Join Rain as a Machine Learning Engineer to build scalable systems for fraud detection in a fast-paced, hybrid work environment.
Posted by employer 9 months ago
First seen on Joblaze 1 month ago
Last verified on the company career page 7 hours ago
Skills & Technologies
Requirements
Not disclosed in this posting: compensation, visa sponsorship.
Benefits
Joblaze summary
The Machine Learning Engineer for Fraud Risk at Rain focuses on developing and maintaining scalable ML systems for fraud detection and anomaly analysis. Key skills include advanced proficiency in Python and experience with ML frameworks like PyTorch and TensorFlow, alongside a strong background in supervised and unsupervised learning. This role is ideal for seasoned professionals with over five years of experience in ML, particularly in fraud or risk domains, who thrive in a fast-paced, collaborative environment. Rain's commitment to innovation in payment technology presents unique challenges that require a proactive and analytical approach.
Joblaze insights
Quick facts
From the original posting
The fraud risk management team at Rain creates sophisticated, scalable risk mitigation solutions to protect our customers and deliver a low-friction experience. We achieve this by maintaining transaction and lifecycle event monitoring, building alerts to speed fraud detection and response, and creating risk rules and strategies powered by ML models. We are a pillar of the business, supporting new products and ensuring their success. Rain’s next-generation payment technology introduces new fraud vectors that require holistic, end-to-end thinking, strong data fundamentals, and fraud management savvy to combat.
Architect and build scalable ML systems for fraud detection, anomaly detection, and behavioral analysis
Develop and maintain end-to-end ML pipelines: data ingestion, feature engineering, model training, deployment, and continuous monitoring
Design and implement low-latency, real-time decision systems partnering with fraud risk data scientists, integrating with transaction or behavioral data streams
Own ML infrastructure, including model versioning, automated retraining, and safe deployment strategies (e.g., shadow, rollback)
Build robust monitoring and alerting for model performance, latency, data quality, and drift
Lead experimentation on model explainability, drift detection, and adversarial robustness for fraud prevention use cases
Develop tooling and processes to improve the effectiveness and speed of the ML development lifecycle
Partner with platform teams to meet strict SLAs for availability, latency, and accuracy
Collaborate closely with talented engineers, data scientist and compliance teams across Rain
Work in a fast-paced environment on a rapidly growing product suite
Solve complex problems at the intersection of ML systems, data, and reliability
5+ years of experience building ML systems in production; at least 2+ in fraud, risk, or anomaly detection domains
A degree in Computer Science, Engineering, Statistics, Applied Math, or a related technical field
Proven track record designing and maintaining ML models at scale
Advanced proficiency in Python and ML frameworks (e.g., PyTorch, TensorFlow, scikit-learn)
Strong understanding of supervised/unsupervised learning, anomaly detection, and statistical modeling
Ability to work autonomously, manage ambiguity, and collaborate closely with data scientists to translate analytical models into robust fraud prevention systems
Experience developing, validating, and productionalizing predictive real-time and offline fraud detection models using supervised and unsupervised ML techniques
Experience collaborating with cross-functional teams to prioritize, scope, and deploy MLI solutions at scale
Domain expertise in banking, payments, or transaction monitoring
Experience with graph-based or network-level fraud detection techniques
A graduate degree in Computer Science, Engineering, Statistics, Applied Math, or a related technical field
Experience fine-tuning or adapting generative AI / large language models for pattern generation or synthetic data augmentation (in partnership with data science)
Knowledge of model governance, bias mitigation, and regulatory compliance in fraud contexts
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