Registration End Date : 9 July 2024
Rayat Bahra Institute of Management, affiliated with IKG-PTU, Kapurthala, offers a B.Sc. in Optical and Thermal Technology that provides comprehensive training in optical systems and thermal technology applications. This program covers the principles of optics, thermal imaging, and related fields, preparing students for careers in electronics, telecommunications, and environmental monitoring. With a focus on advanced education in photonics, imaging, thermal management, and energy systems, the program equips students for dynamic careers in these cutting-edge technologies.
| Semester | Batch Name | Category | Intake | Total Sem Fee |
|---|---|---|---|---|
| semester 1 | 2024-2028 | General | 150 | 50000 |
| semester 2 | 2024-2028 | General | 60 | 50000 |
Eligibility: 10+2 Medical (Physics &Chemistry& Biology)
(6 Months internship is Mandatory)
Duration: 3 years 6 Months
Affiliated to: IKGPTU Kapurthala
The B.Sc. in Operation Theatre Technology trains students to assist surgeons, manage theatre equipment, and maintain sterile environments during surgeries. Graduates can work as Operation Theatre Technologists, Surgical Assistants, or Anaesthesia Technologists in hospitals and clinics. The growing demand for skilled professionals in this field reflects advancements in surgical procedures and healthcare services.
he first semester of the Bachelor of Science in Optical and Thermal Technology programme lays the groundwork for future studies. Students begin with an overview of optical systems and their applications in Introduction to Optical Technology. They also explore Basic TheTrmodynamics and Physics of Light and Heat to build a fundamental understanding of thermal and optical principles. Engineering Mathematics I provides essential mathematical skills, while Electrical and Electronic Fundamentals covers core electronics concepts. The semester also includes Environmental Studies, offering insight into the environmental aspects related to optical and thermal technologies.
Students delve into more specialised optical and thermal technology areas in the second semester. They study optical systems and instruments to learn about various optical devices, thermal dynamics, and heat transfer to understand heat movement and energy efficiency. The course on Optoelectronics focuses on the integration of optical and electronic systems. Engineering Mathematics II further develops mathematical proficiency, and Material Science covers the properties and uses of different materials.
The third semester advances students’ knowledge with courses like Photonics and Fiber Optics, which covers light transmission through fibre optics. Heat Exchange and Thermal Systems offers an in-depth look at heat transfer and system design. Optical Communication Systems focuses on technologies for data transmission using optical methods. Statistical Methods for Engineers introduces statistical tools for data analysis, while Introduction to Computer Programming provides basic programming skills. Elective II allows for further specialisation based on student’s interests.
The fourth semester covers advanced topics in optical and thermal technologies. Laser Technology and Applications explores various laser systems and their uses. Thermal Analysis Techniques include methods for analysing thermal properties, and Optical Design and Simulation involve creating and testing optical systems using simulation tools. Advanced Material Science provides deeper insights into material properties.
In the fifth semester, students engage with practical and advanced subjects. Optical Metrology and Sensors focus on measurement techniques and sensor technologies. Renewable Energy Systems examine sustainable energy solutions, and Advanced Heat Transfer Systems cover complex strategies for heat management. Signal Processing introduces methods for analysing and manipulating signals.
The sixth semester addresses more complex concepts and research skills. Thermal Management in Electronics examines heat management in electronic devices, while Optical Engineering covers the design and application of optical systems. Computational Fluid Dynamics provides insights into fluid flow modelling and analysis, and Research Methodology equips students with techniques for conducting scientific research.
The seventh semester provides practical experience and advanced study opportunities. Students participate in an Industry Internship for hands-on experience, study Advanced Optical Systems to explore cutting-edge technologies and engage in Thermal Systems Design for complex thermal systems. Photonic Devices and Applications covers the latest in photonics technology. Open Elective IV allows for further exploration of individual interests.
In the final semester, students complete comprehensive projects and prepare for their careers. The Capstone Project integrates their learning into a significant research or design project. Advanced Topics in Optical and Thermal Technology explores current trends and emerging technologies. Professional Development and Career Planning help students prepare for their professional futures, and Integrated System Design emphasises combining optical and thermal systems. Elective VI provides one last opportunity for specialisation.
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