Pay hell com javascript jquery állások Németországban (programozó, fejlesztő)

• Building and growing innovative insurance applications used daily by thousands of users.
• Developing new features collaboratively with product managers and quality assurance in an agile environment.

• Write code that is simple, readable, testable, and maintainable, whether you write it yourself or with the help of AI tools
• Conduct code reviews, give helpful feedback, actively contribute in team discussions and decisions

• You will design and develop graphical user interfaces for embedded software configuration tools.
• You will implement new features and improve existing configuration workflows.
• You will create user-friendly visualizations and input mechanisms for software parameters.

• Designing and delivering engineering solutions for our businesses and customers
• Enhancing our infrastructure capabilities and functions with new and fresh ideas
• Performing and improving QA and Test Automation frameworks

Own systems end to end: Design, build and run features across frontend and backend, from technical approach through deployment and support in production....

• Define and implement cloud infrastructure and observability tooling - Be a passionate software developer
• Support and development of complex and innovative shared development utilities
• Create and maintain automation processes
• Implement cloud services - Develop holistic software modules

• 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

• 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

Develop, operate, and continuously improve SciCat and its associated microservices on our Red Hat OpenShift infrastructure, contributing relevant improvements to upstream open-source projects...

• Define and implement cloud infrastructure and observability tooling - Be a passionate software developer
• Support and develop complex and innovative shared development utilities
• Create and maintain automation processes
• Implement cloud services - Develop holistic software modules

• Develop and maintain web applications featuring interactive 3D visualizations
• Turn product requirements into clear, engaging visual experiences
• Implement 3D scenes, interactions and visualization features
• Create 3D assets suitable for web-based rendering

• 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.

• Understand the business - Assess and support the business objectives for digital products and services from a Cloud Applications point of view
• Define the architecture - Create structures of distributed systems in close collaboration with other experts

• Understand the business - Assess and support the business objectives for digital products and services from a Cloud Applications point of view
• Define the architecture - Create structures of distributed systems in close collaboration with other experts

• Surgical microscopes creating surgical augmented reality
• Ultrasound devices creating 3D ultrasound imaging
• Brainlab's own Robotic Arm (Cirq)

• Design, develop, and maintain applications.
• Optimize and enhance existing applications and infrastructure.
• Ability/interest to work with machine learning.
• Collaborate and communicate with various teams within the company.
• Ensure all applications reflect our internal policies and standards.

• Discussing and clarifying requirements with our internal domain experts
• Breaking requirements down into manageable work packages, estimating effort, and identifying technical dependencies
• Designing and developing algorithms that span and are optimized across various layers of our software stack

• Development of mathematical models to describe cellular dynamics
• Implementation of the models in a suitable programming environment
• Simulation of cellular dynamics within complex 3D structures
• Application of the computer model as a virtual bridge between in vitro and in vivo studies