
Alex Drom developed a configurable SystemC time resolution feature for the antmicro/verilator repository, enabling users to select simulation time steps such as 10 or 100. This addition allows for finer control over simulation accuracy and performance, addressing the need for more precise validation and earlier detection of timing issues in SystemC-driven workloads. Alex implemented the feature using C++ and integrated it with existing SystemC simulation infrastructure, ensuring robust traceability through detailed commit messages and issue references. The work demonstrated a solid grasp of C++ development, SystemC integration, and test-driven development, resulting in a targeted enhancement to simulation reliability and flexibility.
Month: 2025-12 — Delivered a key feature in antmicro/verilator: configurable SystemC time resolution with selectable steps (e.g., 10 and 100). This enables finer control over simulation accuracy and performance for SystemC workloads. Commit referenced: 3b0db630c19e730b34eab212af60b4d88c1ded7d with message "Support SystemC time resolution with step 10/100 (#6633) (#6715)". Major bugs fixed: none reported for this period. Overall impact: enhances validation fidelity and performance tuning options, improving reliability of SystemC-driven simulations and enabling earlier detection of timing issues. Technologies/skills demonstrated: C/C++ implementation, SystemC integration, commit-based traceability, and issue/reference linking.
Month: 2025-12 — Delivered a key feature in antmicro/verilator: configurable SystemC time resolution with selectable steps (e.g., 10 and 100). This enables finer control over simulation accuracy and performance for SystemC workloads. Commit referenced: 3b0db630c19e730b34eab212af60b4d88c1ded7d with message "Support SystemC time resolution with step 10/100 (#6633) (#6715)". Major bugs fixed: none reported for this period. Overall impact: enhances validation fidelity and performance tuning options, improving reliability of SystemC-driven simulations and enabling earlier detection of timing issues. Technologies/skills demonstrated: C/C++ implementation, SystemC integration, commit-based traceability, and issue/reference linking.

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