• Conducted a detailed survey on Indian Health Care System and Collected required datasets for training models.

• Studied various procedures and methods used for risk prediction for diseases and processes of drug estimation.

• Used Google Cloud for the implementation of algorithms and models using AutoML, Big Query, Jupiter Notebook, and TensorFlow.

• Created a simple To-Do list with options to add, delete and search the task.

• The responsive website was built using Vite + VUE 3

• The website also has options to count the total number of tasks performed, and delete tasks performed.

• Designed and developed the website to manage the Admin record, Patient Health and demographics details, Doctor details and

Appointment scheduled.

• The system also aimed to provide pharmacy prescriptions to the patients. Pharmacy can also view this.

• Used HTML, CSS, and JavaScript to create the front end of the website with the help of React Admin Library.

• The Backend is developed using PHP for connecting to the database which will be present in the MYSQL server.

• Design, fabricate, and create a device using the R307 fingerprint sensor, Wi-Fi modules to make transaction process easier. This

was just a prototype without any servers.

• This innovative idea was also published on myGov website for its uniqueness.

• The device also won to be in the Top 10 of ICT Academy Student Innovator Awards.

• Created one single platform to integrate the Medical Health Care System and maintain the electronic records.

• Conducted a detailed survey on Indian Health Care System and Created a new synthetic database.

• The Front End was designed and developed using programming language java and java applet.

• For connecting it to the backend server JDBC was used. MySQL server was used to store the database of the project

• Designed and fabricated a power bank that can be charged using multiple forms of energy.

• The power bank was able to charge four different forms of energy at a bearable cost.

• This device reminds them to drink "water" by calculating the appropriate weight, height, age, gender, activity, diet, and climate.

• Used Load Cell with HX711 ADC connected to Arduino nano for processing the information and transmit using Wi-Fi Module.

• This design was fabricated for the sizes and shapes of the bottle.

• Designed, fabricated, and controlled a manual bot to pick up two cubes and place them in exact positions.

• Designed, fabricated, and programmed an autonomous bot to push two cubes to their desired locations.

• Arduino IDE was used to digitally control the position and orientation of the cube with the help of stepper motors.

• The body of the bot was well designed using OnShape and was cut in acrylic material as final form.