About the job
Responsibilities: • Lead the architecture and development of AI/ML models for HVAC fault detection, targeting 95%+ accuracy on the top 25 fault types. • Design and implement weak supervision strategies using rule-based "Silver Labels" and technician-verified "Gold Labels". • Build and optimise classification models (Random Forest, XGBoost, neural networks) for time-series anomaly detection. • Develop model interpretability features that explain fault predictions with underlying decision data. • Establish data normalisation and segmentation strategies for environmental conditions (temperature, humidity profiles). • Design human-in-the-loop feedback systems for continuous model improvement. • Collaborate with data engineers on data pipeline requirements and feature engineering. • Define model evaluation metrics, conduct failure analysis, and iterate on model performance. • Mentor mid-level ML engineers and establish best practices for ML development. • Stay current with SOTA approaches in time-series analysis, anomaly detection, and industrial AI.
Requirements
- Python
- ML frameworks
- time-series analysis
- anomaly detection
- predictive maintenance systems
Qualifications
- 6+ years of professional experience in machine learning engineering
- Strong expertise in Python and ML frameworks
- Experience with time-series analysis
- Deep understanding of supervised and unsupervised techniques
- Experience with IoT data pipelines
Preferred Technologies
- Python
- ML frameworks
- time-series analysis
- anomaly detection
- predictive maintenance systems
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