Registration End Date : 9 July 2024
The Mechanical Engineering Department at Rayat Bahra Institute of Engineering & Nano Technology focuses on the principles of mechanical systems and design. The department offers a curriculum that includes core subjects like thermodynamics, fluid mechanics, mechanics of materials, and machine design. Students gain practical experience through labs, workshops, and projects. The department emphasizes a strong foundation in both theoretical concepts and practical applications, preparing students for careers in industries such as automotive, aerospace, manufacturing, and energy.
| Semester | Batch Name | Category | Intake | Total Sem Fee |
|---|---|---|---|---|
| Per Semester | 2024-2028 | General | 60 | 45000 |
Eligibility: 10+2 Non-Medical
3 years Diploma, Pass in qualifying exam as per Uni. guidelines, BSc Non Med. from UGC Recognised University with 45% Marks for Gen & 40 % for Reserve Category. Passed D. Voc Stream.
Duration: 4 years
Affiliated to: IKG Punjab Technical University, Kapurthala
Approved by : AICTE
After completing a degree in Mechanical Engineering, graduates have a broad range of career opportunities. They can work as Mechanical Engineers, focusing on the design, analysis, and maintenance of mechanical systems and components. In the automotive industry, they can develop and enhance vehicle systems, while in aerospace, they work on aircraft and spacecraft technology. Manufacturing Engineers oversee production processes, aiming to improve efficiency and quality. Energy Engineers focus on developing and managing energy systems, including renewable energy technologies. Robotics Engineers design and implement robotic systems for various applications, and HVAC Engineers work on heating, ventilation, and air conditioning systems. Additionally, Mechanical Engineering graduates can pursue roles in consulting and project management, offering their expertise to optimize engineering solutions and manage complex projects. This diverse career scope spans multiple industries, including automotive, aerospace, energy, manufacturing, and robotics, providing numerous opportunities for growth and specialization. Moreover, students can make their career in Merchant Navy.
The first semester provides a strong foundation in mechanical engineering. Engineering Mathematics I covers essential mathematical techniques. Engineering Physics and Engineering Chemistry provide fundamental scientific knowledge. Introduction to Mechanical Engineering offers an overview of the field, while Engineering Graphics introduces technical drawing skills. Communication Skills are developed to enhance students’ ability to effectively convey technical information.
In the second semester, students build upon their foundational knowledge. Engineering Mathematics II extends mathematical skills. Strength of Materials explores material properties and stress analysis. Thermodynamics covers principles of energy and heat transfer. Fluid Mechanics examines the behavior of fluids in motion and at rest. Manufacturing Processes introduces various techniques used in material fabrication. Environmental Science provides insights into the impact of engineering on the environment.
The third semester emphasizes core mechanical engineering concepts. Dynamics of Machinery explores the motion and forces in mechanical systems. Mechanical Design focuses on design principles and applications. Control Systems introduces techniques for regulating mechanical systems. Heat and Mass Transfer covers methods of transferring heat and mass in engineering systems. Probability and Statistics are applied to engineering data analysis, and Technical English enhances communication skills in technical contexts.
In the fourth semester, students delve into advanced mechanical engineering topics. Manufacturing Technology covers advanced manufacturing processes and techniques. Machine Design focuses on the design and analysis of mechanical components. Robotics and Automation explores the use of robots and automated systems in industry. Mechanical Vibrations examines oscillatory systems and vibrations. Elective I allows students to explore specialized topics within mechanical engineering.
The fifth semester emphasizes applied mechanical engineering and specialization. Thermal Engineering covers advanced topics in heat transfer and thermodynamic cycles. Design of Experiments introduces methods for designing and analyzing experiments. Production Planning and Control explores strategies for efficient production management. Engineering Management provides insights into managing engineering projects and teams. Students select their second Elective and an Open Elective I to broaden their academic experience.
In the sixth semester, students engage in hands-on projects and advanced studies. Advanced Manufacturing Processes explores cutting-edge techniques in manufacturing. Computational Fluid Dynamics (CFD) introduces simulation techniques for analyzing fluid flow. Machine Learning for Mechanical Engineers covers the application of machine learning techniques to mechanical systems. Students select their third Elective and an Open Elective II. A Minor Project allows students to apply their knowledge to practical engineering challenges.
The seventh semester focuses on integrating knowledge with major projects and emerging technologies. Mechatronics combines mechanical, electrical, and computer engineering for advanced systems. Renewable Energy Systems explores sustainable energy technologies. Advanced Control Systems covers sophisticated techniques for controlling complex systems. Students work on their Major Project Part I and select their fourth Elective and an Open Elective III.
The final semester culminates in comprehensive project work and industry experience. Major Project Part II involves completing and presenting a significant engineering project, demonstrating the culmination of learning throughout the program. Professional Ethics in Engineering covers ethical considerations and responsibilities in the engineering profession. Industry Internship provides practical experience and exposure to real-world engineering environments. Students select their fifth Elective and an Open Elective IV, completing their education with diverse learning opportunities.
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