidates should pass the diploma in the relevant field. And candidates who are qualified for the joint entrance examination of the year of admission conducted by the central government for post-graduate admission to pursue the Engineering and Technology degrees are also eligible criteria for taking this our courses. To pursue a post-graduate program, candidates should pass a bachelor's degree with minimum marks of 55%, and they should have a minimum pass mark in the entrance exam also must need. It is one of the evergreen fields in Engineering because it has a large number of career opportunities. The graduate from this field had found employment in the areas of academic Institutions, telecommunications companies, R&D organizations, Optical Fibre companies, IT companies, and scientific equipment manufacturing companies along with job role named as the network administrator, Optics design engineering, Account Assistant, Automation tester, Quality advisor, simulation engineer, Oracle application analyst, and fiber optic technician. Engineering in this field has a huge number of opportunities in both government and the private sectors Central and state governments.

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