Computer Science Graduate @ Texas State University
I enjoy the pursuit of craft, solving complex problems, and thrive on taking up new and diverse projects. I have a special passion for game development. Join me on a journey where technology and creativity converge, resulting in exciting experiences and solutions that push the boundaries of what's possible.
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Explore in detail thrilling game projects! Watch gameplay trailers, view art snippets, and play demos directly in your browser.
Future Experiment, Indie Studios
The developed game projects demonstrate a diverse range of gameplay experiences.
"Hunter's Night" is a 3D hack-and-slash RPG featuring diverse move sets and a wide variety of enemies.
"Lazy Suzy: Ah Woke Up Late Again," a colorful 2D auto-runner platformer featuring whimsical challenges and quirky characters.
"CORE COLLAPSE Hypernova," an action-packed 2D space shooter set in a semi-open world with customizable spacecraft and dynamic combat.
Additionally, "Minima" offers a unique puzzle platformer experience with multiple solution puzzles and unhindered movement mechanics, promising players engaging gameplay across various platforms.
E-commerce website with Python, PostgreSQL, SQLAlchemy, and Django frameworks.
Developed and deployed an e-commerce website with PostgreSQL, SQLAlchemy, and Django. Implemented RESTful APIs, user authentication, payment integration, and optimized database queries for improved performance.
Improved PostgreSQL database performance by implementing indexing and query optimization techniques, resulting in reduced query response times and improved system efficiency.
Enhanced the user experience by implementing a responsive and intuitive user interface design, making the e-commerce website more user-friendly and accessible across various devices.
House Price Prediction Using Machine Learning
In this project, the application will allow users to input specific parameters, such as location, built-up area, specifications, amenities, etc., and the algorithm will calculate the predicted price of the house by utilizing techniques like Multiple Linear Regression (MLR) and Support Vector Regression (SVM).
preprocessed the datasets from Kaggle by refining them, eliminating redundancies, and correcting inaccuracies in the data.
Achieved outstanding predictive accuracy, with the MLR model achieving an impressive accuracy rate of 96% and the SVM model attaining 92% accuracy.
Fire Detection System using OpenCV
Our advanced fire detection system, powered by HSV algorithms, seamlessly operates within video frames, offering a comprehensive fire detection and response solution. It excels at rapidly and accurately identifying fires by analyzing subtle variations in color and intensity.
Designed and implemented a robust fire detection system utilizing computer vision techniques and the OpenCV library.
Leveraged color-based segmentation and motion analysis to differentiate fire patterns from background noise, ensuring reliable detection results.
Collaborated with a team to integrate the detection system with an alarm mechanism, enabling immediate alerts upon fire detection.
Keyloggers, although originally designed for legitimate purposes such as monitoring computer usage or assisting with troubleshooting, have indeed gained notoriety due to their potential for misuse.
Efficiently records keystrokes and stores them in a file named "keylogger.txt." Developed a keylogger with original intentions for legitimate purposes. Acknowledged the potential for misuse that keyloggers have gained notoriety for.
Designed for easy retrieval and analysis of recorded keystrokes.
Emphasized the importance of recognizing ethical considerations when using keyloggers.
Personal Assistant Robot Using Artificial Intelligence and Arduino
This project involves creating a Personal Assistant Robot that seamlessly combines AI and IoT. It tracks faces, avoids obstacles, and improves human-robot interaction. The robot uses ultrasonic sensors for real-time obstacle avoidance, ensuring safe navigation in dynamic environments. Its applications range from home automation to assisting individuals with limited mobility.
Employed CNN technology, Arduino, ultrasonic sensors, and a 2-megapixel camera with the Kendryte K210 processor.
3D-printed the car chassis to make the device lighter, and optimized the voltage to make the whole device work with 7.5 volts battery. The device can work for 45 minutes in a stretch.
Integrated facial recognition for enhanced human-robot interaction. Created a sophisticated system for real-time obstacle detection and avoidance.
Positioned the system for versatile applications, including home automation and assistance for individuals with limited mobility.