Senior C++ Software Engineer

• Expert in modern C++ (C++11 and later) - writing clean, efficient, and scalable code.
• Strong experience in Python coding
• Experience in software architecture with a thorough understanding of OO principles
• Unit Testing & Code Documentation - ensuring a robust and well-documented code base
• Version Control (Git) - working efficiently in collaborative environments.
• Experience in industrial software development is a plus.
• Bonus Skills: CMake, CUDA (GPU programming), Database systems, DevOps, mlOps, TwinCAT3, Agile development methodologies.

Innovative Tech - Work on next-gen computer vision solutions in a high-impact industry. Continuous Learning - Access to advanced training, AI workshops, and deep tech development. Great Work-Life Balance - Flexible hours and hybrid work options. Competitive Compensation - Salary + benefits package tailored to top-tier talent. Culture of Excellence - Collaborate with some of the best minds in computer vision and AI.

Join us and shape the future of vision-based automation! Explore more: Apixa Careers

At Apixa, we push the boundaries of computer vision to develop cutting-edge, high-performance solutions for industrial applications. Our technology empowers businesses with real-time, AI-driven insights, redefining automation, precision, and efficiency.

We are looking for a Senior C++ Software Engineer to join our expert team in building state-of-the-art, industrial-grade software that interfaces with advanced imaging hardware, AI-driven analytics, and high-speed processing systems.

Your Role: Innovate, Build, and Optimize

• Develop & Optimize: Design and implement high-performance, industrial-grade applications for real-time computer vision processing.
• Hardware Integration: Work with cutting-edge cameras, sensors, and embedded systems to ensure seamless data acquisition.
• UI/UX Engineering: Design and develop modern, intuitive graphical interfaces and dashboards
• Code Architecture: Develop modular, reusable components for scalable and maintainable software frameworks.
• Performance Tuning: Optimize algorithms for speed and efficiency, leveraging CUDA, multi-threading, and GPU acceleration where necessary.
• Collaboration & Best Practices: Conduct code reviews, refine coding guidelines, and mentor junior engineers.