
Cristiano Rizzi contributed to the EPFL-LAP/dynamatic repository by integrating the AIG library as a backend submodule, enabling external AIG functionalities and improving modularity for future development. He addressed a critical backend division issue by replacing the array_RAM-based divider with a sequential divider, updating both Verilog and VHDL instantiations to ensure synthesis compatibility and stable numeric operations. His work focused on backend development and digital design, leveraging skills in VHDL, Verilog, and Git submodules. The changes emphasized maintainable architecture and verifiable commits, laying a foundation for scalable, reliable enhancements in hardware description and digital system workflows.

July 2025 (EPFL-LAP/dynamatic) — Delivered foundational enhancements to enable external AIG functionalities and stabilized core numeric operations, driving future scalability and reliability. Key work centered on integrating the AIG library as a backend submodule and fixing a critical backend division bug, with strong emphasis on maintainable architecture and verifiable commits.
July 2025 (EPFL-LAP/dynamatic) — Delivered foundational enhancements to enable external AIG functionalities and stabilized core numeric operations, driving future scalability and reliability. Key work centered on integrating the AIG library as a backend submodule and fixing a critical backend division bug, with strong emphasis on maintainable architecture and verifiable commits.
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