Infrastructure

The Institute Workshop is fully equipped with modern machine tools and machineries to cater to acquainting the students with basic operations of manufacturing and production. There are many shops like fitting shop, carpentry shop, smithy shop, fabrication shop and machine shops in which practise of making jobs is performed using Lathe machine, Milling machine, Shaper machine, Drilling machine, TIG welding, ARC welding like conventional machine and latest Spark Erosion Machine.

(1) Workshop Practice

• Fitting wise 

• Carpentry wise 

• Carpentry lathe 

(2) Manufacturing processes

• Lathe machine 

• Milling machine 

• Shaper machine 

• Drilling machine 

• Hack show machine 

(3) Manufacturing technology

• Tig welding machine 

• Arc welding machine 

• Spot welding machine 

(4) Advance manufacturing process

• Spark erosion machine 

The Basic Mechanical Engineering Lab at the institute is designed to introduce first-year students to the core concepts and practical aspects of mechanical engineering. The lab includes fundamental experiments related to thermodynamics, mechanics, and material properties. Equipment such as models of boilers, engines, and simple testing machines are used to demonstrate basic engineering principles. This lab helps students build a foundational understanding of various mechanical systems and components, preparing them for more advanced studies in the field. It serves as an essential stepping stone in developing technical curiosity and practical insight among beginners.

1. Metallurgical Microscope

2. Metallurgical Microscope with Test Specimen and Accessory with Computer Interface

3. Auto Collimator with accessory

4. Tool Maker's Microscope

5. Profile Projector

FPE Lab: equipment

1) PELTON WHEEL TURBINE TEST RIG

2) FRANCIS TURBINE TEST RIG

3) KAPLAN TURBINE TEST RIG

4) C.F. PUMP TESTING RIG

5) DEAD WEIGHT PRESSURE GAUGE

6) GEAR PUMP TEST RIG

7) RECIPROCATING PUMP TEST RIG

FPE Lab : cut section models

1) CUTAWAY MODEL OF C F PUMPS

2) CUTAWAY MODEL OF GEAR PUMPS

3) CUTAWAY MODEL OF PISTON PUMPS

4) PIPING COMPONENTS

5) TYPES OF CENTRIFUGAL IMPELLERS

The Kinematics and Theory of Machine / Dynamics of Machine Lab at the institute is developed to give students practical exposure to the fundamental concepts of mechanisms and machine dynamics. The lab is equipped with various experimental setups such as slider-crank mechanisms, gear trains, cam-follower mechanisms, and models for gyroscopic effect, static and dynamic balancing, and vibration analysis. These experiments help students visualize and analyze the motion and forces in mechanical systems. The lab bridges the gap between theory and real-world applications, enabling students to understand the behavior of moving parts in machines and design them for better performance and stability. 

1 Cam Analysis apparatus

2 Coriolis Component of Acceleration

3 Journal Bearing Apparatus

4 Static & Dynamic Balancing Apparatus

5 Universal Vibration Apparatus

6 Whirling of Shaft Demonstrator

7 Working Model of Motorised Gyroscope

8 Working Model of Universal Governor

9 Mild Steel Deflected Beam Apparatus

List of equipments are mention below.

1.    MORSE Test rig

2.    Single cylinder four stroke diesel engine test rig

3.    Variable compression ratio petrol engine test rig.

4.    Computerized four stroke single cylinder diesel engine test rig

Heat Transfer lab : Equipment

1.    Heat transfer by natural convection

2.    Heat transfer by force convection

3.    Lagged pipe test rig.

4.    Thermal conductivity of insulating powder

5.    Specific heat apparatus

6.    Shell and tube heat exchanger

7.    Gas to gas plate type heat exchanger

8.    Emissivity measurement apparatus

9.    Stephan Boltzmann constant

10.    Pin fin apparatus

11.    Critical heat flux apparatus

12.    Thermal conductivity of metal rod

13.    Heat pipe demo

14.    Composite wall apparatus

15.    Thermal conductivity by guarded hot plate

The Computer Aided Design (CAD) Lab at the institute is set up to enhance students' skills in designing and drafting using advanced computer software tools. The lab is equipped with computers installed with industry-standard CAD software such as AutoCAD, SolidWorks, and other design platforms. Students learn to create 2D drawings, 3D models, assemblies, and detailed engineering drawings. The lab enables visualization, simulation, and analysis of mechanical components, helping students to better understand design principles and improve their creativity and precision. It plays a crucial role in preparing students for design-related roles in modern engineering industries.

The Refrigeration and Air Conditioning (RAC) Lab at the institute is established to provide practical insights into the principles and applications of thermal systems used for cooling and climate control. The lab is equipped with basic experimental setups such as refrigeration test rigs, air conditioning units, and cut-section models of compressors and condensers. These facilities help students understand key concepts like refrigeration cycles, psychrometry, heat transfer, and system components. Through hands-on experiments, students gain experience in analyzing system performance and troubleshooting, which are essential for careers in HVAC and thermal engineering fields.

1. Vapour Compression Refrigeration Test Rig

2. Vapour Absorption refrigeration test rig

3. Refrigerant Gas filling test rig

4. Recirculating & Mix Air type Air Conditioning Tutor

The Computer Aided Manufacturing (CAM) Lab at the institute is developed to familiarize students with modern manufacturing technologies integrated with computer control. The lab provides exposure to computer-controlled manufacturing processes, primarily focusing on CNC programming and operations. It includes CNC lathe and milling machines, along with relevant simulation software that allows students to design, program, and simulate machining processes virtually before actual execution. The lab plays a vital role in bridging the gap between theoretical concepts and industrial practices, enabling students to understand precision manufacturing and automation techniques widely used in today's industries.