Phd head cee javascript jquery állások Külföldön (it programozás, fejlesztés)

• Lead and manage international research programs across AI, Data Science, Simulation, Processes, and Quantum Computing.
• Build and run multi-partner research consortia with world-leading universities, tech networks, and public funding agencies.

Development and application of molecular modelling approaches and molecular dynamics simulations to support scientific research, including protein characterization and developability studies...

• G ood development understanding in both front-end and back-end technologies, while leveraging SharePoint object model /architecture;
• In depth technical understanding of the M 3 65/SharePoint online architecture. Able to configure SharePoint inbuilt and PnP based components;

• Understand business processes and technical architecture
• Work on development for Line Balancing solutions
• Develop, design and maintain an E2E test strategy for a complex software solution
• Ensure the delivery as per requirements with good quality and performance

• Manage the IT Product Lifecycle for new and existing custom applications
• Take ownership of all activities related to the upcoming Mauser Customer B2B Portal
• Define and standardize the technology stack for custom application development

• Understand business processes and technical architecture
• Work on development for Line Balancing solutions Develop, design and maintain an E2E test strategy for a complex software solution to ensure the delivery as per requirements with good quality and performance

• Own and prioritise the Digital Channels vision, roadmap and backlog against agreed outcomes and success measures.
• Translate business strategy, customer needs and regulatory priorities into clear requirements across websites, onboarding, eBanking and mobile applications.

Own and continuously evolve the EMDT change management process within our SAFe/DevOps approach...

• Your responsibility: From day one, you'll own your stories and take end-to-end responsibility for your tasks.
• Your team: You'll work in a small team of no more than five full-stack engineers. Like this, our teams are more efficient and can move fast.

Collaborate closely with customers to understand their business and translate requirements into high quality software. Expect to visit our customers around 2-3 times per week....

Collaborate closely with customers to understand their business and translate requirements into high quality software. Expect to visit our customers around 2-3 times per week....

• analyze and capture customer requirements, ensuring a clear understanding of ITSM needs
• design and implement custom workflows in BMC Helix ITSM, including process automation
• develop, debug and optimize ITSM solutions, including incident, problem, change, and service request management

• Build and improve the WebRTC media pipeline across web, desktop and mobile clients, including audio, video, screen sharing and data channels.
• Develop and scale our Selective Forwarding Unit (SFU) and signaling services to support large meetings, webinars and breakout rooms.

Collaborate closely with customers to understand their business and translate requirements into high quality software. Expect to visit our customers around 2-3 times per week....

• Build and improve the WebRTC media pipeline across web, desktop and mobile clients, including audio, video, screen sharing and data channels.
• Develop and scale our Selective Forwarding Unit (SFU) and signaling services to support large meetings, webinars and breakout rooms.

Collaborate closely with customers to understand their business and translate requirements into high quality software. Expect to visit our customers around 2-3 times per week....

You assume overall strategic and operational responsibility for the international Service & Support organization of our EPG ONE Software Suite (WMS & MFC)....

• Design and implementation of complex enterprise-grade software solutions
• Definition and evolution of application, data, and integration architectures
• Design and architecture of service-oriented and event-driven systems
• Development of distributed, resilient, and highly available platforms

• development of physics-guided machine-learning models for composition-process-structure-property relationships in magnesium alloys
• combination of crystal plasticity, phase-field, precipitation, and machine-learning approaches into a unified digital twin framework

• Build and develop a company-wide Data Office as a central governance and coordination function
• Establish pragmatic governance structures, role models and processes for an organisation-wide data management