Bodri Bilaspur C.G
17 Years of Excellence
AICTE APPROVALS
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Mechanical Engineering

Mechanical Engineering


Mechanical Engineering popularly known as “Royal Mech” is one of the oldest and evergreen branch of engineering, which has widely spread its roots into multiple areas of research by giving birth to many newer engineering disciplines like Automotive Engineering, Mechatronics, Nanotechnology, Material Science and Metallurgy, Marine Engineering, Aeronautical Engineering, Production Engineering, Robotics and many more. It can be well stated that mechanical engineering is the broadest and most diverse of engineering disciplines.

LABS

  • The Mechanical Engineering department labs are fully equipped to meet the modern needs of the bachelor degree students:
  • IC Engine/Thermodynamics Lab
  • Fluid Mechanics/MMM Lab
  • SOM/DOM/KOM Lab
  • RAC/HMT Lab
  • Automobile Lab
  • Engineering Mechanics Lab
  • Mechanical Workshop Lab
  • Robotics Lab
  • CAD CAM Lab

Teaching Pedagogy

Mechanical Engineering education is designed to provide students with a strong foundation in fundamental concepts, hands-on experience, and industry exposure. The pedagogy incorporates various teaching methodologies to ensure effective learning:

  1. Lecture-Based Learning
    • Conceptual learning through interactive lectures covering thermodynamics, fluid mechanics, machine design, manufacturing processes, etc.
    • Multimedia tools, real-world case studies, and problem-solving sessions to enhance understanding.
  2. Laboratory and Experimental Learning
    • Practical exposure through labs for material testing, fluid mechanics, heat transfer, dynamics, and CNC machining.
    • Experiments that reinforce theoretical concepts and develop hands-on skills.
  3. Project-Based and Problem-Based Learning (PBL)
    • Encouraging students to work on real-world engineering problems through individual and group projects.
    • Design and development of mechanical systems to enhance problem-solving skills.
  4. Industry-Integrated Learning
    • Industrial visits, guest lectures, and live projects in collaboration with industries.
    • Exposure to the latest advancements in automation, robotics, and manufacturing.
  5. Computer-Aided Learning and Simulations
    • Training in software like AutoCAD, SolidWorks, CATIA, ANSYS, MATLAB, and CFD for design and analysis.
    • Simulating mechanical components and processes to enhance technical understanding.
  6. Interdisciplinary and Emerging Technology Learning
    • Integration of IoT, Artificial Intelligence, and Data Analytics in mechanical systems.
    • Exposure to smart manufacturing, Industry 4.0, and sustainable engineering practices.
  7. Research-Oriented Learning
    • Encouragement for innovation, patent filing, and publishing research papers.
    • Participation in technical competitions, hackathons, and SAE/Baja events.
  8. Entrepreneurship and Innovation-Based Learning
    • Incubation support for startups and product development in mechanical engineering.
    • Encouragement of students to develop their own innovations and business models.
  9. Sustainable and Ethical Engineering Education
    • Focus on environmentally friendly mechanical solutions.
    • Emphasis on ethical and responsible engineering practices.
Faculty Name Qualification Designation Experience (Years)
MR. ASHISH PAUL BE, M.Tech, PhD pursuing HOD Mechanical Engineering 18
MR. ASHUTOSH JAISWAL BE, M.Tech Asst. Professor, Mechanical Engineering 15
MR. ASIM MUKHEERJI BE, M.Tech Asst. Professor, Mechanical Engineering 12
MR. AVINASH SINGH BE, M.Tech (Pursuing) Asst. Professor, Mechanical Engineering 2

Intake

Course Eligibility Seats Duration Department
Mechanical Engineering 12th marks: For Gen - 45% (PCM), For category - 40% (PCM), PET/JEE 30 4 years Machnical Engineering

Our Vision and Mission

DEPARTMENT VISION

To be a center of excellence in mechanical engineering education, research, and innovation by fostering technical competence, ethical values, and leadership qualities for sustainable development.

DEPARTMENT MISSION

  • 1: Quality Education: To impart high-quality education and skill-based training in mechanical engineering.
  • 2: Research & Innovation: To encourage research and innovation in emerging mechanical technologies.
  • 3: Industry Collaboration: To establish strong partnerships with industries for hands-on training and real-world exposure.
  • 4: Sustainability & Ethics: To promote sustainable engineering solutions and ethical responsibility among students.
  • 5: Entrepreneurial Growth: To nurture innovation and entrepreneurship in the field of mechanical engineering.
mission
mission

Program Educational Objectives (PEOs)

  • 1: Core Engineering Knowledge: Graduates will have a strong foundation in mechanical engineering principles and problem-solving techniques.
  • 2: Technical and Analytical Skills: Graduates will develop technical proficiency in designing, analyzing, and manufacturing mechanical systems.
  • 3: Innovation and Sustainability: Graduates will integrate sustainable practices and innovative technologies in mechanical engineering.
  • 4: Lifelong Learning & Higher Studies: Graduates will engage in continuous learning through advanced studies, research, and certifications.
  • 5: Professionalism & Leadership: Graduates will exhibit leadership qualities, teamwork, and professional ethics in the industry.

PROGRAM SPECIFIC OUTCOMES (PSOs)

  • 1: Design and Manufacturing Expertise: Apply principles of mechanical design, materials, and manufacturing to develop efficient mechanical systems.
  • 2: Thermal and Fluid Engineering Applications: Utilize thermodynamics, heat transfer, and fluid mechanics for the development of energy-efficient systems.
  • 3: Automation and Smart Technologies: Implement Industry 4.0 concepts, robotics, and automation for advanced mechanical engineering solutions.

Department Achivements

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Machnical Department Gallary

Research Paper Publication

Paper Title Author Name Publication Year Department
OPTIMIZATION OF PRESSURE DIE CASTING PROCESS PARAMETERS BY TOPSIS METHODMr. MUKESH UPADHYAY2015Mechanical Engineering
Application of neural networks for optimization techniques.Mr. ASHIM MUKHERJEE2017Mechanical Engineering
Analysis of Natural Convection Flow through Square Cavity by Computational Fluid Dynamic AnalysisMr. HIMANSHU MEHTA2020Mechanical Engineering
DEVELOPMENT OF HEAT TREAETMENT OF STEEL IN TURBINEMr. ASHUTOSH JAISWAL2017Mechanical Engineering
Theoretical Analysis of Single Slope Passive Solar Distillation for Higher Yield: Comparing for different climatic zones of IndiaMr. G. P. Gupta2012Mechanical Engineering
INTELLIGENT CONTROLLER FOR PATH PLANNING OF ROBOTMr. Ashish Paul2011Mechanical Engineering

Competitive Exam Prepration

S. No. Name of Activities Year
1GATE exam Preparation B. Tech Mech2021
2Employability Skill Training on Aptitude PROFICIENCY2022
3GATE Awareness Program2021-22
4GATE exam Preparation B. Tech Mech2022-23
5GATE exam Preparation B. Tech Mech2023-24
6GATE Crash Course2023-24
7Industrial cum Motivational Session by CIPET RAIPUR2023-24
8Industrial Visit2023

Soft Skills

Sr. No. Name of the Capacity Building and Skill Enhancement Programs Year
1CNC Programming & Machining Training Technical Skill Development2022
2Enhancing Roadways efficiency and safety through smart streetlight2024
3Enhancing Roadways efficiency and safety through smart streetlight infrastructure: a guide to optimization2024

Life Skills

Sr. No. Name of the Capacity Building and Skill Enhancement Programs Year
1Webinar on Sustainability through Green Manufacturing2022
2Green Chemistry and its implications for long-term development2022

ICT/Computing Skills

Sr. No. Name of the Capacity Building and Skill Enhancement Programs Year
1Mother of all machines2023-24
2Techfest (Robo War)2023-24
3Project Demonstration2022-23

Department Activity

Type of Activity Title of the Event Year Duration Number of Participants
Gate Exam PreparationGate Exam Preparation Mech20212 months42
Industrial VisitHasdeo Bango Dam20231 Day38
TechfestMechanical minds in motion – TechFest ignites innovation20232 Days29
WebinarWebinar on Sustainability through Green Manufacturing20221 Day119
WebinarGreen Chemistry and its implications for long-term development20221 Day97
Designed and Maintained By Sudhanshu Chandrakar