Andy Wanna

Ph.D. student in Electrical and Computer Engineering, Georgia Institute of Technology

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I am a third-year Ph.D. student at Georgia Tech, advised by Prof. Callie Hao in the SHARC Lab. I build e-graph-based tools for hardware design automation. My Ph.D. is funded by AMD, where I am a Graduate Applied Researcher.

My research applies e-graphs (equivalence graphs) at each level of the hardware design stack. At the expression level, OptiMult optimizes multiplier architectures and was built with Intel and UCLA. At the HLS level, Lemonade finds reusable hardware modules across HLS programs, and ForgeBench generates the ML designs used to test HLS tools. At the netlist level, my work at AMD rewrites production standard-cell netlists of over 4 million cells. My current project, EGGROLL, uses reinforcement learning to guide e-graph exploration so these tools scale to larger designs.

Before Georgia Tech I completed an M.Eng. in Electronic and Information Engineering at Imperial College London (First Class, 2024). I have interned twice with AMD’s numerical hardware team (2025, 2026), with Intel’s numerical hardware team (2024), and with Quantum Motion, a silicon quantum computing startup in London.

I am looking for research internships for summer 2027 in EDA, logic synthesis, HLS and hardware compilers, and ML for chip design. My CV is here, and the best way to reach me is awanna3@gatech.edu.

Outside work: Formula 1, padel, and cooking.

news

Jun 2026 Invited demo of EGGROLL, reinforcement learning for e-graph exploration, at ARITH 2026.
May 2026 Back at AMD for a second summer, working on e-graph rewriting for production standard-cell netlists.
May 2026 Presented a ForgeBench poster at FCCM 2026 in Atlanta.
Oct 2025 Became an AMD Graduate Applied Researcher. AMD now funds my Ph.D. research through 2028.
Jun 2025 Selected as an ACM/IEEE DAC Young Student Fellow.

selected publications

  1. Under review
    ForgeBench: An HLS Design Generator of Machine Learning Test Suites for Next-Generation HLS Tools
    Andy Wanna, Hanqiu Chen, and Cong Hao
    2026
    Co-first author, equal contribution with Hanqiu Chen. Under review at ACM TRETS (FPT 2026 Journal Track). Extends our FCCM 2026 poster.
  2. ASILOMAR
    Multiplier Optimization via E-Graph Rewriting
    Andy Wanna, Samuel Coward, Theo Drane, George A. Constantinides, and Miloš D. Ercegovac
    In Asilomar Conference on Signals, Systems, and Computers, 2023