Harvard School of Engineering and Applied Sciences (SEAS) is where engineering, foundational science and the liberal arts converge.

Cambridge, MA
Computer scientists are testing whether AI could enhance a digital health intervention program aimed at generating peer referrals for HIV services in South Africa. bit.ly/3W2SdqU
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Can machine learning improve weather forecasts 2–6 weeks out? Applied math concentrator Hannah Guan helped develop a method to correct errors in existing models—a project that began at Microsoft Research and later led to a publication in Nature. bit.ly/4hXDYwg
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SEAS Professor @JenniferALewis1 has been elected to the @theNAMedicine. She has earned the rare distinction of membership in all three National Academies, including the National Academy of Sciences (NAS) and the National Academy of Engineering. bit.ly/4ymzpQP
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After Typhoon Pablo destroyed her home, Aryenne Rodrigo turned her experience into action—studying stormwater management at NYC DEP and leading Engineers Without Borders work to improve water access in Guatemala. bit.ly/4B5CvLF
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Five Harvard SEAS computer science graduate students—Prashanth Amireddy, Tian (Sunny) Qin, Paula Rodriguez-Diaz, Itai Shapira and Kevin Zhang—have been named 2027 Siebel Scholars. Congratulations! bit.ly/4znRkYj
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Whether it’s robots, aerospace technology, artificial intelligence, quantum computing, blending art and technology, or connecting with peers who share experiences, meet the clubs helping students learn, lead, collaborate, and innovate together. piped.video/watch?v=eqGN1PCf…
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Environmental science and engineering junior Luna Yin found existing forest biomass models underestimated edge-plot biomass by 12%. Using field measurements in the Harvard Forest and airplane LiDAR, her research could improve carbon capture predictions. bit.ly/4y3v5pv
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SEAS sophomore Amy Zhang spent her summer in the Zhou Laboratory at Dana-Farber, combining AI, computational protein design and hands-on research to explore next-generation antibody therapies through Harvard’s PRISE Fellowship. bit.ly/3VPCwTN
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Supported by the @NIH, Harvard SEAS Professor Mo Khalil and team are developing synthetic probes that can precisely alter individual protein activity, enabling large-scale experiments similar to genetic screens, but focused on proteins. bit.ly/47D4lkP
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From residential solar to carbon removal, Zander Sebenius combines engineering and business to advance climate solutions. At Rubicon Carbon, he evaluates nature- and technology-based projects that can accelerate decarbonization. bit.ly/4rDflYO
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Rebecca Gracia turned a passion for physics and hands-on design into a career advancing utility-scale solar and energy storage. Her journey from SEAS to renewable energy shows how engineering can help build a more sustainable future. bit.ly/4AoopEO
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GPT-6 Astra is impressive, but agentic robotics ≠ just control. Physical agents should control robots, learn new skills, and design their own hardware. So we introduce RLE-Bench: 48 everyday robotics engineering tasks spanning closed-loop control, policy learning, perception, and mechanical design.
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Harvard researchers have joined a project led by @SandiaLabs to create a physics-constrained AI foundation model for studying complex turbulent flows that are important to energy systems. bit.ly/3T5aiUg
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SEAS alum Charlotte Wagner develops environmental modeling tools that help countries evaluate policy pathways and plan for a more sustainable, resilient future as a senior scientist at the Stockholm Environment Institute. bit.ly/4dGUHRF
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A paper by SEAS professor Juncheng Yang and colleagues describing new solutions for software caching received a Best Paper Honorable Mention award at the recent Very Large Data Bases (VLDB) computer science conference held in Boston. bit.ly/3SxCaAc
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Optics researchers have combined layered engineered semiconductor materials with metasurfaces to create a unique device that exhibits extraordinarily strong nonlinear frequency conversion, including at near-infrared wavelengths. bit.ly/4xBll6n
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Welcoming the newest SEAS graduate students! Have a great first day of classes!
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A Harvard team developed a framework for controlling where crumples form on inflatable membranes and exploit them to achieve reconfigurability. To demonstrate, they created lightweight inflatables that change shape and exhibit multistability. bit.ly/3SfDaJ6
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Environmental engineering alum Nadia Colombi is developing a wildfire risk model for Utah that uses climate projections to identify which factors determine whether buildings survive a fire—and help communities prepare for a more resilient future. bit.ly/3UqjVwW
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Harvard SEAS researchers have demonstrated a promising new way to protect fragile quantum information using nothing but mechanical vibrations — essentially extremely small sound waves. bit.ly/4gz9uyG
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