SOFTWARE DEVELOPERWHAT YOU WANT TO KNOW
€50,000 - €70,000 base salary (flexibility avilabible)
Full-time permanent contract
Vicenza region, Italy
3 days per week remotely
Opportunity to work in a successful AM companyROLE DETAILSThis company is redefining digital dentistry with state-of-the-art 3D printing technology, allowing dental professionals to create natural-looking restorations in a single visit. Their advanced chairside laser 3D printer features proprietary technology for precise colour gradient matching, ensuring seamless, lifelike results. Designed for efficiency, the system is wireless, cloud-connected, and easy to integrate into any practice, offering a true plug-and-play experience.Beyond cutting-edge hardware, the company provides a range of certified Class IIa medical-grade consumables, ensuring durable and high-quality restorations. With a strong commitment to customer success, they offer expert training and ongoing support to help dental professionals maximise the potential of their technology. Focused on innovation and excellence, they are shaping the future of digital dentistry.ESSENTIAL EXPERIENCE
Software design and application development in C++ within the Visual Studio environment
Experience in 3D graphics development, computational geometry, and scene graph rendering
Experience in 3D visualisation engine using OpenSceneGraph (OSG)
Experience with the Qt frameworkQUALIFICATIONS
Bachelor’s degree in computer engineering, computer science, or scientific disciplines with specialisation or expertise in software development
Experience in software development for complex projects
Proficiency in English and Italian language
A penchant for studying, learning, and researching
Ability to take responsibility, work with precision and autonomy and maintain constant attention to the quality of work resultsNICE IF YOU HAVE
C#/.NET development
Proficiency in OpenGL/Vulkan/DirectX for real-time rendering
Multi-threading and Parallel Computing for performance optimisation
Development of interactive tools for 3D model manipulation