Senior C++ Developer for Vision systems

    204
    • TPP
    • Bratislava
    • Termín nástupu: 01.02.2019
    • Plat: 2000€ - 4000€
    • Žiadosti boli uzavreté

    Photoneo combines unique 3D scanner with the set of software tools to automate an industrial process which nobody was able to automate before. Your role will be to develop and maintain vision system application used to configure a complex industry process in a simple and user-friendly way. And furthermore, you will continue enriching the application with fancy new features for our Award Winning 3D MotionCam and PhoXi 3D scanners.

    Little sneak-peak for MotionCam: https://www.youtube.com/watch?v=HOnQFhkQNaI

    Your day to day tasks will be:

    * Functional and technical design of the application
    * Creating and maintaining documentation
    * Technical implementation according to specification
    * Working according to tasks pool assigned by project leader
    * Understand business requirements
    * Propose new functionality
    * Reviewing and create user documentation
    * Working towards departmental and project deadlines

    What can we offer you?

    Flexibility, unlimited home-office, unlimited sick-days, fresh fruit and cakes, birthday vouchers, multisport card, massages in the office and chill-out room with a table-tennis in company’s premises, team buildings, financial bonus every halfyear.
    Also personal and career growth opportunity and working in a dynamic environment, at a renowned fast-growing company.

    Main technology: C++

    Tagged as: C++, machine vision, 3D

    Photoneo s.r.o.
    Photoneo is a machine vision startup based in Slovakia with a team of visionaries and talented engineers. With our patented technology of advanced 3D vision cameras, we are setting the new benchmark of smart vision systems. We are cooperating with leading industrial suppliers to deliver outstanding sensoric performance to drive the future autonomous systems ranging from collaborative robots, drones, self-driving vehicles to unbeatable face-recognition and enhancing human vision in augmented reality applications.