Java back end developer állások, munkák főiskolai végzettséggel

• Információbiztonsági szabályzatok és eljárásrendek kidolgozása
• GAP elemzések készítése nemzetközi szabványok és gyakorlatok alapján
• Üzleti hatáselemzések végrehajtása
• Kockázatértékelések végrehajtása
• Üzletmenetfolytonossági tervek kidolgozása
• GRC rendszerek bevezetése, konfigurációja

•Participating in Scrum ceremonies including Sprint Planning •Work on an industrial Copilot project with the benefit of gaining hands-on experience •Develop and test new features with the guidance of senior engineers •Build quick prototypes and validate your ideas •Help fix bugs and improve product...

• Model Development: Design, train, and fine-tune machine learning models using large-scale datasets to solve complex problems.
• Data Management: Collect, clean, and preprocess data to ensure high-quality inputs for AI systems and model training.

Java szerver és kliens oldali programok fejlesztése Együttműködés a fejlesztő kollégákkal...

Conception, development and deployment of workflows for the import of metadata from service like the catalogue of the German National Library, the Gemeinsame Normdatei (GND) or Wikidata into a VIVO based knowledge graph....

Kommunikációs rendszerek tervezése Modern kommunikációs eljárások kidolgozása Webes kommunikácós platform építés Részvételi lehetőség K+F programokban És még sok más szakmai kihívást jelentő feladattal...

Kommunikációs rendszerek tervezése Modern kommunikációs eljárások kidolgozása Webes kommunikácós platform építés Részvételi lehetőség K+F programokban És még sok más szakmai kihívást jelentő feladattal...

You will be responsible for the development of complex IT architectures in innovative software solutions and for providing strategic-technological advice to our customers....

Design and deliver AI-driven solutions for Swiss Financial Services clients, focusing on Agentic AI, intelligent automation, AI enablement, data engineering, and scalable application development....

As part of a great agile team, you will be involved in all phases of the development lifecycle - from conception and design through to coding, code reviews, testing and delivery....

Define high-level software architecture, including microservices, APIs, data flows, and integration layers and ensure that the architecture supports scalability, security, modularity, and maintainability....

• Develop and maintain framework components and functionalities for our 3tier application platform
• Ensure and constantly improve installability, portability, scalability and servicability of our products

• Design and implement state-of-the-art, responsive HTML/JavaScript/Angular applications within the U framework.
• Develop and enhance backend services using Java and Jakarta EE, following RESTful API design principles

• Manage and optimize Boomi middleware including Solace and related integration tools
• Coordinate closely with other teams like Salesforce, Seeburger, MongoDB and other Platform tools to ensure seamless integration and data flow

• Lead the integration strategy and roadmap across Triumph
• Manage and optimize Boomi middleware including Solace and related integration tools
• Coordinate closely with other teams like Salesforce, Seeburger, MongoDB and other Platform tools to ensure seamless integration and data flow

• Develop and maintain framework components and functionalities for our 3tier application platform
• Ensure and constantly improve installability, portability, scalability and servicability of our products

Design and develop cutting-edge, reusable application components, including comprehensive API specifications and technical documentation, to support our global R&D teams...

• Software development in the field of helicopter/UAV avionics
• Involvement in the design and development of complex software
• Activities in application or hardware related software development
• Execution of various test procedures/automated scencarios
• Participation in system integration

• Development of software concepts and architectures for the simulation of complex sensor and effector networks
• Translating requirements into software architectures
• Definition and design of software components
• Definition and alignment of interfaces
• Development of integration and verification strategies