Job Description
Swish Analytics is seeking a skilled Product Engineer (MLOps) to join their Data Science team. This role is 100% remote and involves building machine learning and statistical modeling frameworks from scratch, optimizing various aspects of the modeling process, and engineering custom solutions for complex data-related sports challenges across multiple leagues. The successful candidate will:
- Design, prototype, implement, evaluate, and optimize systems to generate sports datasets and predictions with high accuracy and low latency.
- Evaluate internal modeling frameworks and tools to optimize data scientist's modeling workflow.
- Build, test, deploy, and maintain production systems.
- Work closely with DevOps and Data Engineering teams to assist with implementation, optimization and scale workloads on Kubernetes using CI/CD, automation tools and scripting languages.
- Support maintenance and optimization of cloud-native EDW and ETL solutions.
- Maintain and promote best practices for software development, including deployment processes, documentation, and coding standards.
- Apply large-scale data processing techniques to develop scalable and innovative sports betting products.
- Participate in the development of database structures that fit into the overall architecture of Swish systems.
Requirements include:
- A Masters degree in Computer Science, Applied Mathematics, Data Science, Computational Physics/Chemistry or related technical subject area
- 5+ years of experience developing and delivering clean and efficient production code
- Experience developing data science modeling systems and infrastructure at scale
- Proficiency in Python and exposure to modern machine learning frameworks
- Proficiency in SQL; experience with MySQL
- Background and interest in Rust (preferred)
- Strong communication skills
Swish Analytics offers:
- A chance to work on cutting-edge sports analytics products.
- A fully remote work environment.
- Opportunity to work with modern technologies like Kubernetes, CI/CD, and cloud-native EDW/ETL Solutions.