ssebide

Excellence

Purpose

Infinite Impact

Solving meaningful problems through life-changing software, ministering through violin, and building the future on principles, patterns and eternal purpose.

Building scalable systems
with iterative problem solving.

My background in orthopedic technology pulled me toward medical software, biomechanics, and embedded systems. I care about clear architecture, useful abstractions, and code that holds up over time. I work mainly in Rust, Python, and TypeScript, with experience in C, C++, Java, JavaScript, Solidity, and Go.

stack.rs — ~/johnson — vim

Explorer

▾ stack/

Cargo.toml

▾ languages/

rust.rs

python.rs

typescript.rs

javascript.rs

go.rs

▾ tech/

docker.rs

kubernetes.rs

aws.rs

postgresql.rs

INSERT

⎇main|stack.rs[+]

utf-8rust1:10%

1:1

-- INSERT --"stack.rs"

Deployed Systems

Ssebide OS

A custom operating system kernel built in Rust for x86_64 architecture. Features VGA text mode, interrupt handling, advanced memory management with paging, async/await support, and PS/2 keyboard driver.

Exploring bare-metal Rust programming and OS fundamentals

Core Matrix

Rustx86_64 AssemblyQEMUBootimageVGA

SOURCE CODE

Ssebidecoin

A cryptocurrency implementation in Rust following Bitcoin architecture. Features ECDSA signatures, SHA256 hashing, UTXO model, P2P networking, proof-of-work consensus, and mining support.

Full-featured blockchain with wallet, node, and mining capabilities

Core Matrix

RustECDSASHA256CBORP2P NetworkingUTXO

SOURCE CODE

Blockchain

An educational blockchain implementation in Rust. Features standard block structure, proof-of-work mining with SHA256, UTXO-based transactions, chain validation, and dynamic difficulty adjustment.

Simple yet complete blockchain for learning fundamentals

Core Matrix

RustSHA256UTXOProof of WorkCargo

SOURCE CODE

Ortho Tech LLM

An educational domain-specific language model fine-tuned on orthopedic and prosthetic documentation. Serves as an intelligent assistant for medical students, offering instant access to specialized knowledge through a chat interface.

Democratizing access to specialized orthopedic technology medical knowledge using AI

Core Matrix

PythonFastAPIHugging FaceLoRAPyTorch

SOURCE CODE

LIVE DEMO

Need a software/technical solution?

Pillars

The Vision

To serve my mandate in revelation, purpose, love, faith, and wisdom, changing the world through stewardship of unique gifts and unwavering faith. Living by what is true, I stand at the frontline pioneering wonderful things, available and committed for every good work that advances hope.

What I Work On

Applied Mathematics & Computer Science

I use linear algebra, graph theory, multivariable calculus, and optimization to model neural network weights, reduce algorithmic complexity, and design cryptographic systems. The goal is always the same: turn abstract math into software that is fast, stable, and useful.

Graph analysis and complexity modeling
Neural network optimization and training pipelines
Cryptographic network design

Discrete structures and high-dimensional systems

What I Work On

Applied Mathematics & Computer Science

I use linear algebra, graph theory, multivariable calculus, and optimization to model neural network weights, reduce algorithmic complexity, and design cryptographic systems. The goal is always the same: turn abstract math into software that is fast, stable, and useful.

Graph analysis and complexity modeling
Neural network optimization and training pipelines
Cryptographic network design

Discrete structures and high-dimensional systems

Orthopedic Technology

This work sits between medicine and engineering. I model joint kinematics with transformation matrices and quaternions, run finite element stress analysis on implants, and build computational geometry pipelines for custom orthotics, prosthetics, and surgical navigation.

Multi-axis joint kinematics and gait simulation
Finite element analysis for implant performance
3D scan to printable orthotic workflows

Biomechanics, fitting, and clinical tooling

Quantitative Finance

Financial systems need models that respect uncertainty. I work with stochastic differential equations, Brownian dynamics, and Monte Carlo engines to estimate asset diffusion, price risk, and test quantitative strategies under realistic market conditions.

Continuous-time asset price modeling
Ito calculus and drift-diffusion systems
Monte Carlo risk simulation

Stochastic calculus and risk engineering

Cybersecurity

Security starts with math. I apply number theory, modular arithmetic, and elliptic curve algebra to build encryption protocols, analyze attack surfaces, and design network architectures with stronger guarantees around trust and verification.

Elliptic curve cryptography
Protocol design and adversarial modeling
Zero-trust network architecture

Cryptographic algebra and secure systems

Contact

Get In Touch

Have a project, performance, or collaboration in mind? Send a message and I'll get back to you promptly.

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Building scalable systems with iterative problem solving.

Deployed Systems

Ssebide OS

Ssebidecoin

Blockchain

Ortho Tech LLM

Pillars

The Vision

What I Work On

Applied Mathematics & Computer Science

What I Work On

Applied Mathematics & Computer Science

Orthopedic Technology

Quantitative Finance

Cybersecurity

Get In Touch

Send a message

Email

Building scalable systems
with iterative problem solving.