Manufacturing (Conventional, CNC and Additive)
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Domain Track: Manufacturing (Conventional, CNC and Additive)

Domain Track: Manufacturing (Conventional, CNC and Additive)

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Manufacturing describes applying tools and processes — developed through scientific, industrial, and engineering advances — to improve process efficiency, quality, and productivity. To sustain ongoing growth, the domain is hyper-focused on advances in Software-Based Systems, Material Removal Tools and Processes, Computer-Controlled Production, Material Handling Systems, and Additive Processes.

Code: CUTM2016

Total Credits ( T-P-P): 26 (2-14-10)

Course Divisions:

  • Manufacturing Requirements and Planning (Jigs & Fixtures; Process
  • Planning & Cost Estimation) (2-0-0)
  • Conventional Machining for Cylindrical and Prismatic Shape Components (0-4-2)
  • CNC Machining (0-6-2)
  • Non-Traditional Machining and 3D Printing (0-2-2)
  • Wood Engineering (0-2-0)
  • Internship (0-0-4)

Domain Track Objectives:

The Manufacturing (Conventional, CNC & Additive) domain has been a leader in providing a course for the Engineering students. Operating conventional and unconventional machinery takes a variety of skills. The domain offers hands-on training in the Jigs and Fixtures, Process Planning and Cost Estimation, Conventional Machining for Cylindrical Shape Component, Conventional Machining for Prismatic Shape Component, CNC Machining, Non-Traditional Machining, 3D Printing, and Wood Engineering. All the subjects or sections also incorporate learning & applications of new age designing –analysis-manufacturing software like AutoCAD, CATIA, Pro-E, Master CAM, and ANSYS. Each Student is guided continuously and monitored throughout for developing products with a broader social and institutional context of sustainability and effective transformation to become an Industry Ready.

  • To provide in-depth technical training & knowledge of machining technologies and machinery which would strengthen product development and industrial-institutional partnership.

Domain Track Learning Outcomes:

Students will able to

  • Operative machine tools effectively & efficiently
  • Produce components/products by executing various operations with desired accuracy & finish

Career scope:

  • Graduate Engineer Trainee & Production Engineer (Process, Production, and Project ManagementSupport)
  • Construction
  • Marketing
  • Technical service or Maintenance Support
  • Research

Domain Syllabus:

1. Manufacturing Requirements and Planning (Jigs & Fixtures; Process Planning & Cost Estimation) (2-0-0) (20 Hrs)
2. Conventional Machining for Cylindrical and Prismatic Shape Components (0-4-2) (75 Hrs)
3. CNC Machining (0-6-2) (100 Hrs)
2. Conventional Machining for Cylindrical and Prismatic Shape Components (0-4-2) (75 Hrs)
3. CNC Machining (0-6-2) (100 Hrs)
4. Non-Traditional Machining and 3D Printing (0-2-2) (50 Hrs)
5. Wood Engineering (0-2-0) (25 Hrs)

Session Plan:

1. Manufacturing Requirements and Planning (Jigs & Fixtures; Process Planning & Cost Estimation) (2-0-0) (20 Hrs)
2. Conventional Machining for Cylindrical and Prismatic Shape Components (0-4-2) (75 Hrs)
3. CNC Machining (0-6-2) (100 Hrs)

Session 2: Interpret Engineering Drawings (Drawing, Standards & Symbols)

 

2. Conventional Machining for Cylindrical and Prismatic Shape Components (0-4-2) (75 Hrs)
3. CNC Machining (0-6-2) (100 Hrs)
4. Non-Traditional Machining and 3D Printing (0-2-2) (50 Hrs)
5. Wood Engineering (0-2-0) (25 Hrs)

Internship:

Software Exposure:

List of Projects/ Papers/Jobs/Products to be done in the Domain:

Conventional Machining for Cylindrical and Prismatic Shape Components
Products Research Papers
Name Qty Purpose/ Client
EDM Copper Electrode 10 Institutional 1. Process Characterization
2. Process Optimization
3. Advances in Machining & Machine Tools
Center Punch 10 Institutional
Chuck Kee 06 Institutional
EDM Vice 03 Institutional
Surface Gauge 05 Institutional
V-Block 03 Institutional
3D Printer Graphite Crucible 02 Institutional
CNC Machining; Non-Traditional Machining and 3D Printing
Products Research Papers
Name Qty Purpose/ Client
Bottom Cutter 01 Tata Motors 1. Machine Tool Integration
2. Process Optimization
3. 3D Printing with different Materials
4. Machine Learning in Additive Manufacturing
Temperature Sensors Fixtures 01 ISRO
Forging Dies 01 RSB Transmission
Latch 01 SMS India
Mild Steel Cannon 01 Institutional
Knurling Tool 05 Institutional
Bottom Cutter 02 Institutional
CNC Precision Turned and Milled Components 05 Institutional
Decorative & Useful Items 20 Institutional
Wood Engineering
Products/Jobs Research Papers
Name Qty Purpose/ Client
Interior Design; EV Unit 01 Institutional 1. Innovation & New Product Development
2. Joint Analysis
3. Wood Composites
4. Multifunctional Engineered Products
Interior Design; Physiotherapy lab 01 Institutional
Interior Design; pharmacy lab 01 Institutional
  • Materials and Process Characterisation, Process Optimization
  • CNC Precision Turned and Milled Components (Industrial, Automotive, Machinery)
  • Wooden Products (Interior Designs, Furniture, Structures)

Text Book & Reference:

Text Books:

1.  Rao P.N., “Manufacturing Technology”, Volume II, Mc-Graw Hill.

2.  Smid P., "CNC Programming Techniques'',  1st Edition, Industrial Press Inc.

 

Reference Books:

1. Groover P. M., “Fundamentals of Modern Manufacturing”, 4th Edition, John Wiley & Sons.

2. Kesavan R., Elanchezhian C., Vijaya Ramnath B., “Process Planning & Cost Estimation”, New Age        International.

3. Bandyopadhyay A., "Additive Manufacturing" 1st Edition, CRC Press.

 

Others:

National Programme on Technology Enhanced Learning (NPTEL)

                   

Source of Reference: NSQF, Levels 6-8, Capital Goods & Manufacturing-Sector

Latest News & Student Testimonials

Ongoing Summer internship program on CNC Machining & Cabinet Making-1st June 2022 to 05th July 2022 @ CUTM, Odisha.

Ongoing Summer internship program on CNC Machining & Cabinet Making-1st June 2022 to 05th July 2022 @ CUTM, Odisha.

Our goal is to provide real-world, thought-provoking internships to undergraduate and graduate level students. A group of 39 students enrolled for this summer internship program.The internship aims to develop the visibility of students’ skills and potentials in ways relevant to manufacturing needs & employability in the field of machining & cabinet making.

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Our Main Teachers

Dillip Mohanta

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Dr. Ardhendu Mouli Mohanty

Pro Vice Chancellor
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Dr. ArdhenduMouli Mohanty has an experience of 45 years, 35 years in the industry and 10 years in academics. A graduate in Mechanical Engineering from University College of Engineering, Sambalpur University in the year 1973. He obtained M.Tech in Production Science & Technology from IIT Kharagpur and PhD in Welding Engineering from IIT Madras. JoinedBHEL […]

Santosh Patro

Assistant Professor
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I completed my B.Tech in Mechanical Engineering from Jagannath Institute of Technology and Management, Paralakhemundi, Odisha in 2010. I did my M.Tech in Mechanical Engineering (Specialization – Production Engineering) from Veer Surendra Sai University of Technology (VSSUT), Burla, Odisha in 2014. Currently, i am persuing my PhD in Centurion University of Technology and Management, Odisha, […]