I am on the job market and actively looking for industry research positions. Feel free to reach out at arielck at mit dot edu.

Ariel Szekely


Bio

I'm currently a sixth year Computer Science Ph.D. candidate in the PDOS group at MIT, supported by an MIT Lemelson Presidential Fellowship and an NSF Graduate Research Fellowship. I like to hack on Distributed Systems and Operating Systems. Generally, I am interested in making cloud computing more efficient, and making cloud applications easier to program.

Previously, I was an undergraduate student in the Turing Scholars Honors Program at the University of Texas at Austin. During my time there, I was fortunate to do some work on GPU timing side-channels and accelerator virtualization for OS kernels under the superb guidance of Emmett Witchel and Christopher J Rossbach.

Outside of research I'm an avid soccer player, a jazz pianist, and a proud Mexican immigrant. If you want to kick a ball around, jam, or make some guacamole, send me an email!


Selected Publications

Unifying serverless and microservice tasks with SigmaOS [pdf]
Ariel Szekely, Adam Belay, Robert Morris, M. Frans Kaashoek.
SOSP 2024

Towards a Machine Learning-Assisted Kernel with LAKE [pdf]
Henrique Fingler, Isha Tarte, Hangchen Yu, Ariel Szekely, Bodun Hu, Aditya Akella, Christopher J. Rossbach.
ASPLOS 2023

Telekine: Secure Computing with Cloud GPUs [pdf]
Tyler Hunt, Zhipeng Jia, Vance Miller, Ariel Szekely, Yige Hu, Christopher J. Rossbach, Emmett Witchel.
NSDI 2020

Complete Publications

Awards


Mentorship

I have been extremely fortunate to advise some very talented students during my time at MIT:

Year Student Degree Thesis Title
2026 Nicolas Camenisch M.Eng. Fork Around and Find Out: Accelerating Dynamic Language Runtimes in SigmaOS via Lightweight Container Forking
2026 Nathan Mustafa M.Eng. Efficient RDMA for SigmaOS
2025 Ivy Wu M.Eng. Interposing the syscall boundary: Transparent Python execution in SigmaOS
2025 Ryan Chang M.Eng. Optimizing SigmaOS for efficient orchestration of fault-tolerant, burst-parallel workloads
2025 Freddie Tang M.Eng. Accelerating Burst Parallelism of SigmaOS processes with CRIU
2025 Katie Liu M.Eng. Enabling efficient ML inference in SigmaOS with model-aware scheduling
2023 Yizheng He M.Sc. Evaluating SigmaOS with Kubernetes for orchestrating microservice and serverless applications


Teaching Experience (TA)

Institution Semester Course Title Course Number
MIT Spring 2023 Computer Systems Security 6.5660
MIT Fall 2022 Operating Systems Engineering 6.1810
UT Austin Spring 2020 Introduction to CS Research (Honors) cs178h
UT Austin Spring 2020 Concurrency (Honors) cs378h
UT Austin Spring 2019 Introduction to CS Research (Honors) cs178h

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