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Undergraduate Student 🎓
FPGA Developer
June 19, 2026 – Present
TopoCore
May 6, 2026 – Present
TopoCore is an experimental spatial execution architecture where programs exist as traversable 2D layouts rather than linear instruction streams. Inspired by Befunge, semiotics, and semasiographic systems, it explores topology-driven control flow, direction-aware computation and non-linear execution 🕸️.
View ProjectArtificial-Neuron
January 11, 2026 – Present
This project implements a basic McCulloch–Pitts artificial neuron. The current versions supports two binary inputs, a programmable threshold and inhibitory weights allowing it to emulate logic functions such as AND, OR and NOT⚡.
View ProjectGate-Level-Cybernetic-Classifier
December 11, 2025 – Present
This project explores how adaptive behavior and learning-like dynamics can emerge from purely deterministic gate-level systems. It evolves from strict Boolean matching to score-based decision making, culminating in a cybernetic feedback-driven adaptive learning system 🤖.
View ProjectAssembler
October 29, 2025 – Present
Built custom assembly language and Assembler for my custom-built Computing Machinery project as its software extension. Mapped machine-functionality to assembly capable of data-control, machine-control and temporal-control operations and Implemented an assembler with syntax and semantic analysis 💻.
View Project8-Bit-Computer
September 21, 2025 – Present
Independently designing, testing and building an 8-Bit computer to explore how computers work fundamentally at gate level. Implemented various digital modules like Programmable ROM, address decoders, RAM, ALU from discrete logic gates and integrated them into a complete system🔧.
View ProjectComputing_Machinery_from_Scratch
September 21, 2025 – Present
Started as an idea which kept evolving into a better and more advanced fault-tolerant 400+ logic gate autonomous arithmetic computing machine which then eventually evolved into a machine that can execute series of instructions stored in the program memory, A journey from operating in the hardware realm to getting into software realm ✨.
View ProjectCultural Fit Analysis
The candidate exhibits a strong passion for low-level hardware design and computer architecture, which is highly relevant for an FPGA Developer role. The personal projects are diverse within the hardware/software interface domain, indicating a proactive and self-driven individual. However, the lack of team-based projects or professional experience makes it difficult to assess broader cultural fit aspects like collaboration or adaptability in a structured environment.
Soft Skills & Operational Fit
The candidate demonstrates strong independent learning and problem-solving skills through self-initiated complex projects. The focus on fundamental computer architecture and digital design aligns well with an FPGA Developer role. However, there is no data to assess collaboration, stress handling, or communication in a team setting.