Transitioning from traditional engineering to software development wasn't a path I initially planned, but it's been one of the most rewarding decisions of my career. Here's my story and the lessons I've learned along the way.
The Beginning: Engineering Foundation
University Years at Yıldız Technical University
Studying Control and Automation Engineering gave me:
- Systems thinking: Understanding complex interactions
- Problem-solving methodologies: Structured approach to challenges
- Mathematical foundation: Strong analytical skills
- Hardware understanding: Knowledge of physical systems
Key Skills Developed
- PLC programming
- Control system design
- Industrial protocols
- Process optimization
- Project management
The Spark: Discovering Web Development
First Encounter
During university, I worked on a project that required a web interface for monitoring industrial equipment. This was my first taste of web technologies:
Loading syntax highlighting...The Realization
I realized that web technologies could bridge the gap between complex industrial systems and user-friendly interfaces.
The Transition: Learning Web Technologies
Self-Learning Journey
- HTML/CSS: Started with basic static pages
- JavaScript: Added interactivity and dynamic content
- React: Discovered component-based development
- Node.js: Learned backend development
- Databases: PostgreSQL, MongoDB
- Cloud platforms: AWS, Vercel
First Real Project
My breakthrough came when I built a CNC monitoring dashboard:
Loading syntax highlighting...Professional Growth: Bilko Automation
Full Stack Developer (2023-2024)
- Built CNC control web applications
- Developed real-time monitoring systems
- Implemented WebSocket connections
- Created responsive user interfaces
Key Projects
- CNC Control Dashboard: React.js + Node.js + WebSockets
- Process Monitoring System: Real-time data visualization
- Parametric CAD Tool: Python + OpenCAD integration
- Mobile Monitoring App: React Native for iOS/Android
Technologies Mastered
- Frontend: React, Next.js, TypeScript, Tailwind CSS
- Backend: Node.js, Adonis.js, Express
- Databases: PostgreSQL, MongoDB, Redis
- Tools: Git, Docker, CI/CD pipelines
Current Role: R&D Engineer
Expanding Horizons
Now as an R&D Engineer, I combine both worlds:
- Web-based industrial interfaces
- 3D visualization with Three.js
- Machine learning for predictive maintenance
- IoT integration and monitoring
Recent Innovations
- Real-time 3D machining visualization
- AI-powered quality control
- Cloud-based machine monitoring
- Progressive Web Apps for mobile control
Lessons Learned
1. Engineering Thinking is Valuable
My engineering background provides unique advantages:
- Systems perspective: Understanding how components interact
- Reliability focus: Building robust, fault-tolerant systems
- Performance optimization: Efficiency mindset from industrial experience
- Documentation habits: Clear technical communication
2. Continuous Learning is Essential
Technology evolves rapidly:
- Stay updated with latest frameworks
- Practice coding regularly
- Join developer communities
- Contribute to open source projects
3. Problem-Solving Transfers
Engineering problem-solving applies directly:
- Break complex problems into smaller parts
- Test hypotheses systematically
- Document solutions for future reference
- Consider edge cases and failure modes
4. Communication Matters
Technical skills aren't enough:
- Explain complex concepts simply
- Collaborate effectively with teams
- Present solutions to stakeholders
- Write clear documentation
Advice for Aspiring Developers
For Engineers Transitioning
- Leverage your background: Your engineering thinking is an asset
- Start with projects: Build something related to your field
- Learn incrementally: Don't try to master everything at once
- Find mentors: Connect with experienced developers
- Practice regularly: Consistency beats intensity
For New Developers
- Focus on fundamentals: Master the basics before advanced topics
- Build real projects: Theory is important, but practice is essential
- Join communities: Learn from others and share your journey
- Embrace failure: Every bug is a learning opportunity
- Stay curious: Technology changes rapidly—keep learning
Looking Forward
Current Goals
- Deepen expertise in AI/ML applications
- Explore WebAssembly for performance-critical applications
- Contribute more to open source projects
- Mentor others making similar transitions
Future Vision
I believe the future lies in bridging traditional engineering with modern software:
- Digital twins of physical systems
- AI-powered automation
- Cloud-native industrial applications
- Sustainable technology solutions
Conclusion
My journey from engineering student to full stack developer has been challenging but incredibly rewarding. The combination of engineering rigor and software flexibility opens up unique opportunities to solve complex problems.
If you're considering a similar transition, remember: your engineering background is not something to leave behind—it's a superpower to combine with new technical skills.
The key is to start building, keep learning, and never stop being curious about how things work.
Have a similar story or questions about transitioning to development? I'd love to hear from you!