This lab is equipped with modern technology equipments which are very easy to understand. All the equipments are prototype model of the realistic tests. This helps the students to easily operate the equipments in learning process and gain the knowledge which they can implement in their future career. They can acquire the knowledge after studying the theory based on how these experiments are going to help them.

In this lab, students can perform the tests of :

1. Shear force
2. Bending Moment
3. Friction on Inclined Plane
4. Rolling Disc on Inclined Plane
5. Resultant of Concurrent Forces
6. Equilibrium of Forces on a Jib Crane
7. Young’s Modulus

Courses related to this Lab:

1. Applied Mechanics (Civil Engineering and Architecture students at Diploma Level)
2. Mechanics of Materials (Civil Engineering specialization at Diploma Level)

Shear Force Apparatus	Bending Moment Apparatus
Forces Apparatus	Apparatus of Static Experiments
Apparatus for Friction On Inclined Plane	Tensometer

 

This laboratory room is used for scheduled classes Computer Hardware practical, Computer Networking  Microprocessor Practical and  Computer Troubleshooting and Repair.

Laboratory Platforms include Windows, Unix(Linux) and Windows  Server. Capacity in computer engineering laboratory include Computer Troubleshooting units,  Servers for Linux and Windows , Workstations , Practical LAN Network Trainers and Microprocessor Trainers. Laboratory is  equipped with specialized instructional technology equipment (HD data projectors and SMART board).

The Mechanical Section has a well established Computer Numerical Control (CNC) machining Laboratory which includes state-of-the-art CAD/ CAM Software and machines. The laboratory has the following machines and software’s:

1. EMCO - CNC LATHE (Concept Turn 450).
2. EMCO - CNC LATHE (Concept Turn 250).
3. EMCO - CNC MILL (Concept Mill 155).
4. EMCO - CNC MILL (Concept Mill 450).
5. PC Based CNC programming and simulation software – 14 workstations.
6. EMCOMATE-160 – Electronically Controlled Universal Centre Lathe.
7. ESPRIT – CAD / CAM Software.

Apart from teaching the students to develop part programming and simulation using Fanuc 21, Siemens 840 D controllers, they are taught how to setup the machines, tooling and to define work piece zero. In addition to this, laboratory is being utilized by the students to design and fabricate their projects. The facilities in the laboratory are also extended to fulfill the needs of the physical resources across the campus that requires specialized equipments for their design and production.

Electrical Workshop is equipped with 18 units of electrical wiring board suitable enough to simulate actual domestic wiring installation for lighting and power lay-out. The said wiring board will develop students’ skills in the installation of panel boards, socket outlets, switches, lamp holders, PVC/RSC pipes, wires and other electrical materials/accessories, as well as correct color coding of wires. Electrical workshop will also develop students in a proper way of using electrical tools and/or equipments preparing them for a competitive labor market someday.

  

The Electronics Laboratory is used for experiments to learn the fundamental concepts of electronic circuits. Experiments done in this laboratory begin with the analysis and design of electronics and digital circuits and progress to courses with experiments using transistors and integrated circuits. Students will become experienced with electronic instrumentation, such as the oscilloscope, power supply, digital multimeter, and function generator.

The main function  of the Engineering Store is to efficiently provide the right materials and supplies  to the students and staff of engineering department at the time when it is required and in the condition in which it is required.

The Fluid Mechanics laboratory is more 100m2 of equipments and apparatus organised with the objective of giving intensive practical training to students in synchronism with the principles and theorem covered in theoretical class. Experiments are structured according to the course outcomes with a view of matching with the global technological development and information interchange.

This laboratory caters Mechanical Engineering, Oil and Gas, Chemical Engineering and Hydraulics courses for Civil Engineering students.

 List of Equipments

1. Centrifugal Pump Module
2. Universal Drive and Brake Unit
3. Water Pump Supply Module
4. Side Channel Pump Module
5. Lobe Pump (Cam Pump) Module
6. Reciprocating Pump Module
7. Gear Pump Module
8. Vane Pump Module
9. Hydrodynamics Trainer
10. Centrifugal Compressor
11. Basic Fluid Mechanics Software
12. Fluid Friction apparatus
13. Pipe Friction apparatus
14. Flow Meter apparatus
15. Pitot Static Tube Apparatus
16. Reynolds Demonstrator
17. Water Hammer
18. Basic Hydraulic Bench

List of Practical Experiments

1. Density and Specific Gravity of Various Fluids
2. Fluid Viscosity using Falling Sphere Viscometer
3. Laminar & Turbulent Flows using Reynolds Apparatus
4. Calibration of Flow-meter & Flow Measurement in Venturimeter
5. Volumetric Flow Measurement with Orifice Plate and Nozzle Plate
6. Static and Total Pressure using Pitot-tube
7. Major Losses using Hydrodynamics Trainer (PVC, Copper & Galvanized Steel Pipes)
8. Minor Losses in Piping System (Valves, Bends, Sudden Expansion)
9. Opening Characteristics of Shut-off Valves
10. Centrifugal Pump Characteristic Curve Tests
11. Reciprocating Pump Fluid Discharge & Power Output
12. Gear Pump Characteristic Curve Tests.

One of the laboratories in Mechanical & Industrial Engineering Section. It is well equipped to perform experiments in (Engineering Instrumentation & Control, Instrumentation & Control, Instrumentation and Measurement Techniques Practical) like transducers and different sensors (proximity, force, temperature and light sensors) etc. These experiment will enhance the student’s knowledge and skills in performing, testing and to know the application of each electronic sensor devices.

Also, it features different experiments set ups devised to illustrate various items of Control Engineering Theory. Most of these experiments set ups is designed to introduce analog and digital control methods used to control the MS15 DC Motor Control Module and to know the behavior of open loop and closed loop control system enabling the students to compare various theories with measured results.

Laboratory Experiments- (Engineering Instrumentation & Control, Instrumentation & Control, Instrumentation and Measurement Techniques Practical)

1. Resistance, Current & Voltage Measurements using Digital Multi meter
2. Displacement Measurement using Linear Variable Differential Transformers (LVDT)
3. Proximity Application & Measurement
4. Hall Effect Application & Measurement
5. Force Sensors Application & Measurement
6. Temperature Application & Measurement
7. Light Transducers using ( Photo Resistors) Application & Measurement
8. Light Transducers using ( Photo Diode) Application & Measurement
9. Light Transducers using ( Photo Transistors) Application & Measurement

Laboratory Experiments- (Control Engineering Practical)

1. Time Response
2. Frequency Response
3. Principles of Feedback
4. Proportional Position Control
5. Behavior of Second Order
6. Position Control with Velocity Feedback
7. Three-Term or PID Control
8. Stability

This lab is a facility where all practical courses in electrical machines and power system is conducted. The purpose of this laboratory is to educate students in all areas of electrical and electromechanical conversion. This laboratory is dedicated to give students a practical experience in the operation of motors and generators. It provides facility for students engaging in Final Year Project in the area electrical machines.

This lab is one of the practical laboratories in Civil and Architectural Engineering Section. It is well equipped to perform all experiments on building materials like concrete, steel, bricks, wood, tiles etc. These experiments will enhance students’ knowledge and skills in testing to know the quality of the building materials.

Laboratory Equipments

1. Universal testing machine
2. Impact testing machine
3. Combine hardness
4. Rockwell hardness machine
5. Universal testing machine for Plastics

Practical Experiments Done in this Lab

1. Compression strength of various building materials
2. Tensile Strength of Steel
3. Sieve Analysis of aggregates
4. Tests to find Density, Porosity and Absorption capacity of materials
5. Mechanics of Materials (Civil Engineering specialization at Diploma Level)

Courses related to this Lab

1. Materials and Methods of Construction I--Civil Engineering and Architecture students at Diploma level
2. Project Work for Civil Engineering Students in Diploma, Higher Diploma and B. Tech Level.

One of the laboratories in Mechanical & Industrial Engineering Section. It is well equipped to perform experiments in (Engineering Materials , Mechanics of Materials ( Strength of Materials) and Engineering Design) like relation between force and displacement, stress analysis, hardness of different materials, effect of heat treatment of metals, destructive and  non destructive test, preparation of specimen for microstructure analysis and etc. These experiments will enhance the student’s knowledge and skills in performing, testing and to know the application of each mechanical test apparatus and machines.

Laboratory Experiments- (Engineering Materials)

1. Hooke’s Law
2. Tensile Test
3. Hardness Test
4. Torsion Test
5. Microstructure of Metals
6. Creep Test
7. Charpy Test
8. Fatigue Test
9. Heat Treatment of Metal
10. Ultrasonic test
11. Magnetic Particle

Laboratory Experiments- (Mechanics of Materials)

1. Tensile test using GUNT Universal Tensile Machine
2. Shear Force
3. Bending Moment
4. Torque, Angle of Twist and Modulus of Rigidity
5. Deflection test
6. Buckling Test

 Laboratory Experiments- (Engineering Design)

1. Stress Analysis using Gunt Universal Tensile Machine
2. Torsional Analysis using TQ Torsion Testing Machine

This is the place where the transfer process happens between the board and circuit lay-out. Melting all copper which are not needed to the circuit design.

A cutter plate used for cutting the board according to the desired dimension specified on the layout design. When the board cut, it will go to the next process placing it inside the Ultraviolet exposure box along with a printed circuit layout on the acetate at the bottom of it. The UV exposure box transfers the print layout circuit from the acetate to the surface of the board. Then the board will go to the last process by putting it to the first chemical (photo resist) to remove the green mark and making the pcb circuit appear on the board. Finally the board removes and placing it into second chemical which is Ferric Chloride solution to melt the copper. When all copper melted you can now take the PCB board away from the PCB machine.

The Projects Lab is an open lab where all engineering students from diploma to baccalaureate level may use basic electronic test equipment for troubleshooting purposes and assembling the circuit. Some students work in groups, doing projects to develop and modify to create new ideas for certain purposes or application. This lab is open Saturday through Wednesday and is monitored by assigned technician. Presently there are 12 soldering bench and two drilling miniature machine available to be utilize in making the electronic projects. Additionally of course there are also a basic hand tools like screwdrivers, cutters pliers, long nose pliers etc to help them to place their circuit board inside the box.

This lab is one of the practical laboratories in Civil and Architectural Engineering Section. This laboratory is equipped with modern facilities and equipments for soil experiments and soil investigation. Defined set of procedures in testing of soil are used to enhance student’s knowledge and skills in determining the different properties of soil and application in civil engineering field.

Laboratory Equipments :

1. Drying Oven
2. California Bearing Ratio Testing Machine
3. Tri-axial Testing Machine
4. Automatic Soil Compactor
5. Semi-Automatic Soil Cone Penetrometer
6. Soil Penetrometer
7. Sets of Test Sieves
8. Mechanical Sieve Shaker
9. Electronic Balance
10. Water Bath
11. pH meter
12. other small apparatus and accessories

Practical Experiments Done in this Lab:

1. Particle Size Analysis
2. Plasticity Index Determination
3. Maximum Dry Density Test
4. In-Situ Density Test
5. Particle Density Test

Courses related to this Lab:

1. Foundation Engineering (Baccalaureate Level in Civil Engineering Specialization)
2. Geotechnical Engineering (Higher Diploma Level in Civil Engineering Specialization)

Structural Mechanics Lab is one of the latest additions to the Civil and Architectural Engineering section. It is intended to enhance students’ understanding of Theory of Structures as well as Applied Mechanics. The laboratory features at least 27 different experimental set ups devised to illustrate various items of structural theory and applied mechanics. Most of these experimental set ups are designed to exaggerate the behavior of real structures and structural members enabling the students to compare various theory with measured results. The laboratory also features a multi-function digital interface device (HDA200 Interface) which is designed to function with many of the experiments. This would allow the students to view forces, strains, deflections and angular movements from experiments.

Telecom Lab is a lab in which Practical Courses in Microwave Engineering, Antennas & Propagation, Telecommunication Networks, Digital Communication and Switching, Telecommunication I and Telecommunication II are conducted. The lab is equipped with systems and circuit boards suitable for the courses offered by the Department.

One of the laboratories in Mechanical & Industrial Engineering Section. This lab is well equipped to perform experiments in (Thermodynamics, Heat Transfer and Power Plant Engineering) etc. These experiments will enhance the student’s knowledge and skills in performing, testing and to know the application of each mechanical test apparatus and machines.

This laboratory carries Mechanical Engineering, Oil & Gas, Air Conditioning & Refrigeration and for Chemical Engineering Students.

Course Related to this Lab:

1. Thermodynamics I – Diploma in AC & Ref
2. Plant Rotating Equipment – Diploma in Oil & Gas
3. Engineering Thermodynamics I – Diploma in Chemical Engineering
4. Thermodynamics I – Higher Diploma in Mechanical Engineering
5. Thermodynamics II – Bachelor in Mechanical Engineering
6. Heat Transfer – Bachelor in Mechanical Engineering
7. Power Plant Engineering – Bachelor in Mechanical Engineering

Thermodynamics is a basic science and is one of the most important courses for Mechanical Engineering Students. It deals with equilibrium states and changes from one equilibrium state to another state.

Heat Transfer is a basic science that deals with the rate of transfer of thermal energy. This introduces the use of heat transfer in practical cases for Mechanical Engineering Students.

Power Plant Engineering deals with Energy Resources and Energy Conversion Methods to produce Electricity Power, like Gas power plants, Solar power plants, and Wind power plants and to produce Power generation from Renewable Heat sources and alternate fuels.

 Laboratory Experiments- (Thermodynamics I & II)

1. Marcet Boiler
2. Boyle’s Law Apparatus
3. Dead Weight Piston Gauge
4. Methods of Pressure Measurement
5. Perfect Gas Law Demonstration Unit
6. Single Stage Air Compressor Test Unit
7. Water Cooling Tower Apparatus

 Laboratory Experiments- (Heat Transfer)

1. Thermal Conductivity Apparatus (Single & Double Layers)
2. Heat Conduction by Radial & Linear methods
3. Convection Apparatus (Free & Forced)
4. Thermal Radiation Apparatus ( Inverse Square & Stefan Boltzmann Laws )

 Laboratory Experiments- (Power Plant Engineering)

1. Single Stage Air Compressor Test Unit
2. Water Cooling Tower Apparatus
3. Two Shaft Gas Turbine Apparatus