Melanie Blower
Consultant at Self-employed
Lexington, Massachusetts, United States
Summary
🤩
Rockstar🎓
Top SchoolMelanie Blower is a seasoned consultant and software engineer with 10+ years of experience building compilers, embedded systems, and developer tools across startups and large firms. Her career spans deep compiler work at Intel, building static-analysis and tooling at SofCheck, and architecting multi-ISA simulation and gdb retargeting for ChipWrights. She has hands-on experience bridging languages and runtimes—recently enabling Rust kernels on the ARTIQ quantum control stack and adapting FSM generators for constrained Python subsets. An active contributor to the LLVM test-suite, she’s tackled subtle floating-point contraction issues to ensure numerical stability across architectures. Based in Lexington, MA, she blends low-level systems expertise with practical product-minded delivery and a track record of training teams on novel embedded toolchains. Notably, she combines decades-old compiler fundamentals with recent work in quantum/embedded runtimes, making her adept at solving cross-domain tooling challenges.
10 years of coding experience
32 years of employment as a software developer
BS with distinction MS Computer Science, BS with distinction MS Computer Science at University of MichiganBS MS Computer Science Computer Science, BS MS Computer Science Computer Science at University of Michigan, Ann Arbor
Github Skills (9)
c1710
compiler-optimization10
floating-point10
float3210
c1110
llvm10
test-automation10
x868
x86-648
Programming languages (5)
Github contributions (5)
llvm/llvm-test-suite
May 2021 - Jun 2021
Role in this project:
Back-end Developer
Back-end DeveloperContributions:5 commits, 5 pushes in 18 days
Contributions summary:Melanie's primary contribution involves modifying and suppressing floating-point contraction behavior in the test suite. They addressed issues related to changes in the `ffp-contract` default setting, ensuring test suite stability across different architectures by selectively disabling the feature. Their work included modifying build settings within several Polybench benchmark files, specifically within the context of the LLVM compiler infrastructure. This demonstrates an understanding of compiler flags and their effects on numerical computations.
mibintc/llvm
Apr 2019 - Apr 2021
This is the canonical git mirror of the LLVM subversion repository. Please see http://llvm.org/ for instructions on contributing to LLVM.
Contributions:25 pushes, 20 branches in 2 years 1 month
subversionclanginstructionslibgit2git-mirror
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