Mechanical Engineering is the discipline that applies the principles of engineering, physics and material science for the design, analysis, manufacturing and maintenance of engines, machines and other mechanically functioning equipments. The Department of Mechanical Engineering was established in 2014 with an aim to provide application based quality education to students. The Department places heavy emphasis on the laboratory component in the teaching curriculum and innovative research projects. Students are exposed to real industry situations through industrial visits and trainings. Regular activities are also organized to enhance the morale of students. The Department has well qualified and experienced team of faculty specialized in different fields of Mechanical Engineering, who are committed to provide quality education.
Following are the well equipped labs in the Department to cater the needs of the diploma students:
Mechanical Engg Lab
Fluid Mechanics and Hydraulics Machines Lab
TOM and Measurement Lab
Heat Power Lab
Automobile Lab
Workshop
CAD/CAM Lab
Engg Drawing Lab
To strive in preparing diploma mechanical engineers with core knowledge, basic skills and professional ethics in order to cope with the ever changing industrial demands and social needs.
To provide students the basic knowledge by imparting quality education in the area of Mechanical Engineering.
To enhance practical skills by providing hands on practice on different machine tools.
To develop humane, socio-ethical values and entrepreneurship qualities among Mechanical engineering students
PEO1.To identify, analyze and solve technical problems through the application of science and engineering principles.
PEO2.To achieves employment in broad range of industries and to invoke the desire for continuing education.
PEO3. To adopt ethical attitude and exhibit effective skills in communication, teamwork and leadership qualities.
PO1.Basic and Discipline specific knowledge: Apply knowledge of basic mathematics, science and engineering fundamentals and engineering specialization to solve the engineering problems.
PO2.Problem analysis: Identify and analyse well-defined engineering problems using codified standard methods.
PO3.Design/development of solutions: Design solutions for well-defined technical problems and assist with the design of systems components or processes to meet specified needs.
PO4.Engineering Tools, Experimentation and Testing: Apply modem engineering tools and appropriate technique to conduct standard tests and measurements.
PO5.Engineering practices for society, sustainability and environment: Apply appropriate technology in context of society, sustainability, environment and ethical practices.
PO6.Project Management: Use engineering management principles individually, as a team member or a leader to manage projects and effectively communicate about well-defined engineering activities.
PO7.Life-long learning: Ability to analyse individual needs and engage in updating in the context of technological changes.
PSO1.Develop the knowledge and skill relevant to Automobile, Thermal and fluid power industries.
PSO2.Exhibit the ability to make a product related to Mechanical Engineering and allied engineering fields.
SL. NO | NAME OF THE EXPERIMENT | PHOTOGRAPHS | LIST OF EQUIPMENTS |
1 |
TO MAKE AND PREPARE DOUBLE V BUTT JOINT BY USING ARC WELDING PROCESS. |
ELECTRIC ARC WELDING MACHINE SET |
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2 |
TO MAKE AND PREPARE DOUBLE FILLET LAP JOINT BY USING ARC WELDING PROCESS. |
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3 |
TO MAKE AND PREPARE DOUBLE FILLET TEE JOINT. |
SL. NO | NAME OF THE EXPERIMENT | PHOTOGRAPHS | LIST OF EQUIPMENTS |
1 |
TO MAKE DIFFERENT OPERATIONS BY USING SS AND SC LATHE. |
LATHE MACHINE, | |
2 |
TO PREPARE A V-BLOCK BY USING SHAPER MACHINE. |
SHAPER MACHINE | |
3 |
TO PREPARE A SPUR GEAR USING UNIVERSAL MILLING MACHINE. |
UNIVERSAL MILLING MACHINE | |
4 |
TO PREPARE DRILLING AND BOARING OPERATION BY USING DRILLING MACHINE. |
DRILLING MACHINE |
SL. NO | NAME OF THE EXPERIMENT | PHOTOGRAPHS | LIST OF EQUIPMENTS |
1 |
TO MAKE AND PREPARE TRINGULAR MALE AND FEMALE JOINT. |
BENCH VICE, TRY SQURE, SCRIBER, DOT PUNCH, SURFACE PLATE, ANGLE PLATE, STEEL RULE, VERNIER HEIGHT GAUGE, HACKSAW (FIXED FRAME), SINGLE CUT FILE, DOUBLE CUT FILE, BALL PEAN HAMMER |
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2 |
TO MAKE AND PREPARE RECTANGULAR MALE AND FEMALE JOINT. |
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3 |
TO MAKE AND PREPARE OCTAGONAL HAMMER. |
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4 | TO MAKE AND PREPARE TRY-SQUARE. | ||
5 | TO MAKE AND PREPARE CALLIPER |
SL. NO | NAME OF THE EXPERIMENT | PHOTOGRAPHS | LIST OF EQUIPMENTS |
1 | TO MAKE AND PREPARE SINGLE DOVE TAIL LAP JOINT |
RIP SAW, FIRMAR CHIESEL, IRON JACK PLANE, GIMLET DRILL, C-CLAMP, CLAW HAMMER, MALLET |
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2 | TO MAKE AND PREPARE MORTISE AND TENON JOINT. |
SL. NO |
NAME OF EXPERIMENT |
PHOTOGRAPHS |
LIST OF EQUIPMENTS |
1 |
2D DRAWINGS OF RECTANGLE, CIRCLE, POLYGON AND ITS DIMENSIONING |
25 NOS OF DESKTOP COMPUTER WITH UPS. AUTOCAD SOFTWARE 2D/3D PRINTER |
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2 |
3D DRAWINGS OF; 1.GIB AND CUTTER JOINT 2.SCREW JACK; 3.CONNECTING ROD; 4.BEARING BLOCK |
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3 |
PART MODELLING, DATUM PLANE, DATUM PLANE; CONSTRAINT; DIMENSIONING; EXTRUDE; REVOLVE; SWEEP; PROTRUSION; EXTRUSION; RIB; SHELL; HOLE; ROUND; CHAMFER; COPY; MIRROR; ASSEMBLY; ALIGN; ORIENT. |
Sl No. |
NAME OF EXPERIMENT |
PHOTOGRAPHS |
LIST OF EQUIPMENTS |
1 |
Performance test on impulse turbine and to find out the efficiency |
Impulse turbine(PELTON WHEEL) Test Rig with arrangements to find efficiency |
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2 |
Performance test on Francis turbine and to find out the efficiency |
Francis turbine Test Rig with arrangements to find efficiency |
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3 |
Direct operation of single &double acting pneumatic cylinder. |
Pneumatic Trainer Kit with accessories |
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4 |
Determination of centrifugal force of a governor (Hart Nell / Watt/Porter). |
GOVERNOR APPARATUS |
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5 |
Study & demonstration of static balancing apparatus |
STATIC APPARATUS |
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6 |
Study & demonstration of epicyclic gear train. |
EPICYCLIC GEAR TRAIN |
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7 |
Verification of Bernoulli’s theorem |
BERNOULLI’S APPARATUS |
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8 |
Determination of Cd from venturimeter |
VENTURIMETER APPARATUS |
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9 |
Study of pressure measuring devices (manometer, Bourdon tube pressure gauge) |
PRESSURE MEASURING DEVICES (BOURDON TUBE PRESSURE GAUGE, MANOMETER) |
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10 |
Determine of Darcy’s coefficient from flow through pipe |
FLOW THROUGH PIPE APPARATUS |
SL. NO |
NAME OF EXPERIMENT |
PHOTOGRAPHS |
LIST OF EQUIPMENTS |
1 |
DETERMINATION OF TORSIONAL RIGIDITY OF THE SHAFT USING TORSION TESTING MACHINE |
TORSION TESTING MACHINE |
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2 |
DETERMINATION OF SALIENT POINTS (YOUNG’S MODULUS, YIELD POINT, FRACTURE POINT) FROM STRESS- STRAIN CURVE USING UNIVERSAL TESTING MACHINE |
DIGITAL UNIVERSAL TESTING MACHINE |
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3 |
DETERMINATION OF HARDNESS NUMBER BY ROCKWELL/VICKERS HARDNESS TESTING MACHINE |
HARDNESS TESTING MACHINE (BRINELL) |
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4 |
DETERMINATION OF TOUGHNESS USING IMPACT TESTING MACHINE (CHARPY/IZOD) |
IMPACT TESTING MACHINE (IZOD/CHARPY) |
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5 |
DETERMINE THE BRAKE THERMAL EFFICIENCY OF SINGLE CYLINDER DIESEL ENGINE. |
SINGLE CYLINDER DIESEL ENGINE TEST RIG |
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6 |
DETERMINE THE B.H.P, I.H.P BSFC OF A MULTI CYLINDER ENGINE BY MORSE TEST. |
MULTI CYLINDER DIESEL/PETROL ENGINE |
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7 |
DETERMINE THE BRAKE THERMAL EFFICIENCY OF SINGLE CYLINDER PETROL ENGINE. |
SINGLE CYLINDER PETROL ENGINE TEST RIG 0 |
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8 |
TO STUDY THE FOLLOWING STEAM GENERATORS (BOILERS) MODELS. |
LANCASHIRE BOILER, CORNISH BOILER, BABCOCK & WILCOX BOILER. VERTICAL WATER TUBE BOILER. |
SL. NO |
NAME OF EXPERIMENT |
PHOTOGRAPHS |
LIST OF EQUIPMENTS |
1 |
STUDY THE CONSTRUCTION FEATURES OF DOMESTIC REFRIGERATOR. |
DOMESTIC REFRIGERATOR TEST RIG |
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2 |
STUDY THE CONSTRUCTION FEATURES OF WINDOW AIR CONDITIONER |
WINDOW AIR CONDITIONER TEST RIG |
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3 |
STUDY THE CONSTRUCTION FEATURES OF SPLIT AIR CONDITIONER |
SPLIT AIR CONDITIONER TEST RIG |
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4 |
STUDY OF AUTOMOBILE CHASSIS. |
CHASSIS OF A CAR |
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5 |
STUDY OF ACTUAL CAR ENGINE. |
COMPUTERIZED 4 STROKE PETROL/ DIESEL ENGINE |
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6 |
TO STUDY THE COOLING TOWER. |
WATER COOLER TEST RIG |
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7 |
STUDY OF 2-S, 4-S PETROL & DIESEL ENGINE MODELS |
MODEL OF 2/4 STROKE PETROL ENGINE |
Mechanical Department of Proctor Mentor for the year 2022-23
Sl. No. | Proctor List | Link |
1 | Proctor Mentor for the year 2022-23 | Download |
2 | Proctor Mentor (3rd sem, 5th sem) for the year 2021-22 | Download |
3 | Proctor Mentor (4th sem) for the year 2021-22 | Download |
4 | Proctor Mentor (6th sem) for the year 2021-22 | Download |
5 | Proctor Mentor for the year 2022-23 Mech, Even Semster | Download |
IRG Mechanical Department for the year 2022-23(STAINLESS STEEL WELDING TRAINING PROGRAM BY JSL KALINGANAGAR) |
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Sl. No | Semester | Link |
1 | 3rd & 5th Semester | Download |
2 | 4th & 6th Semester | Download |
3 | Time Table (4th & 6th sem- 2022-23) | Download |
4 | 3rd & 5th Semester Time table 2023-24 | Download |
5 | ||
6 | TIME TABLE 4th & 6th sem 2023-24 | Download |
7 | 3rd & 5th Semester MECHANICALBranch Regular Class Time Table Winter-2024 | Download |
8 | Revised 3rd & 5th Sem. Mechanical Regular Class Time Table Winter-2024 | Download |
MANAS KUMAR MISHRA 3RD SEMESTER, SUBJECT - PRODUCTION TECHNOLOGY(POWDER METALLURGY) |
MANAS KUMAR MISHRA 5th SEMESTER, SUBJECT - HMIFP LAB(TO FIND THE EFFICIENCY OF PELTON WHEEL TURBINE PART 1) |
MANAS KUMAR MISHRA 5th SEMESTER, SUBJECT - HMIFP LAB(TO FIND THE EFFICIENCY OF PELTON WHEEL TURBINE PART 2) |
MANAS KUMAR MISHRA 5th SEMESTER, SUBJECT - HMIFP LAB(TO FIND THE EFFICIENCY OF FRANCIS TURBINE PART 1) |
MANAS KUMAR MISHRA 5th SEMESTER, SUBJECT - HMIFP LAB(TO FIND THE EFFICIENCY OF FRANCIS TURBINE PART 2) |
MANAS KUMAR MISHRA 4th SEMESTER, SUBJECT - TOM LAB(Determine the heights of gauge blocks or parallel bars to accuracy of 0.02mm using Vernier height gauge.) |
MANAS KUMAR MISHRA 4th SEMESTER, SUBJECT - TOM LAB (Determination of the thickness of ground M.S flat to an accuracy of 0.02mm using Vernier Caliper) |
MANAS KUMAR MISHRA 4th SEMESTER, SUBJECT - TOM LAB(Study & demonstration of epicyclic gear train) |
MANAS KUMAR MISHRA 4th SEMESTER, SUBJECT - TOM LAB(Study & demonstration of epicyclic gear train) |
MANAS KUMAR MISHRA 3rd SEMESTER, SUBJECT - PRODUCTION TECHNOLOGY(POWDER METALLURGY) |
Smt. Gitanjali Sethy 4th SEMESTER, SUBJECT - TOM(Vibration of machine Parts) |
Smt. Suprava Behera 5th SEMESTER, SUBJECT - RAC(Refrigeration cycle and COP of Split AC) |
Smt. Suprava Behera 3rd Semester, Subject - Thermal Engg.-I (Otto Cycle) |
Mahesh Kumar Patra 5th Semester, Subject - HM & IFP (Pneumatic Trainer Part-I) |
Mahesh Kumar Patra 5th Semester, Subject - HM&IFP (Pneumatic Trainer Part-II) |
Mahesh Kumar Patra 3rd Semester, Subject - MOM (Verify Bernoulli' s theorem) |
Gitanjali Sethi 3rd Semester, Subject - LECT. 2 DERIVATION FOR COP, RAC |
KEDARNATH JENA Definition, Unit And Characteristics Of Force |
KEDARNATH JENA FORCE SYSTEM AND ITS CLASSIFICATION |
KEDARNATH JENA WHAT IS RESULTANT FORCE |
KEDARNATH JENA Statement & Derivation Of Parallelogram Law To Find Out Resultant Force |
KEDARNATH JENA Conditions For Maximum And Minimum Resultant Force In Parallelogram Law |
KEDARNATH JENA Deformation Due To Self Weight | Strength Of Material |
KEDARNATH JENA Numerical On Deformation Due To Self Weight(No - 1) |
KEDARNATH JENA Numerical On Deformation Due To Self Weight (NO-2) |
KEDARNATH JENA Numerical On Deformation Due To Self Weight (NO-3) |
KEDARNATH JENA Problem On Shear Force And Bending Moment Diagram |
KEDARNATH JENA Problem On Shear Force And Bending Moment Diagram (NO-2) |
KEDARNATH JENA Numerical On Sf & Bm Diagram Of A Cantilever Beam Subjected To Udl |
KEDARNATH JENA Numerical On Sf & Bm Diagram Of Cantilever Beam With Udl Over Whole Length |
Gitanjali Sethi Lect. 5 Problem No 3 On Rac |
Gitanjali Sethi LECT.4 PROBLEM NO. 2 ON RAC |
Gitanjali Sethi LECT.1 INTRODUCTION TO RAC |
Gitanjali Sethi Rac Lect 2 Formula For Cop Of Refrigerator |
Gitanjali Sethi Rac Lect.3 Numerical To Find Out Cop Of Refrigerator |
Gitanjali Sethi Carnot's Vapour Power Cycle. Power Station Engineering |
Mahesh Kumar Patra ELECTRO PNEUMATIC TRAINER PART 1 |
Mahesh Kumar Patra ELECTRO PNEUMATIC TRAINER PART 2 |
Mahesh Kumar Patra EXPERIMENT - 2, DETERMINE THE RATE OF FLOW OF AIR THROUGH PITOT TUBE |
Mahesh Kumar Patra EXPERIMENT NO. 1 , Verify Bernoulli's Theorem |
Mahesh Kumar Patra MOM LAB |
Suprava Behera HM&IFP |
Rutuparna Swain PARALLELOGRAM LAW OF FORCES (ENGINEERING MECHANICS) |
Soubhagya Ghadai |
DEPARTMENT OF MECHANICAL ENGINEERING | ||||||
FACULTY LIST | ||||||
SL NO | NAME | DESIGNATION | JOINING DATE | QUALIFICATION | NATURE OF ASSOCIATION | DEPARTMENT |
1 | Er. VYJAINTO KUMAR RAY | HOD | 30/08/2024 | ME (Mechanical Engg) | Regular |
Mechanical |
2 | Er Gitanjali Sethi | Senior Lecturer (Mechanical) |
16/12/2021 | M. Tech | Regular | Mechanical |
3 | Er Manas Kumar Mishra | Lecturer | 23/11/2015 | M. Tech | Regular | Mechanical |
4 | Er Suprava Behera | Lecturer | 26/11/2015 | B.E | Regular | Mechanical |
5 | Er Kedarnath Jena | Lecturer | 05/10/2021 | M. Tech | Contractual | Mechanical |
6 | Er Soubhagya Ghadei | Lecturer | 15/09/2022 | B. Tech | Contractual | Mechanical |
7 | Er Rutuparna Swain | Lecturer | 15/09/2022 | M. Tech | Contractual | Mechanical |
8 | UMAKANTA NANDA | Lecturer | 16/08/2018 | B. Tech | Contractual | Math Sc |
9 | PRAGYAN PRIYADARSHINI | Lecturer | 26/10/2015 | MA | Regular | Math Sc |
10 | PANKAJ SWAIN | Lecturer | 10.10.2022 | M Sc | Contractual | Math Sc |
11 | ROSALINA NATH | Lecturer | 09/07/2014 | M.Phil | Regular | Math Sc |
12 | HITESH KUMAR MALLICK | Lecturer | 02/11/2020 | M Sc | Contractual | Math Sc |
13 | Dr. BISWAMBAR MOHANTY | Senior Lecturer (HOD, Math SC) |
02.12.2021 | PhD | Regular | Math Sc |
14 | BASUDEV BARIK | Lecturer | 05.10.2021 | B. Tech | Contractual | Electrical |
15 | SUNITA SAHOO | Lecturer | 30.11.2021 | M Sc | Contractual | Math Sc |
16 | NIHARIKA SETHY | Lecturer | 01.10.2021 | M. Tech | Regular | Electrical |
17 | ANUSKA KHILLAR | Lecturer | 10.11.2022 | MA | Contractual | Math Sc |
18 | SAROJ MISHRA | Lecturer | 14.03.2022 | B. Tech | Contractual | CIVIL |
19 | SUBHADRA BARIK | Lecturer | 14.03.2022 | B. Tech | Contractual | CIVIL |
20 | ||||||