• Identify and evaluate empirical datasets and use them to enrich the synthetic population to enable new use cases, including through adding new individual attributes and detailed social networks. • Utilize simulation techniques, including ABMs, to project future demographic trends. • Improve the geographical plausibility of synthetic environments, ensuring realistic placement of homes, workplaces, schools, and other points of interest (e.g., along roads, close to real world population centers). • Expand the geographical region covered by the Epistemix synthetic population, with the goal of creating a fully integrated and consistent representation of the global population. • Create visualizations for marketing and productizing synthetic populations. • Develop innovative methods for supporting external users in augmenting Epistemix synthetic populations with their own proprietary data. • Work with external vendors and marketplaces to expand the ecosystem of data providers that can be integrated with the synthetic population. • Support the synthetic populations team in engaging with customer success, professional services, and engineering teams to understand project specific synthetic population requirements.

• Benchmark system performance, database performance analysis, capacity sizing and optimization. • Troubleshoot and debug applications, server errors, logs, and triage accordingly. • Recommend configuration tuning/optimizations for performance bottlenecks. • Work closely and partner with ClickHouse's core development team, cloud team, and security team to improve the performance of ClickHouse Cloud. • Plan, enable, and drive Chaos initiatives across Engineering teams, based upon internal priorities. • Develop, deploy and manage tools to systematically run chaos experiments and measure impact. • Enjoy working on, and gaining a deep understanding of, large scale distributed systems. • Study the problems in the software resilience, operational, and delivery spaces. • Extend our entire backend to enable Chaos Engineering techniques in the system. • Observe running systems, and determine/prioritize innovative ways to disrupt them.

• Benchmark system performance, database performance analysis, capacity sizing and optimization. • Ability to troubleshoot and debug application and server errors and logs and triage accordingly. • Recommend configuration tuning/optimizations for performance bottlenecks. • Work closely with ClickHouse core development team, cloud team, security team and partner with them to improve the performance of ClickHouse Cloud. • Plan, enable, and drive Chaos initiatives across Engineering teams, based upon internal priorities. • Develop, deploy and manage tools to systematically run chaos experiments and measure impact. • Enjoy working on, and gaining a deep understanding of, large scale distributed systems. • Study the problems in the software resilience, operational, and delivery spaces. • Extend our entire backend to enable Chaos Engineering techniques in the system. • Observe running systems, and determine/prioritize innovative ways to disrupt them.

• Benchmark system performance, database performance analysis, capacity sizing and optimization. • Ability to troubleshoot and debug application and server errors and logs and triage accordingly. • Recommend configuration tuning/optimizations for performance bottlenecks. • Work closely with ClickHouse core development team, cloud team, security team and partner with them to improve the performance of ClickHouse Cloud. • Plan, enable, and drive Chaos initiatives across Engineering teams, based upon internal priorities. • Develop, deploy and manage tools to systematically run chaos experiments and measure impact. • Enjoy working on, and gaining a deep understanding of, large scale distributed systems. • Study the problems in the software resilience, operational, and delivery spaces. • Extend our entire backend to enable Chaos Engineering techniques in the system. • Observe running systems, and determine/prioritize innovative ways to disrupt them.