Robert Dalpe is a Staff Software Engineer based in Seattle with 14 years building scalable backend systems and developer platforms. He has led teams and shaped technical vision across acquisitions and integrations, most recently driving shared services and platform capabilities at Edmentum and now at ServiceTitan. His work blends hands-on performance engineering—demonstrated by zero-allocation optimizations and race fixes in the InfluxDB codebase—with full-stack language portability, including Go and Python ports for Google's FlatBuffers. Comfortable across cloud infrastructure, ETL streaming, and CI/immutable deployments, he has repeatedly improved critical response times and operational resilience. Colleagues rely on him for cross-team collaboration, technical due diligence on ill-defined problems, and pragmatic mentorship that raises engineering bar across organizations.
15 years of coding experience
12 years of employment as a software developer
Bachelor of Science (BS) Computer Science, Bachelor of Science (BS) Computer Science at North Carolina State University
Contributions:4 reviews, 87 commits, 145 PRs in 5 years 8 months
Contributions summary:Robert primarily contributed to the Go and Python ports of the FlatBuffers library, enhancing the code generation and runtime library. The contributions included porting the library to Go, adding code generation and runtime libraries, and testing for the Go version. The user also addressed several issues in the Python implementation, including heap allocation fixes, and ensuring string functionality. Further contributions involved various tests, including tests for correct byte layout and vtable deduplication, across different languages.
Scalable datastore for metrics, events, and real-time analytics
Role in this project:
Back-end Developer / Performance Engineer
Contributions:134 commits, 15 PRs, 63 pushes in 4 months
Contributions summary:Robert focused on performance optimization within the InfluxDB codebase. Their contributions include implementing zero-allocation techniques for string parsing, FNV64a hashing, and encoder pools, reducing heap allocations. They also addressed data races in the write path, improving overall system stability. Furthermore, the user enhanced code maintainability by refactoring and simplifying code, enhancing encoding efficiency.
real-time-analyticsscalablereactanalyticsevents
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