Engineering the Future
Mechanical engineering is the backbone of the industrial world. At COEB, we move beyond the whiteboard to focus on the shop floor. Our program is built around nine specialized laboratories where students tear down engines, test material strengths, and learn the precision of CNC machining. We aim to produce technicians who don't just know how a machine works., they know how to fix, design, and optimize it.The practical skills gained through the diploma can also provide a foundation for Mechanical Engineering at the undergraduate level.
- The Machine Shop Practice
- Thermal & Engine Labs
- CAD/CAM Studio
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Diploma Students
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Placements
Career Opportunities
Automation & Robotics
Working with the "smart" machines of Industry 4.0. Handling PLC-controlled systems and industrial robots in modern assembly lines.
Quality & Testing
Using precision instruments and Non-Destructive Testing (NDT) to ensure every part meets safety and performance standards.
Plant Maintenance
Being the first line of defence in power plants or factories., diagnosing faults and keeping heavy machinery running smoothly.
CORE FOCUS AREAS
Our curriculum is streamlined to match the current needs of the manufacturing and power sectors.
Manufacturing Technology
Mastering the processes that shape the modern world, from casting and welding to high-tech CNC operations.
Thermal & Power Engineering
A deep dive into boilers, turbines, and the energy systems that power our cities and vehicles.
Fluid & Hydraulic Machines
Understanding how pumps and turbines move liquids and gases�essential for irrigation and industrial transport.
HOD's Message
"Our academic approach combines strong foundational learning with intensive practical training, ensuring that students develop competence across core areas. Beyond classroom and laboratory instruction, students are encouraged to participate in industrial visits, internships, skill development programmes, and technical activities that broaden practical exposure and improve professional readiness."
Dr. Subhakanta Nayak
Head of Department, Diploma in Mechanical EngineeringFaculty Profile
Dr. Subhakanta Nayak
Associate Professor & HOD
Dr. Shanta Mohapatra
Assistant Professor
Dr. Annada Prasad Moharana
Assistant Professor
Tapas Kumar Chand
Assistant Professor
Pradipta Kumar Rout
Assistant Professor
Pili Kumari Sahoo
Assistant Professor
Mrutyunjay Parida
Assistant Professor
Mr. Amaresh Mohanty
Assistant Professor
Laboratories
Modern Workshop
Fully equipped with lathes, milling machines, and CNC platforms.
Thermal Engineering Lab
Engines and boiler test rigs for practical thermodynamics study.
Library & Learning Resources
The mechanical diploma programme is supported by industry-specific resources, manufacturing references, and workshop manuals that help students understand systems, design, and production techniques.
- Workshop, CAD, and manufacturing references
- Thermal and fluid mechanics study material
- Lab manuals and technical project archives
Top Alumni
Production Engineer
Our alumni work in manufacturing plants, maintenance teams, machining facilities, and industrial service organizations.
Maintenance & Operations
Graduates support plant reliability, machine diagnostics, and equipment optimization in industrial settings.
Higher Studies & Technical Careers
Students continue into degree programmes and engineering roles focused on thermal systems, automation, and design.
PEO's & PO's
The programme prepares students for real-world mechanical engineering work through technical skill-building, industry exposure, and practical hands-on learning.
PEO 1
Prepare students for roles in manufacturing, maintenance, and industrial operations.
PEO 2
Build competence in workshop practices, machine systems, design, and technical troubleshooting.
PEO 3
Create professionals who value safety, efficiency, production quality, and continuous improvement.