Engineering Chemistry Lab

List of Experiments:

• Estimation of total hardness in water sample
• Removal of hardness using ion exchange column
• Redwood viscometer no 1
• Abel’s flash point apparatus
• Determination of acid present by conductometry
• Determination of strength of acid using pH meter
• Determination of COD of wastewater
• Estimation of copper in brass using Iodometry
• Flue gas analysis by Orsat apparatus
• Estimation of Fe (II) potentiometry
• Estimation of Cu(II) using colorimetry

Instruments and Equipment:

• Lab Oven MIC-165 – Quantity 1
• Hot plate round – Quantity 4
• Heating Mantle – Quantity 2
• L.G. Refrigerator (A-80) 205 KLG5ADG. Chasisi no. 202 NRKA 0893, 190 Ltr, 5 Star rating – Quantity 1
• Digital Analytical Balance – Quantity 1
• Conductivity meter, Microcontrolled based with cells (1.0CC to 0.1CC)and temperature probe – Quantity 1
• Magnetic stirrer to mix watery liquid provided with soft start and restart facility speed upto 1000 RPM. Provided with S.S. Top and teflon magnetic bit. Capacity 500 ml Size 100 X 125 X 60 mmHt. HSN code 84798200 – Quantity 8
• Digital pH meter with electrode and with Instruction manual – Quantity 4
• Potentiometer Digital EQ-602 – Quantity 4
• pH cum conductivity meter EQ-635 – Quantity 4
• Colorimeter Digital EQ 650 – Quantity 4

Engineering Mechanics Lab:

List of Experiments:

• To study the Law of Polygon of Forces for a concurrent and coplanar force system using a Universal Force Table.
• To study Conditions of Equilibrium for a parallel force system by the Beam Reaction apparatus.
• To study the principle of Moment by using Bell Crank Lever.
• To study the Lami’s Theorem with the help of the Jib Crane apparatus.
• To study the Conditions of Equilibrium for a non-concurrent and non-parallel force system.
• To determine the Coefficient of Friction for metal, wood and glass slab at impending motion.
• To study Acceleration due to Gravity by Bar Pendulum Apparatus.
• To study Projectile Motion.

Instruments and Equipment:

• Universal Force Table – Quantity 1
• Parallel Force Apparatus Overhang Beam Type- Quantity 1
• Bell Crank Lever- Quantity 1
• Simple Jib Crane Apparatus- Quantity 1
• Link Polygon Apparatus- Quantity 1
• Friction Slide Apparatus with Inclined Plane – Quantity 1
• Bar or Compuond Pendulum- Quantity 1
• Projectile motion experiment- Quantity 1

Engineering Graphics/AutoCAD Lab

List of Experiments and Focus Sessions:

• Introduction to Auto-CAD: -Basic Drawing and Editing Commands.
• Auto-Cad Practice sheet
• Introduction to Orthographic projections
• Orthographic projections sheet
• Introduction to Sectional Orthographic projections
• Sectional Orthographic projections sheet-2 (Two Problems)
• Introduction to Isometric Projection/View
• Isometric Projection/View sheet-2 (Two Problems)
• Draw development of lateral surface of solids with simple sections((Prism and Cylinder.
• DLS sheet-2 (Pyramid and Cone)

Instruments and Equipment:

• Desktop specifications: Dell Optiplex 300 SFF Desktop Core i5 / 16 GB RAM / 512 GB SSD (with 10.5″ LED Monitor, 5-Year Warranty) or equivalent, 70 nos

Software: Autodesk AutoCAD 2026 (Educational License)

Tech Shop

List of Trades:

• Computer Hardware & Networking
• Electrical House Wiring & Gadgets
• Printing Circuit Board
• Acrylic Exercise
• 3D Modeling & Printing
• Modern Plumbing
• IDEA Lab Demonstration
• Make a Product

Instruments and Equipment:

• Welding machine – Opuatio Make
• Bench grinder – Elmaco
• Bench type drill machine – KMP
• Verner caliper – Mitatoya
• Wood lathe machine
• Vernier hight gauge
• Wood hand cutter
• Hand drill machine
• Ultimaker2+ (3D Printer) – Ultimaker
• PCB Drill Machine – Phenix
• PCB Etching machine – Phenix
• Spot welding machine – Bharat Make

Computer Programming and 3D Modeling Lab:

PSOOP Lab Experiments:

• Setup a project in BlueJ IDE, project structure,IDE tour,Compiling a simple program and running the program.
• JAVA Command line arguments ,Read Data from the Keyboard,Constants,Variables and Data Types, Symbolic Constants and Type Casting.
• Operators precedence and Expressions,Arrays(One Dimensional,Arrays(Two Dimensional),Strings,Strings (StringBuffer class).
• Wrapper Class,Wrapper Class(Autoboxing, Unboxing),Decision making and branching – if – else , statement, switch,while, do-while,for,break, continue.
• Classes, Objects and Methods, Creating Objects, Accessing class members, Constructors.
• Method Overloading ,Static Members ,Inheritance:Extending a Class(Single Inheritance).
• Inheritance:Multilevel Inheritance ,Inheritance:Hierarchical Inheritance Overriding methods (Dynamic or runtime polymorphism) Final variables and methods and classes.
• Abstract Methods and Classes ,Visibility Control (Access Modifiers) Inheritance:Multiple Inheritance (Interfaces).
• Multiple Inheritance (Implementing Interfaces) , Multiple Inheritance (Extending Interfaces) ,Multiple Inheritance (Extending and Implementing Interfaces).
• Errors and Exceptions ,Errors and Exceptions (try-catch-finally)

PSIPL Lab Experiments:

• Variables, keywords, Data types, Operators: Arithmetic, Relational and Logical, Assignment, Unary, Conditional, Bitwise, Expression, Statements.
• Branching Structures: if statement, if-else statement, multi-way ,decision, Iterative Structures: while, do-while, for, nested loops.
• switch statement, continue statement, break statement
• Introduction to Arrays: Declaration, Definition, accessing array,elements, one-dimensional array.
• Two-dimensional array, array of characters, Solving using Arrays like Array Order Reversal, Array Counting or Histogramming.
• Strings and Operations on Strings.
• Defining a Function, accessing a Function, Function Prototype, Passing Arguments to a Function, call by value, pointers and call,by reference.
• Recursion
• Declaration, Initialization, structure within ,structure, Array of Structure, Operation on structures,
• Concept of Union, Difference between structure and union

3D Modeling Focus Sessions:

• 2D to 3D modeling techniques with AutoCAD
• Mesh level editing techniques
• Sculpting techniques
• Model preparation for 3D Printing
• 3D Printing Pipeline – Slicing and Troubleshooting

Instruments and Equipment:

• Senses Smart Board – 1
• Computers: Dell Optiplex 3000 running Windows 11 Enterprise, Intel Core i5 @3GHz- 12th Gen, 16GB RAM, 500GB SSD, 20 inch monitor, 80 nos

Software Used :

• BlueJ IDE for PSOOP
• CodeBlocks IDE for PSIP
• Autodesk AutoCAD Educational Version
• Blender
• Ultimaker Cura

BEE Lab

List of Experiments:

• Introduction to use of measuring instruments and active passive components.
• Verification of Superposition theorem.
• Verification of Maximum Power Transfer Theorem using Thevenin’s and Norton’s Theorem.
• RLC series resonance circuit and measurement of active, reactive apparent power in a given R, L, C circuit.
• Three phase system and three phase power measurement using two wattmeter methods.
• DC transient : RC and LR circuit response.
• Perform Open Circuit Test and Short Circuit Test on 2.5 KVA and 3 KVA transformers.
• Mini Project using the following steps : Sequel software simulation, PCB designing software, Final Hardware

Instruments and Equipment:

DC power supply (0-15V/1A), DC power supply (0-230V, 25A), Digital Storage Oscilloscope, Function Generator, Single Phase and Three Phase Autotransformer, DC Motor, 1 phase induction motor and 3 phase induction motor generator set, 2.5 KVA and 3 KVA rating transformer, DC electronic load, Clamp meter, Digital Wattmeter, Current Transformer, Isolation Transformer

Digital Systems Lab

List of Experiments:

• Verification of Logic Gates
• Design and Implementation of Half Adder, Half Subtractor, Full Adder and Full Subtractor using Logic gates
• Multiplexer and Demultiplexer
• Comparator Implementation
• Flip-Flop Circuits (SR, JK, D, T Flip-Flops)
• Counter using JK Flip-Flops and Asynchronous Counters
• Ring Counter and Twisted Ring Counter
• Addition and Subtraction of Two 8-bit and 16-bit Numbers using 8085 microprocessor kit
• Array addition of ten 8-bit numbers using 8085 microprocessor kit
• Array Transfer from one memory location to other on 8085 kit and simulator

Instruments and Equipment:

• All relevant logic gate ICs
• 74151
• 7485
• 7476
• 7490
• 74194
• Microprocessor kit (2 types)

Engineering Physics Lab:

List of Experiments:

• Determine the velocity of ultrasonic waves in liquid using Ultrasonic interferometer multifrequency model F-80X
• Determine the concentration of charge carriers using the Hall Effect training system.
• Determine Planck’s constant using a photo vacuum tube model.
• Determine the energy band gap using Four probe Method Kit.
• Determine the Radius of curvature of a plano convex lens using Newton’s Rings Apparatus.
• Determine the grating element and number of lines on a plane diffraction grating using Diode Laser.
• Determine the wavelength of spectral lines of a mercury source using Spectrometer and plane diffraction grating.
• Study the I-V Characteristics of Zener Diode under forward and reverse biased mode.

Instruments and Equipment:

• Lab Oven MIC-165 – Quantity 1
• Hot plate round – Quantity 4
• Heating Mental – Quantity 2
• L.G. Refrigerator (A-80) 205 KLG5ADG. Chasisi no. 202 NRKA 0893, 190 Ltr, 5 Star rating – Quantity 1
• Digital Analytical Balance – Quantity 1
• Conductivity meter, Microcontrolled based with cells (1.0CC to 0.1CC)and temperature probe – Quantity 1
• Magnetic stirrer to mix watery liquid provided with soft start and restart facility speed upto 1000 RPM. Provided with S.S. Top and teflon magnetic bit. Capcity 500 ml Size 100 X 125 X 60 mmHt. HSN code 84798200 – Quantity 8
• Digital pH meter with electrode and with Instruction mannual – Quantity 4
• Potentiometer Digital EQ-602 – Quantity 4
• pH cum conductivity meter EQ-635 – Quantity 4
• Colorimeter Digital EQ 650 – Quantity 4