Working Student ML Engineer

At deeplify were building the first AI-native asset integrity co-pilot for critical industrial infrastructure. We turn inspection data from pipelines chemical plants ships and bridges into real-time risk-based maintenance decisions. We combine a digital inspection platform with proprietary deep-learning models and an evolving agentic AI system that learns from asset integrity engineers. This shifts asset integrity from slow analogue document-driven processes to a proactive software-defined and increasingly autonomous system.

Tasks

We are looking for an exceptional ML engineer working student to help us solve some of the hardest applied machine learning problems in industrial inspection from weld defect detection and corrosion analysis on radiographic data to future UT-based systems and long-term corrosion prediction.

This is not a narrow research role. It is about solving hard end-to-end real-world problems: turning messy industrial data into reliable production systems.

• Deep learning models for weld defect detection and corrosion analysis on radiographic and ultrasonic data
• Managing external labeling teams
• Training evaluation and experiment tracking workflows
• Production inference pipelines
• Support an exciting research project

Requirements

• Strong hands-on ML engineering skills
• High ownership: you take responsibility drive things forward and do not wait to be told every next step
• High urgency: you move fast care about execution and know how to create momentum
• Excited by messy difficult real-world problems with no obvious solution
• Comfortable working across data models infrastructure and deployment
• Bonus: experience in computer vision MLOps production ML imaging or sensor data

Benefits

• Work on technically ambitious problems with real industrial impact
• Build end-to-end ML systems not just models in isolation
• Help lay the foundation for a scalable internal ML platform
• Be part of a team tackling long-term challenges like corrosion prediction a genuinely hard problem with significant upside
• Well above average working student compensation