...

I designed and implemented a secure file-sharing system focused on confidentiality, integrity, and access control using AES-CTR encryption, RSA public-key encryption, HMAC for integrity checks, and password-based key derivation (PBKDF) for authentication. The system supports user authentication, file storage and retrieval, secure file sharing, and access revocation, ensuring robust key management and data integrity.

Using Logisim, I designed and optimized a RISC-V compatible CPU. In order to process a broad spectrum of instructions, I developed a sophisticated 2-stage pipeline to enhance processing efficiency.

I developed a convolutional optimizer for high-efficiency video processing applications, using SIMD instructions and OpenMP parallel processing algorithms on Berkeley's HiveMind servers.

I developed a web platform for Whippy representatives using HTML, CSS, and JavaScript to analyze thousands of cold-call data points from Wingman transcriptions.

I developed a pseudorandom 2D world generation algorithm and environment in Java with collectible coins, light switches, and various object-oriented game elements.

Using HTML, CSS, and Javascript to adapt this website from an html template and host it through GitHub.