About Us
Buzz is revolutionizing the analytics and maintenance of power grid infrastructure through our advanced AI solutions. Our computer vision systems analyze critical infrastructure to enhance safety, reliability, and operational efficiency across the power grid network.
Job Description
We're looking for a Machine Learning Engineer to join our computer vision team and help build our foundational model capabilities. You'll bridge the gap between cutting-edge research and production systems, reading papers, adapting novel algorithms, and turning them into reliable, deployed models for power grid analysis. You'll work within a team of experienced ML engineers, with the autonomy to drive your own projects and the support to keep growing.
Responsibilities
- Stay current with ML/CV research, identify promising methods, and evaluate their applicability to our domain
- Adapt and implement algorithms from papers, validating against baselines and benchmarking for production viability
- Own and deliver end-to-end computer vision projects focused on:
- Equipment defect detection
- Thermal anomaly identification
- Vegetation encroachment monitoring
- Design and execute experiments with systematic hyperparameter tuning, ablation studies, and appropriate baselines
- Perform structured error analysis: categorize failure modes (false positives, missed detections, localization errors, misclassifications) and break down performance by data slices (object size, occlusion, image quality)
- Select and justify model architectures based on task requirements, latency, and accuracy tradeoffs
- Design and implement data pipelines including ingestion, preprocessing, annotation workflows, and quality monitoring
- Experiment tracking and model versioning (configurations, random seeds, dataset versions, environment specs, and model checkpoints)
- Build model serving pipelines that meet latency and throughput requirements
- Conduct thorough code reviews and write integration tests for ML pipelines
- Communicate research findings, technical decisions, and model limitations clearly to stakeholders
Qualifications & Experience
- 2-4 years of industry experience in computer vision and machine learning
- Solid understanding of modern computer vision and deep neural networks including:
- Object detection
- Semantic segmentation
- Image classification
- Vision transformers and foundation models
- Demonstrated ability to read ML research papers, extract key ideas, and implement them
- Experience adapting published methods to specific use cases and validating against baselines
- Experience selecting, fine-tuning, and adapting model architectures (CNNs, transformers, foundation models) for specific use cases
- Ability to debug training instabilities and conduct systematic error analysis
- Proficiency in Python and core ML libraries:
- PyTorch and Lightning
- OpenCV
- NumPy and pandas
- Scikit-Learn
- Strong software engineering practices:
- Git version control
- Unit and integration testing (Pytest)
- CI/CD pipelines (GitHub Actions)
- Experiment tracking and model versioning
- Docker and reproducible environments
- Python type hinting
* Buzz Solutions does not provide Visa sponsorship for work authorizations in the United States at this time *
Skills Required
- 2-4 years of industry experience in computer vision and machine learning
- Solid understanding of modern computer vision and deep neural networks
- Demonstrated ability to read ML research papers and implement them
- Experience adapting published methods to specific use cases and validating against baselines
- Experience selecting, fine-tuning, and adapting model architectures for specific use cases
- Ability to debug training instabilities and conduct systematic error analysis
- Proficiency in Python and core ML libraries
What We Do
Buzz Solutions provides AI powered Software Platform and Predictive Analytics for detecting faults and anomalies on power line assets and components for power utilities. We automate the process of inspection of power lines for faults and anomalies by analyzing millions of visual data points captured by helicopters, drones and linemen in the field for power companies thus saving them great amount of time, money as well as preventing wildfires, power outages and other climate change effects on the physical grid infrastructure.
