Bridging bits and bytes with bolts and boards
Senior Software Engineer and Technical Leader with 10+ years experience building scalable web applications, embedded Linux systems, and production-ready infrastructure. Currently freelancing and seeking new opportunities while working on innovative projects that span software development, DevOps, and IoT solutions.

Abraham van der Linde
About Abraham van der Linde
Bridging the digital-physical divide through innovative engineering solutions
Professional Introduction
I'm a full-stack developer and electronics engineer who specializes in creating integrated solutions that span the digital-physical divide. My unique approach combines modern web development with embedded systems to solve real-world problems.
With expertise across Next.js, FastAPI, Arduino, and PCB design, I create everything from high-performance web applications to IoT devices and home automation systems. My projects demonstrate technical depth and the ability to integrate diverse technologies seamlessly.
At The Abraham Lab, every project is an exploration of what's possible when software meets hardware. I focus on solutions that are both technically excellent and genuinely useful.
Technical Philosophy
Problem-First Development
Start with real problems, choose the right technology stack, and build solutions that make a difference.
Cross-Domain Integration
The most valuable innovations happen at the intersection of software, hardware, and maker technologies.
Continuous Learning
Every project is an opportunity to explore new technologies and document the journey for others.
Core Technical Expertise
Comprehensive skill set spanning the complete technology stack
Software Development
Electronics & IoT
Maker & Integration
Connect with The Lab
Interested in collaborating on software development, electronics projects, or hybrid solutions? I'm always excited to discuss new ideas and opportunities.
This website showcases the integration between Next.js frontend and FastAPI backend, demonstrating the full-stack development approach used in The Abraham Lab.