### MSBTE Microproject Ideas/topics for Sem-2 I scheme

Microproject Is work done for getting individual output. Microprojects develop various skills such as teamwork, leadership, helping, etc.

So below are topics/Ideas for Microprojects for 1 st semester I scheme Msbte. As we all know syllabus is common and the same for all branches of semester 1 msbte.

## 22215 Elements of electrical engineering

1. Magnetic circuits: Each batch will collect B-11 cups and hysteresis loops
for various magnetic and non-magnetic materials from the Internet. Based on
the permeability and shapes of the curves, each student will decide the
suitability of each material for different applications.

2. Magnetic circuits: Each batch will prepare a coil without the core.
Students will note the deflection of a galvanometer connected across the coil
for: movement of the North Pole of the permanent magnet towards and away from
the coil (slow and fast movement). Movement of the South Pole of the permanent
magnet towards and away from the coil (slow and fast movement).

3. AC fundamentals: Each batch will visit a nearby sub-station or
industry and observe power factor correction/improvement arrangement. Each
batch will prepare a report based on their observation.

4. Polyphase circuits: Each batch will observe the three-phase power
distribution panel in their institute/Commercial complex/mall, draw a single
line diagram, and prepare a report.
Transformer: Each batch will visit a
nearby pole-mounted sub-station and prepare a report based on the following
points: i. Rating: kVA rating, primary and secondary voltage, connections ii.
Different parts and their functions iii. Earthing arrangement iv. Protective
devices.

5. Fractional horsepower motor. Each bald) will select an FHP motor for
a particular application (assume a suitable rating). They will visit the local
electrical market (if it is not nearby, you may use the Internet) and prepare
a report based on the following points: i. Manufactures ii. Technical
specifications iii Features offered by different manufacturers iv. Price
range

## 22224 Applied Mathematics

1. Prepare models using the concept of tangent and normal to bending roads in
case of vehicle sliding.
2. Prepare models using the concept of the
radius of curvature to bending of railway track.
3. Prepare charts
displaying the area of irregular shapes using the concept of integration. 4.
4. 4. Prepare charts displaying the volume of irregular shapes using the
concept of integration.
5. Prepare models using the concept of
differential equations for mixing problems.
6. Prepare models using the
concept of differential equations for radiocarbon decay.
7. Prepare
models using the concept of differential equations for population
growth.
8. Prepare models using the concept of differential
equations for thermal cooling.
9. Write an algorithm to find the
approximate roots of algebraic equations.
10. Write an algorithm to
find the approximate roots of transcendental equations.
11. Write
an algorithm to solve a system of linear equations.

## 22225 Basic Electronics.

1. Diode: Build a circuit on general-purpose PCB to clip a positive half
cycle at 1.5 v of a waveform with t input signal 5 Vpp and prepare the
report.

2. Diode: Build a circuit on a general-purpose PCB to clamp a waveform at
3.0V using diode and passive components.

3.  FFT: Prepare chart on comparison of specifications of FETs using
data sheets of at least three FBI.

4.  FET: Prepare a chart on FETs containing their symbol, advantages,
and applications.

5. Rectifier: Build a half-wave rectifier for 6V, 500mA output current on
general-purpose PCB.

6. Rectifier: Build a full-wave bridge rectifier with a capacitor filter for
6V, 500mA output current on general-purpose PCB.

7. BJT: Build a circuit to switch on and off the LED by using BJT as a
switching component.

8. Photodiode: Build a circuit on a breadboard to turn the relay on and off
using a photodiode and prepare a report.

9. Voltage Regulator: Build a circuit of DC regulated power supply on
general-purpose PCB for 9V and 500mA output.

10. Transistor as a switch: Build/test transistor switch circuit on
breadboard/General purpose PCB for the various input signal.

11. Use of sensors for driving relays/output devices: Students will build/test
circuits on breadboard/General purpose PCB.

12. Verify the output of the designed circuit by Appling different inputs.

13. Prepare display boards consisting of electronic components: prepare
display boards/ models/ charts/ Posters to visualize the appearance of
electronic active and passive components.

## 22226 Programming in 'C.'

1. Prepare a sample mark sheet for ten students.

2. Generate salary slips of employees in an organization.

3. Develop a Phonebook.

4. Develop a Digital clock.

5. Develop an Analog clock.

6. Develop a Tic tac toe game. Develop a snake game.

7. Develop an ATM-based on the console. Develop a store management
system.

8. Develop a project report using different pattern designs.

9. Develop a movie ticket booking. Develop hook issue system o library.