T's D-P-001 course work. Lv 1

General Tasks

30 / 6 / 2024

1) 3D Printing

I learnt how the 3D printer works and the importance of Bed Temperature and Nozzle Temperature i.e 120degree and 80 degree respectively. I learnt slicing from UltimakerCura .Then I printed Ninja Star .The picture of the rendered print is as shown below:

2) API

I learnt how to build preliminary web apps using Javascript Framework. I used OpenWeatherAPI to perform the given task and copied the api key which is required for this task .I used Html,Css,Javascript. This is the link to my Repository. The link to my website

3) Working with GitHub.

I forked the given repository into my repository and then cloned the repository. I created a new Branch under the name TKOWSHIKRAO-GITHUBTASK and fixed the failing error. The error was being caused due to the "+1" in main. py file. The correction is as shown below from the GitHub Desktop. I then issued a pull request to merge with the main branch.

4) Get familiar with the command line on ubuntu and do the subtasks.

Firstly,I Found difficult to do this task and with further knowledge about the ubuntu .I could complete the task .I researched about ubuntu from google website & AI to gather more information about it and understand how it works.The pictures of my Task is attached here.

6) Working with Pandas and Matplotlib.

Firstly,I Learnt pandas and Matplotlib libraries of python.I Assumed a data sheet of my choice and plotted a line graph,bar graph,histogram and scatter plot.The images and link to github repository is attached here.

8) Resource Article Using Markdown.

Wrote an article about different types of power amplifiers and how each type of power amplifier are different from others.Link to Resource article

9) Tinkercad

I first familiarized myself with the tinkercad application by learning the basic setting up of circuits, wiring up the components, adding/editing the components. I then created a radar system consistingof ultrasonic sensor ,servo motor and LCD Display. The circuit created in Tinkercad is shown below. The link to the Tinkercad simulation

11)LED Toggle Using ESP32

Learnt briefly about ESP32. Understood working of a breadboard.Set up Arduino IDE for ESP32 boards. Resolved port issue by installing appropriate drivers. Copied code for LED toggling and uploaded to the board.I Controlled the blinking of LED from my phone local server by typing the Address in google website.

12)Soldering Prerequisites

I Learnt about the soldering equipment present in our lab, the solder, the soldering iron, soldering wick, flux, etc. I Learnt to use them and perform basic soldering on a perf board, i.e a LED circuit, in the presence of a coordinator.

13)555 Timer

I Designed a 555 astable multivibrator circuit with a duty cycle 60%.I rigged up the circuit in breadboard and used voltage source(+VCC) to perform the above said operation in it.There was some difficulty in choosing the value of resistance at first but later I got to know the trick,which readily improved my duty cycle to 60%.

14) Karnaugh Maps and Deriving the logic circuit.

I had know some information about K-Map,Logic gates from my academics.I first find out the truth table to make Buglar Alarm.Then,I Wrote the conditions in K-maps which led to EX-OR Condition. So I Designed a simple circuit having basic logic gates.The most difficult part in this task was to identify the condition when alarm rings and when it doesn't. . The link to tinkercad.

15) Active Participation

I have actively participated in The Summit Event Hosted by IEEE UVCE on occassion of Impetus .I Happy to announce that we were the Winners of the event.Recently I had joined the course on topic "Introduction to Matlab & Simulink" conducted by NIELIT.I am thrilled to share my certificate.

16) Datasheets report writing

I have selected MQ135 Sensor for datasheet report writing.I firstly understood where the above sensor is used and its operation in real-time.I understood the pins of the sensor and connection of it.I also studied Freundlich Adsorption Theorem Graph which signify the extent of gas absorption varying with pressure.The link is attached here.