Artem's University Modules
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NUS-EE2028-Aseembly.Drone.Program
NUS-EE2028-Aseembly.Drone.Program PublicThis is my microcontroller programming pet project containing the source code and documentation for a prototype drone designed for defensive and scientific purposes in a post-zombie apocalyptic wor…
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NUS-DSA1101-ML.Medical.Diabetes.Prediction
NUS-DSA1101-ML.Medical.Diabetes.Prediction PublicThis is my machine learning pet project that contains the code and documentation for a comprehensive data analysis and machine learning project focused on predicting diabetes based on a diverse set…
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NUS-EG1311-Arduino.Vehicle.Robot.Catapult
NUS-EG1311-Arduino.Vehicle.Robot.Catapult PublicThis repository houses the code for my Arduino-based Microcontroller Project, featuring a catapult robot designed to navigate through a challenging obstacle course. The robot's mission is to succes…
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IB-Design.Technology-CAD.Desk.Lamp.Design
IB-Design.Technology-CAD.Desk.Lamp.Design PublicThis is my CAD project in which I've designed an Innovative Desk Lamp for working professionals, students & niche specialists requiring optimal desk lighting solutions.
Repositories
- IB-Design.Technology-CAD.Desk.Lamp.Design Public
This is my CAD project in which I've designed an Innovative Desk Lamp for working professionals, students & niche specialists requiring optimal desk lighting solutions.
- NUS-EG1311-Arduino.Vehicle.Robot.Catapult Public
This repository houses the code for my Arduino-based Microcontroller Project, featuring a catapult robot designed to navigate through a challenging obstacle course. The robot's mission is to successfully surmount a sequence of obstacles before ultimately launching a catapult ball over a tall barrier.
- NUS-DSA1101-ML.Medical.Diabetes.Prediction Public
This is my machine learning pet project that contains the code and documentation for a comprehensive data analysis and machine learning project focused on predicting diabetes based on a diverse set of factors. The project is divided into three parts: Exploring the Dataset, Building the Classification Model, and Conclusion.
- NUS-EE2028-Aseembly.Drone.Program Public
This is my microcontroller programming pet project containing the source code and documentation for a prototype drone designed for defensive and scientific purposes in a post-zombie apocalyptic world. The primary mission of the drone is to defend the sanctuary, take environmental measurements, and transmit data to scientists within the sanctuary.
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