Innovative R&D Software Engineer with a passion for building high-performance industrial vision and AI systems that solve real-world manufacturing challenges. Having experience in full-stack development and a track record of delivering cutting-edge solutions, I thrive on solving complex challenges and elevating software performance to new heights. I specialize in developing software for precision inspection equipment — systems that operate in demanding production environments, inspecting thousands of components per hour with accuracy and reliability.

I have experience in:
Software development
Scalable and maintainable (Thread concurrency, critical sections, mutexes, worker threads, memory management)
High performance (Code design optimization, thread synchronization, real-time image processing)
Software architecture
Design & introduce frameworks (MFC Document/View architecture, modular plugin design, hardware abstraction layer)
Build modular systems with 50+ inspection modules (Mark, Lead, Pin, OCR, Barcode, Warpage, AI inference)
Version control (SVN / TortoiseSVN, branching and release management)

AI & Machine Learning
End-to-end AI model lifecycle — fine-tuning classification, detection, and segmentation models using PyTorch, TensorFlow, and Keras
Model optimization for edge deployment using OpenVINO, ONNX Runtime, and TensorRT
Image processing with OpenCV and semantic/instance segmentation for low-power, localized inference

Hardware & Imaging
Camera configuration using multiple lighting angles, RGB color, monochrome, and Short-Wavelength Infrared (SWIR) for dye and microcrack inspection
Warpage heatmap and phase shift height inspection for 3D surface analysis of electronic components
Expertise in C++ (MFC), Python, and AI frameworks with a focus on high-performance, scalable, and maintainable code architecture for industrial automation, semiconductor, and precision manufacturing.

My approach:
I write code that performs under pressure — whether it's synchronizing threads in a live camera feed, optimizing AI models for edge inference, or managing memory efficiently during long production runs. I bridge the gap between R&D innovation and factory-floor reliability.

Looking for:
Opportunities in R&D, Software Engineering, or Quality Engineering within industrial automation, semiconductor equipment, medical devices, or precision manufacturing. Keen to apply my expertise in multi-threading, AI-powered inspection, and robust system architecture to solve next-generation engineering challenges