Full-stack Engineer

• Take ownership of key parts of the AI and software architecture
• Design and develop scalable AI agent systems, including multi-step reasoning, decision pipelines, and tool use
• Build and improve LLM-based systems, including prompting, tooling, memory, and orchestration
• Ensure the reliability and quality of AI outputs through evaluation, monitoring, and guardrails
• Build observability and evaluation frameworks, including regression testing for AI systems
• Work closely with Product and Business teams to turn operational problems into scalable technical solutions
• Make technical decisions with long-term impact on architecture, technology stack, and scalability
• Ship solutions used by customers
• Develop CERA AI, an AI agent that automates real logistics processes such as processing incoming emails, negotiating prices, and transferring transport orders

Explore Senior Full Stack Developer – AI Product at Cito Transport Technologies GmbH. Review requirements and application details.

Senior Full Stack Developer – AI Product

• Develop and maintain backend services and integrations using Java and Spring-based technologies
• Build solutions connecting and synchronizing data across internal and external systems
• Contribute to internal products and AI-enabled applications for Revenue and Sales teams
• Develop assistant-like tools and automation features to improve operational efficiency
• Work across backend and frontend tasks, including React and TypeScript applications
• Write clean, testable, and maintainable code
• Troubleshoot production issues and analyze system behavior
• Improve system reliability
• Collaborate with engineers, product stakeholders, and business teams in an agile environment
• Participate in code reviews, technical discussions, sprint planning, and continuous improvement initiatives

Explore AI Software Engineer at Infobip. Review requirements and application details.

AI Software Engineer

• Develop and improve ground-control and operator-facing applications for autonomous and drone systems.
• Build high-performance software primarily using Rust.
• Develop responsive desktop GUIs and technical user interfaces for monitoring and controlling complex systems.
• Implement telemetry, real-time data visualization, system status monitoring, and operator workflows.
• Work with 2D/3D visualization, maps, sensor data, or other interactive graphical components.
• Integrate software with drones, robotic platforms, embedded systems, and external services.
• Develop real-time communication and data-streaming functionality.
• Contribute to video-processing and streaming workflows.
• Optimize application performance, memory usage, multithreading, latency, and responsiveness.
• Contribute to software architecture and technical design decisions.
• Maintain high engineering standards through testing, CI/CD, code reviews, and structured debugging.

Explore Rust Software Engineer – Ground Control, Robotics at Gramian Consulting. Review requirements and application details.