1. CAED and CAMD laboratory

Students will be exposed to advanced technical graphics. The laboratory is equipped with the latest high tech graphics producing computers. These computers are loaded with the latest 2D and 3D graphics software packages.

Students will be trained in CAD/solid edge Programs ranging from beginner to advance in mechanical and engineering design. Students will be exposed to descriptive geometry applications such as folding line relationships and notations, angles between plane revolutions and intersections. Also, students will be exposed to solid modeling of mechanical components and assemblies.

2. Forging and Foundry Laboratory

The forging and foundry Lab acquaints students with the practical aspects of manufacturing processes. Laboratory experiments helps a student to gain knowledge and expertise in diverse areas such as sand technology, tooling and methoding, casting parameter of ferrous & non-ferrous metals, modern casting process in the field of foundry. In forge technology the students are exposed to die design, forging parameter of ferrous & non-ferrous metals and recent developments in forging etc.

3. Material Testing Laboratory

This laboratory is well established and used to determine the physical and mechanical properties of raw materials and components from steel to composites and ceramics. Currently, this laboratory equipped with universal testing machine, impact testing machine, torsion testing machine, fatigue machine and hardness testing machine.

4. Basic Workshop

The basic need of engineering workshop is to provide theoretical and practical knowledge of manufacturing environment to all the engineering students. Therefore, an attempt has been made through this laboratory subject to learn both the theoretical and practical knowledge of shaping a product. This Basic Workshop laboratory classes covers most of the basic skill that an engineering students needs to familiarize themselves.

Carpentry Shop: Carpentry shop deals with making joints for a variety of applications like door frames, cabinet making furniture, packing etc.
Fitting Shop: The fitting shop is related to assembly of parts, after bringing the dimension or shape to the required size or form, in order to secure the necessary fit.
Welding Shop: In welding shop, an engineering student learns the art of joining similar metals by the application of heat, with or without application of pressure or filler metal.

5. Machine Shop (w/s)

The Machine Shop is dedicated to taking the theoretical knowledge learned in a classroom environment and applying it to real world tactile solutions. The shop contains a spectrum of equipment and technology ranging from simple hand tools and measuring equipment to shaping machine, milling machine and lathes.

The Machine Shop Laboratory provides hands-on experience with the basic machining techniques and types of equipment in manufacturing environments. This includes turning operations, drilling, boring, basic milling, surface grinding, sheet metal shearing and bending, basic welding and the use of layout and precision measuring tools common to machine shop environments.

6. Mechanical Measurements and Metrology Laboratory

Measurements & Metrology Laboratory is a well equipped laboratory which provides ideas on hands on experience with various measuring instruments to utilize in industries. on evaluating mechanical properties of a given specimen or structure. Apart from curriculum, some additional experimental setups are there which helps the students to enhance their knowledge. Students also get opportunity to implement their ideas through various application oriented micro projects.

7. Fluid Mechanics and Hydraulic Machines Laboratory

The fluid mechanics laboratory is designed to examine the properties of fluids and to conduct experiments involving both incompressible and compressible flow. The Hydraulics Laboratory is a state-of-the art facility used to conduct a variety of experiments pertaining to water. These studies provide fundamentals knowledge on design of pumps, canal and hydraulic turbine and carry out their performance study useful for(in) hydel power plants.

8. Energy Conversion Laboratory

This lab will help students to see how energy can be converted from one form to another. Students will observe the loss in useful energy as a result of such a conversion and measure the efficiency of the engine. Students also conduct the experiment to find out the flash point, fire point and calorific values of the fuels. This laboratory is facilitated with four stroke single cylinder diesel engine, Two stroke single cylinder petrol engine, Four stroke single cylinder variable compression ratio engine, Morse test, Boy’s gas calorimeter, Redwoods viscometer, Say bolt viscometer, Valve timing diagram (four stroke single cylinder diesel engine), port timing diagram (two stroke petrol engine), Abel Pensky and Marten’s apparatus and Cleveland’s apparatus.

9. Heat Transfer Laboratory

Heat Transfer Laboratory helps the students to understand the basic concepts of heat transfer: Conduction, Convection and Radiation which are the three basic modes for heat transfer to take place. To enhance the practical knowledge of industrial equipments, students perform experiments on some common heat transfer equipments such as thermal conductivity of metal rod, composite wall apparatus, parallel flow and counter flow heat exchanger, Emissivity measurement, Stefan Boltzmann apparatus, Free or natural convection, Forced convection, Heat transfer through fin pin, Vapor compression refrigeration test rig and Transient conduction heat transfer.

10. CIM and CAMA Laboratory

The laboratory is established to provide our students with the knowledge and hands on experience in computer integrated manufacturing segment. The objective of the CIM laboratory is to prepare the students industry ready and to acquire employability skills with the CNC programming and cutting tool path generation through CNC simulation software by using G-codes and M-codes. In addition, it is aimed at demonstrating and understanding the importance of automation and predominant role in the assembly line of the shop floor, so that the need for agile manufacturing to meet the urging need for the global competitiveness of upcoming industries.

11. Design Laboratory

It facilitate hands-on learning of theory of machines concepts to 7th semester Mechanical UG students. The lab experiments validates the concepts of kinematic, dynamic and design theories of machine components under motion condition. It facilitate hands-on learning of vibration and oscillation concepts of machinery systems to UG students, the lab experiments validates the concepts of vibration under forced and damped condition. Students can be able to validate and extend the theoretical knowledge into practical machine applications.

12. Supersonic Aerodynamics Research Laboratory

In recent years, the ability to predict the behavior of supersonic flow has become increasingly important. The pressures acting on the blunt base of a body in a supersonic flow has become the topic of interest for many researchers in the field of ballistics. Recognising the rapid growth of interest in supersonic drag problem associated with the development of supersonic aircraft, projectiles, missiles and spacecraft, we at Bearys Institute of Technology, Mangalore have designed an experimental facility to study the base drag arising from flow separation behind blunt bases with the help of internal flow through sudden expansion region.

The laboratory is equipped with state of the art equipments like – Electric powered screw type air compressor (volume discharge 55 cfm of air, pressure 138 psi), IE2 TEFC Squirrel cage Induction Motor 11 kW, 400 V, 50Hz, Two mild steel air storage pressure vessels volume 2 m3, pressure 200 psi, A settling chamber with provision for model mounting at the centre with a three dimensional traverse mechanism having six degrees of freedom (3 translational and 3 rotational). The pressure gauge readings are measured using a LABVIEW Data Acquisition System.