Internet of things junkie, Golang developer, SRE Enthusiast
I live where sensors meet servers and vegetables get suspiciously smart. By day, I whisper sweet nothings to Raspberry Pis until they confess to the cloud. By night, I bribe full-stack prototypes with caffeine until they actually work. ๐ปโ
As a proud member of Open Source Anonymous (we meet in Slack channels at 2 AM), I code faster than my coffee gets coldโand I drink an ALARMING amount of coffee. Backend, frontend, firmware, Kubernetes YAML files that make grown engineers cryโI've done it all.
Currently teaching machines to be immortal humans through ChronoSoul, because regular AI was too mainstream. Also speedrunning my way to SRE mastery, because if you're preserving consciousness digitally, your servers better not have existential crises at 3 AM. ๐ง ๐พ
When not translating between human and container, you'll find me elbow-deep in aquaponics setups where fish have better Wi-Fi than most neighborhoods. My plants are IoT-enabled and probably plotting world domination.
Racing to build ridiculously smart and stupidly sustainable things before: (a) oceans turn into soup, (b) bees launch their IPO, or (c) Skynet discovers I've been teaching it dad jokes. The jokes might be our only hope. ๐๐ฅ๐ค
Building and maintaining integrated fish and plant cultivation systems
Competitive racquet sport for fitness and recreation
Studying celestial movements and their influence on human affairs
Creating artistic underwater landscapes in aquariums
Oct 2025 - Present
Leading development of ChronoSoul, an innovative AI-powered platform for perpetual personality preservation. Architecting a sophisticated RAG (Retrieval-Augmented Generation) system built on Ollama LLM models, leveraging advanced prompt engineering techniques and high-performance vector databases for semantic embeddings storage. Engineering cloud-native microservices ecosystem in Go, implementing containerization with Docker and orchestrating deployment pipelines through Kubernetes for enterprise-grade scalability and fault tolerance.
April 2025-Oct 2025
Led complete redesign and redevelopment of cybersecurity platform backend services. Architected high-performance microservices in Go, implementing idiomatic code practices and scalable system design. Delivered robust RESTful APIs with seamless frontend and third-party service integration across cross-functional engineering teams.
Aug 2023 - Apr 2025
Designed and implemented an intelligent resource allocation system utilizing advanced matching algorithms for global workforce optimization. Engineered distributed backend services in Go to enable real-time resource-to-task assignment across multiple time zones, significantly improving project delivery efficiency and resource utilization for enterprise-scale operations.
Nov 2022 - Aug 2023
Architected and delivered enterprise-grade microservices ecosystem using Go, implementing RESTful APIs with JSON communication protocols. Applied Test-Driven Development methodologies to ensure code reliability and maintainability. Engineered robust data persistence layer using MySQL with GORM ORM integration, while establishing automated deployment workflows through GitLab/Bitbucket CI/CD pipelines. Led technical excellence initiatives including code reviews for a four-member engineering team, ensuring adherence to best practices and architectural standards.
April 2022 - Nov 2022
Architected and engineered a comprehensive document vault solution from inception, leveraging Go Gin framework with PostgreSQL for robust data persistence. Designed full-stack backend infrastructure while establishing containerized deployment strategies using Docker and docker-compose to ensure environment consistency and scalability. Drove technical leadership initiatives including release management, version control strategies, Git branching workflows, and code review processes, establishing foundational development practices and delivery excellence.
Oct 2018 - Mar 2022
Architected and delivered comprehensive IoT solutions for enterprise-grade business applications, encompassing full-stack development from embedded hardware integration on Raspberry Pi to scalable cloud infrastructure built with Golang and MongoDB. Led development of mission-critical systems including ambient air quality monitoring for industrial environments, intelligent parking solutions for automotive OEMs, and real-time vehicle tracking systems for mining logistics operations. Demonstrated technical leadership by independently orchestrating hardware, firmware, and cloud components to deliver production-ready IoT ecosystems.
Sep 2016 - Oct 2018
Architected and delivered enterprise-grade internal web applications to enhance organizational efficiency and productivity. Engineered scalable backend systems using Python Django framework integrated with responsive AngularJS frontend interfaces. Led development of Skillminer, a strategic workforce analytics platform that aggregated skill mapping and demographic intelligence to drive data-driven resource allocation and talent management decisions. Implemented robust NoSQL data architecture using MongoDB, demonstrating expertise in full-stack development across modern web technology ecosystems.
Oct 2009 - Dec 2016
Spearheaded enterprise-wide technical education initiatives while executing full-stack development responsibilities. Designed and delivered comprehensive technical training curricula for 550+ professionals across CAD automation, VBA scripting, and modern web development technologies. Architected structured learning frameworks including curriculum design, competency assessments, and hands-on laboratory experiences to accelerate skill acquisition. Led strategic talent development programs for organizational new hires, integrating technical excellence with leadership mentorship to establish robust foundational capabilities across multiple technology domains.
Feb 2005 - Sep 2009
Engineered advanced CAD automation solutions for a tier-1 aerospace OEM, leveraging VBA scripting within CATIA v5 environment to optimize design workflows and enhance operational efficiency. Architected sophisticated Knowledge-Based Engineering (KBE) systems that automated complex design processes, reducing development cycle times and ensuring design consistency. Developed high-fidelity virtual 3D parametric models of mission-critical aircraft components, delivering precision engineering solutions that drove innovation and maintained stringent aerospace quality standards.