systems design , Computer Vision, C++, Middleware, Bash Scripting, Operating Systems, Python, Linux Bsp, Multi-threading, Drivers, Sensor-based systems, Basic networking concepts

UDP), Networking protocols (TCP/IP, Inter-process communication (IPC), Waterfall, Debugging, Agile Scrum, Svn, Git, Gitlab, Analytical Skills, Multi-threading and concurrency, Software lifecycle and version control systems, Troubleshooting, Linux-based development environments

.Net Technologies, serial communication , Wpf, Version Control Tools, Asynchronous programming, multithreading, Winforms, Ethernet, Git, MVVM architecture, PLCs, industrial systems, data acquisition, real-time systems, industrial bus systems, Communication Protocols

Algorithms, UDP, shell scripting, Distributed Systems, Network Programming, data structures, Python, object-oriented programming, low-latency infrastructure

Version Control, Git, Defect Tracking, Memory Management, Linux, Debugging, Sdlc, Standard data structures, Object-oriented design

Linux, multithreading, Distributed Systems, concurrency, Network Programming, Automated Testing, performance optimisation, AI-assisted engineering

serial communication , .NET Framework, profinet , Opc, UDP, Usb, multithreading, Visual Studio, Wpf, Can, Git, Opencv, Network Programming, Rs232, Winform, Plc, delegates, Modbus, MVVM pattern, Vision Algorithms, Ethernet industrial bus communications, Events

multi-threading, Version Control System, Object Oriented Programming, QT libraries, networking protocol TCP, concurrency concepts

C Programming, Python, Software systems design tools and languages, Software systems testing methodology

Vision Algorithms, Machine control software design, Plc Programming