ONLINE sys::uptime — available for engineering roles
whoami

Brayan
Suárez
Ceballos

System Engineer & Computing Student @ UTP Pereira, Colombia

Leveraging modern tech to build high-performance software with a focus on resource optimization. Designing systems where speed and reliability are foundational constraints.

view_projects() get_in_touch()
15+ languages
20+ frameworks
100 lighthouse
Edge delivery

Engineering DNA

How I Think

// principles · experience · formation

bio.md
cat bio.md

I am a Systems Engineering and Computing student at Universidad Tecnológica de Pereira, driven by a deep interest in low-level efficiency and software architecture.

My academic journey is complemented by an intensive focus on algorithmic problem-solving. As an active member of the In-Silico Research Group, I dedicate my time to refining logical intuition and mastering complex data structures under high-pressure constraints.

logic = "Competitive Programming"

Training at In-Silico (UTP). Focused on efficient data structures, complexity analysis, and solving algorithmic problems under constraints.

workflow = "Performance & Scalability"

Building systems with a focus on low latency and resource optimization. I prioritize code that scales and performs predictably.

integration = "End-to-End Development"

Experience handling the full lifecycle of a project, from backend logic and system architecture to edge deployment and final UI.

standards = "Reliable Infrastructure"

Implementing secure patterns, data validation, and optimized deployment as the baseline for every project I build.

2024–Now Entrepreneurship

Founder & Lead Engineer

Velaris

Established a high-performance web engineering studio focused on zero-JS architectures and edge deployment. Architecting solutions where performance is treated as a foundational constraint, not an afterthought.

2024–Now Research & Competition

Competitive Programmer

In-Silico Research Group — UTP

Advanced algorithmic problem-solving under strict time and memory constraints. Segment trees, heavy-light decomposition, dynamic programming, graph theory. ICPC-style training sharpens decision-making under pressure — directly applicable to production engineering.

2023–Now Education

B.Sc. System Engineering & Computing

Universidad Tecnológica de Pereira (UTP)

Computing fundamentals: operating systems, data structures, networks, compilers, and concurrent programming. Bridging academic rigor with self-directed engineering practice.

Current Status

Open to engineering roles · Remote & International

Available

Tech Ecosystem

The Full Stack

Skills and Tools

// languages · frameworks · infrastructure · devops

Languages
›Rust ›Python ›TypeScript ›JS ›C++ ›C ›Java ›Go ›Racket ›Scheme ›SQL ›HTML/CSS
Frameworks
›Astro ›React ›Next.js ›Vue ›Svelte ›FastAPI ›Tauri ›Tailwind
Infrastructure
›Docker ›Kubernetes ›GitHub CI/CD ›Cloudflare ›Nginx ›Terraform
AI & Cognitive
›Multi-Agent Orchestration ›LLM Chaining ›LangChain ›Pinecone ›ChromaDB ›Prompt Eng.
Universal Tools
›Git ›Arch Linux ›Neovim ›cURL ›Bash/Zsh ›SSH ›JWT ›Lighthouse ›Obsidian

Projects

Shipped Work

// production systems · real constraints · measurable outcomes

~/prod/velaris PRODUCTION

VELARIS

Founding Engineer

Web Engineering Studio — SSG · Edge · Performance

A high-performance web engineering studio built on Astro's zero-JS-by-default architecture. Served globally via Cloudflare's edge network. The entire stack is optimized for maximum Core Web Vital scores, treating performance as a first-class engineering constraint rather than an afterthought.

AstroCloudflare PagesTailwind CSSCanvas APITypeScript

Technical Metrics

Lighthouse Score →100 / 100
Architecture →SSG · Zero JS default
CDN →Cloudflare Edge
Time to Interactive →< 0.5s

// serving production traffic from Cloudflare's global edge network

~/dev/comecho IN DEVELOPMENT

COMECHO

Sole Engineer

High-Performance Discord Alternative — Built in Rust

A next-generation real-time communication platform proving that social-scale software need not sacrifice safety for speed. Comecho's Rust backend leverages the ownership model for memory-safe concurrency, zero-cost abstractions, and sub-millisecond message latency — without a garbage collector.

RustDioxusWebSocketsTauriAsync I/O
in_development()

Technical Metrics

Backend Language →Rust (memory-safe)
Architecture →Zero-cost abstractions
Concurrency model →Ownership + Borrow checker
Latency target →Sub-millisecond

// architecture finalized · core modules under active construction

Live Telemetry

System Monitor

/var/log/development.log
brayan@portfolio:~$

Contact

Initiate Connection

// systems challenge · web product · technical conversation → all welcome

terminal
// contact.config.ts
const engineer = {
name : "Brayan Suárez Ceballos" ,
role : "System Engineer" ,
location : "Colombia · Remote OK" ,
status : "open_to_opportunities" ,
};
export default engineer;
▶

GitHub

AtlaasSD

LinkedIn

Brayan Suárez Ceballos
copied → brasuce1@gmail.com