Qt/C++ Developer

Role Overview: As a Qt/C++ Developer specializing in Hardware Automation & Real-Time Systems, your main goal will be to develop and maintain a Qt-based web application that automates hardware control, captures test data in real time, and generates structured reports for analysis. You will be expected to have a strong experience in Qt Framework Development, proficiency in Qt (C++) including Qt WebEngine, WebSockets, Widgets, and QML, as well as expertise in Hardware Automation & Communication, Real-Time Data Handling, Excel Export & Reporting, and Testing, Debugging & Integration. Key Responsibilities: - Develop and maintain a Qt-based web application for automating hardware control and capturing real-time test data. - Utilize QT Web Sockets, QT Connectors, QT Web Engine, QT Automation, Excel interop, TCPIP Protocols, and C++ for efficient development. - Ensure seamless communication with lab or industrial devices (e.g., signal generators, spectrum analyzers) via RS-232, RS-485, TCP/IP, or vendor APIs. - Manage real-time communication, ensure data reliability, and optimize performance for efficient Real-Time Data Handling. - Automate Excel reports using QAxObject, COM interfaces, or libraries like openpyxl for structured reporting and analysis. - Conduct system testing, debugging, and collaborate with hardware teams for integration and issue resolution. Qualifications Required: - 5+ years of experience in Qt (C++) development with a focus on Hardware Automation & Real-Time Systems. - Proficiency in Qt Framework Development and strong knowledge of Qt WebEngine, WebSockets, Widgets, and QML. - Experience in automating and communicating with lab or industrial devices via RS-232, RS-485, TCP/IP, or vendor APIs. - Ability to manage real-time communication, ensure data reliability, and optimize performance for Real-Time Data Handling. - Skilled in automating Excel reports using QAxObject, COM interfaces, or libraries like openpyxl. - Strong background in system testing, debugging, and collaborating with hardware teams for integration and issue resolution. Role Overview: As a Qt/C++ Developer specializing in Hardware Automation & Real-Time Systems, your main goal will be to develop and maintain a Qt-based web application that automates hardware control, captures test data in real time, and generates structured reports for analysis. You will be expected to have a strong experience in Qt Framework Development, proficiency in Qt (C++) including Qt WebEngine, WebSockets, Widgets, and QML, as well as expertise in Hardware Automation & Communication, Real-Time Data Handling, Excel Export & Reporting, and Testing, Debugging & Integration. Key Responsibilities: - Develop and maintain a Qt-based web application for automating hardware control and capturing real-time test data. - Utilize QT Web Sockets, QT Connectors, QT Web Engine, QT Automation, Excel interop, TCPIP Protocols, and C++ for efficient development. - Ensure seamless communication with lab or industrial devices (e.g., signal generators, spectrum analyzers) via RS-232, RS-485, TCP/IP, or vendor APIs. - Manage real-time communication, ensure data reliability, and optimize performance for efficient Real-Time Data Handling. - Automate Excel reports using QAxObject, COM interfaces, or libraries like openpyxl for structured reporting and analysis. - Conduct system testing, debugging, and collaborate with hardware teams for integration and issue resolution. Qualifications Required: - 5+ years of experience in Qt (C++) development with a focus on Hardware Automation & Real-Time Systems. - Proficiency in Qt Framework Development and strong knowledge of Qt WebEngine, WebSockets, Widgets, and QML. - Experience in automating and communicating with lab or industrial devices via RS-232, RS-485, TCP/IP, or vendor APIs. - Ability to manage real-time communication, ensure data reliability, and optimize performance for Real-Time Data Handling. - Skilled in automating Excel reports using QAxObject, COM interfaces, or libraries like openpyxl. - Strong background in system testing, debugging, and collaborating with hardware teams for integration and issue resolution.