MIT affiliates win 2026 Hertz Foundation Fellowships

Overview

Four MIT affiliates were named 2026 Hertz Foundation Fellows, part of a national group of 19 doctoral students chosen for research in applied sciences, engineering, and mathematics. The winners are Annika Marschner in mechanical engineering, Alvin Q. Meng in inorganic chemistry, Zachary S. Siegel in electrical engineering and computer science, and Matthew Wanta in operations research. Each fellow receives up to five years of funding covering a stipend and the full tuition equivalent.

Key Takeaways

Four people connected to MIT won 2026 Hertz Foundation Fellowships, accounting for roughly one in five of the 19 fellows named nationwide.
Each fellow receives up to five years of financial support covering a stipend and the full tuition equivalent, plus lifelong access to the foundation's mentoring and network.
The MIT honorees work across mechanical engineering, inorganic chemistry, electrical engineering and computer science, and operations research.
The Hertz Foundation was established in 1963 and has named more than 1,300 fellows over its history.
Two of the four winners, Marschner and Siegel, focus on robotics and AI systems built to learn and reason the way people do.

Stats & Key Facts

#19 doctoral students nationwide were named 2026 Hertz Foundation Fellows.
#4 of the 19 fellows are affiliated with MIT, roughly 21 percent of the full group.
#Each award provides up to 5 years of funding for stipend and tuition.
#The Hertz Foundation has named more than 1,300 fellows since its founding.
#The foundation has supported scientists and engineers for more than 60 years, since 1963.

What the 2026 Hertz Fellowship Awards Cover

The fellowship gives doctoral students long-term funding and a professional network.

›Each fellow receives up to five years of support covering a full stipend and the tuition equivalent.
›Winners gain lifelong access to the foundation's mentoring, events, and professional connections.
›The five-year structure lets students pursue ambitious research without short-term funding pressure.
›Fellows make a moral commitment to support the United States in times of national emergency.

Annika Marschner: Bio-Inspired Robotics and Surgical Tools

Marschner is a graduating MIT undergraduate who begins her PhD in mechanical engineering at MIT in fall 2026. Her work centers on bio-inspired robotics and biointerfacing technologies, the systems that connect machines to living tissue.

She builds hardware and control systems for assistive medical technology and surgical robotics. The goal is to design machines that work safely and precisely alongside the human body.

Alvin Q. Meng: The Chemistry of Iron-Sulfur Clusters

Meng studies inorganic chemistry, focusing on iron-sulfur clusters and the fundamental link between a molecule's structure and how it reacts. These clusters play roles in many biological and energy-related processes.

Born in Tianjin, China, Meng earned undergraduate degrees from the University of Virginia before pursuing graduate work. His research probes the basic chemistry behind how these compounds behave.

Zachary S. Siegel: Machines That Learn Like Humans

Siegel works in electrical engineering and computer science, combining robotics, cognitive science, and AI. He focuses on building machines able to learn and solve new problems the way people do, using Bayesian inference and combinatorial generalization.

A summa cum laude graduate of Princeton University, Siegel is advised at MIT by Leslie P. Kaelbling, Tomas Lozano-Perez, and Joshua B. Tenenbaum. His research sits at the intersection of how minds reason and how machines might reason similarly.

Matthew Wanta: Machine Learning for Autonomous Systems

Wanta is an incoming doctoral student in operations research who applies machine learning and computer vision to autonomous systems. His work includes coordinating drone swarms and improving quality control in defense manufacturing.

A West Point graduate in the class of 2026, Wanta was commissioned as an Army Cyber Corps officer. His research links advanced computing methods to real-world systems that operate on their own.

The Hertz Foundation's Record Since 1963

The foundation has backed scientists and engineers for more than six decades.

›Established in 1963, the foundation has named more than 1,300 fellows over its history.
›Past fellows have contributed to advanced medical therapies and global defense networks.
›Hertz Fellows helped develop instruments for the James Webb Space Telescope.
›The 2026 class works on areas such as RNA tools against drug-resistant bacteria and quantum simulation.

Why This Matters for Non-Technical Readers

The awards signal where top young scientists are heading and how research gets funded.

Fellowships like these reduce the financial pressure on early-career researchers, giving them years to work on hard problems rather than chasing short-term grants. That stability often shapes which fields attract the strongest talent.

The mix of winners points to where attention is flowing: robotics, AI that reasons like people, autonomous drones, and the chemistry behind energy and biology. For business readers, the list offers an early read on technologies that might reach markets in the years ahead.

Frequently Asked Questions

How many MIT affiliates won 2026 Hertz Foundation Fellowships?

Four MIT affiliates were named 2026 Hertz Foundation Fellows. They are part of a national group of 19 fellows, so MIT accounts for roughly one in five of the full class.

What does a Hertz Foundation Fellowship provide?

Each fellow receives up to five years of funding covering a stipend and the full tuition equivalent. Fellows also gain lifelong access to the foundation's mentoring, events, and professional network.

Who are the four MIT winners and what do they study?

Annika Marschner works in mechanical engineering on bio-inspired and surgical robotics, Alvin Q. Meng studies inorganic chemistry and iron-sulfur clusters, Zachary S. Siegel researches AI and robotics in electrical engineering and computer science, and Matthew Wanta applies machine learning to autonomous systems in operations research.

How long has the Hertz Foundation existed?

The Hertz Foundation was established in 1963, more than 60 years ago. It has named more than 1,300 fellows over its history.

What have past Hertz Fellows accomplished?

Past fellows have contributed to advanced medical therapies, global defense networks, and instruments for the James Webb Space Telescope.

The 2026 Hertz Fellowships give four MIT-connected researchers years of funded freedom to pursue work in robotics, AI, chemistry, and autonomous systems. Their selection continues a program that has supported scientists and engineers since 1963.