Building software, intelligent systems, and connected technology to solve real-world problems.
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SOFTWARE ENGINEERING
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SOFTWARE SYSTEMS PHYSICAL SYSTEMS
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FULL-STACK EMBEDDED SYSTEMS
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Backend / APIs IoT
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INTELLIGENT SYSTEMS
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AI/ML
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REAL-WORLD SYSTEMS
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Healthcare surveillance Other Domains
I'm a software engineer focused on understanding how complete systems are designed, built, and connected.
My engineering journey is centered around full-stack development, while progressively expanding into artificial intelligence, embedded systems, and the Internet of Things.
I don't want to build technology in isolation. I want to understand how software interacts with people, data, devices, and the physical world.
With a background in healthcare, I have a particular interest in using technology to improve healthcare systems. I'm also interested in agriculture and other real-world domains where software, AI, embedded systems, and IoT can create meaningful solutions.
My long-term goal is to become an engineer capable of taking a real-world problem, understanding the system behind it, and building the technology required to solve it — from the user interface and backend to intelligent models, connected devices, and physical systems.
I'm building my engineering capabilities through practical projects that progressively connect software, data, AI, and eventually physical systems.
Building applications that address practical problems rather than stopping at programming exercises.
Learning to design and build complete applications across the frontend, backend, APIs, databases, and deployment.
Exploring how artificial intelligence can be integrated into useful software and real-world systems.
My longer-term direction is to connect software with the physical world through embedded systems, sensors, devices, and IoT.
Applying my healthcare background to identify problems where technology can improve processes, accessibility, decision-making, and outcomes — while remaining open to other domains such as agriculture.
AI / Machine Learning · Embedded Systems · IoT
An agricultural technology project focused on solving practical problems through software.
Focus: Real-world problem solving · Software Engineering · Agriculture
Backend engineering projects developed during my FlyRank internship, covering APIs, web scraping, data processing, validation, automation, testing, and production-oriented development.
Focus: Python · FastAPI · APIs · Testing · Docker
A structured collection of Go exercises, experiments, and projects documenting my progression from fundamentals toward deeper software engineering concepts.
Focus: Go · Software Engineering · Systems Programming
A Python project for generating structured PDF reports programmatically.
Focus: Python · Automation · Document Generation
My learning path is intentional: I am building a strong software engineering foundation first, then progressively expanding into intelligent and connected systems.
SOFTWARE ENGINEERING
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FULL-STACK DEVELOPMENT
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SYSTEMS & APIs
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ARTIFICIAL INTELLIGENCE
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EMBEDDED SYSTEMS
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IoT & CONNECTED DEVICES
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INTELLIGENT REAL-WORLD SYSTEMS
- 🧩 Deepening my full-stack engineering skills
- 🤖 Exploring Artificial Intelligence and Machine Learning
- ⚙️ Preparing to move into embedded systems
- 📡 Learning how software connects with physical devices through IoT
- 🏥 Exploring opportunities to apply technology to healthcare
- 🌱 Exploring technology-driven solutions for agriculture
I believe good engineering starts with understanding the problem before choosing the technology.
I focus on building from first principles, understanding how systems work internally, and turning complex problems into smaller, testable components.
I'm interested not only in writing code, but in understanding how software interacts with data, networks, devices, people, and the physical world.
My goal is to build systems that are useful, reliable, understandable, and capable of solving real problems.
I'm always interested in learning, building, collaborating, and connecting with other people working on interesting technology.