Job Title

MissionTo design and deploy sophisticated, user-centric interfaces and high-performance hybrid systems for advanced robotics, enabling rapid iteration and validated learning cycles that drive our product's success in critical industries.Key Outcomes (The "What")- Deliver Robust UI Architecture: Develop and launch intuitive user interfaces using WPF and QT for robotic control systems within the first 90 days, ensuring seamless user interaction.- Optimize System Integration: Successfully integrate C# and C++ components to minimize latency and ensure high-reliability performance for real-time robotic applications.- Drive "Build-Measure-Learn" Cycles: Implement complex UI logic that allows for rapid testing and modification based on user feedback and field data, supporting our MVP (Minimum Viable Product) evolution.- Ensure Quality & Stability: Establish a testing and debugging protocol that reduces system crash rates and technical debt, ensuring deliverables align with high industry standards.Competencies (The "How")Technical Skills:- Core Proficiency: Expert-level command of C# and C++ with strong experience in WPF and the QT framework. - Systems Integration: Proven ability to bridge hybrid software environments (high-level UI and low-level system logic).Cultural & Behavioral Fit :- Genchi Gembutsu ("Go and See"): Willingness to understand the actual user environment and specific problems our robots solve, rather than just coding from a spec sheet. - Comfort with Uncertainty: Ability to thrive in a startup environment where requirements may pivot based on validated learning. - Ego-less Collaboration: Effective communication skills to work cross-functionally, prioritizing the team's learning and product success over individual code ownership.