A mechanical pencil is Liz Evans’ go‑to for keeping up with ever‑changing event plans at Duke. More analog tools Duke employees swear by: bit.ly/3PWPbBx #WorkingAtDuke @DCRINews

Devlin = tiny but mighty ⭐️ Working@Duke’s mini correspondent visited @DukeEngineering for Staff Appreciation Week: ice cream, axe throwing, @InnovationCoLab and more! Big smiles all around. Want a visit? Sign up: bit.ly/DevlinOnAssignment

Graduate Highlight 🎓 Through the Duke Center for Computational and Digital Health Innovation, we are excited to highlight Sarah Eom, a new Ph.D. graduate in Electrical and Computer Engineering at Duke University and a member of our Associate Director of Extended Reality, Maria Gorlatova’s Intelligent Interactive Internet of Things (I³T) Lab. Sarah’s work bridges augmented reality, IoT, and healthcare innovation, with applications spanning neurosurgery, ophthalmology, and mental health. Her research focuses on developing technologies that guide clinicians, trainees, and patients in real-world medical environments. During her time at Duke, Sarah also served as an FDA ORISE Fellow and is now continuing her impact as a Biomedical Engineering Consultant at Exponent. We are proud to celebrate the interdisciplinary innovation and translational impact represented by Sarah’s work and excited to see what comes next in her journey. 💙 #DigitalHealth #DukeEngineering #AugmentedReality #IoT #HealthcareInnovation #ComputationalHealth

Matt Novik turned a goal into a degree with Duke’s tuition assistance benefit. It’s one way Duke supports your growth and what’s possible when you take that next step: bit.ly/48SFwn6 @DukeEngineering

Researchers at DCI are exploring a faster, less invasive way to detect and analyze head and neck cancers using light and artificial intelligence. duke.is/5/t62b #ThyroidCancer | #CancerResearch | @DukeMedSchool | @DukeEngineering

Research news! 🔔@QSAcenter team including @UofMaryland @DukeEngineering @DukePhysics has built a hybrid trapped-ion quantum computer combining qubit and bosonic registers — simulating particle interactions beyond classical limits. Read more: arxiv.org/abs/2509.11477

Last week, Zac Spalding (@zspald11, 4th year PhD student, @DukeEngineering) presented Aditya Singh and colleagues’ 2025 paper on multi-regional, multi-subject neural speech decoding using from SEEG electrodes.

The last panel of the day features FMIs in Tokenized Finance: From Record‑Keepers to Orchestrators. Financial Market Utilities are rapidly evolving as tokenized assets and real‑time settlement shift them from passive record‑keepers to active orchestrators of trust, risk, and market integrity. Speakers: Thomas Sullivan , @The_DTCC Jason Emery, @The_DTCC Ekene Uzoma , @StateStreet Moderator: @jimmie_lenz , @DukeU @DukeEngineering #DAatDuke #DigitalAssets #Fintech

Meet Jay Dalton, a Senior Research and Development Engineer for the Shared Materials Instrumentation Facility (SMIF), and see how his uniform is critical to his role at Duke. @dukeengineering youtu.be/1h2pFgKVEQk

.@NSF awarded a $3.8M grant to expand & enhance the #PAWRCOSMOS advanced wireless testbed in West Harlem. Joint project of Seskar & Raychaudhuri @RutgersSOE, @TingjunChen @DukeEngineering, Kostic & myself @CUSEAS @DataSciColumbia #NSFfunded @US_Ignite engineering.columbia.edu/abo…

It was extra special reconnecting with @sophkim7 who I hadn’t seen in over a decade since we went to @DukeU together & studied BME @DukeEngineering. But I ❤️ meeting with other amazing #womenwhocurie & #momswhocurie to discuss our work life balance strategies! @KelsFrechetteMD

📌🗓️Este jueves 25/09 Diego Silvera Coeff defiende su Tesis de Maestría : «Improving heterogeneous resolution in cryo-EM volumes reconstructions with pose refinement», lo dirigen @flecumberry y Alberto Bartesaghi de @DukeEngineering Toda la info en 🔗short-url.org/1fORk

We’re excited to welcome Leah Howell to the Randles Lab as a new graduate student in Biomedical Engineering! Looking forward to all the discoveries ahead—welcome to the team, Leah! #RandlesLab #bme #dukebme #dukeuniversity @dukeuniversity @DukeEngineering

Being in a blockchain class in the U.S. in 2025 feels like standing at the epicenter of a financial revolution. Where innovation meets new regulations like the Genius Act, reshaping money as we know it! Honored to be featured by @DukeEngineering masters.pratt.duke.edu/news/…

A Duke innovation success story. Kelli Luginbuhl, co-founder of Isolere Bio, took her PhD research with Ashutosh Chilkoti from @DukeEngineering BME lab to a successful acquisition by Donaldson Mentored by @whereskurt at @DukeCapPartners and @DukeU community from idea to exit

Congrats Tanner!!!

Excited to share that our article was selected for the cover of @TheJNS August Issue! This article investigates the use of laser based spectroscopy for brain tumor detection, thank you to everyone for their help and excited for the next steps! @Dukeneurosurg @DukeEngineering

You thought digital twins were only for rockets and turbines… but here’s one for single cells! 🚀🔬 In our new paper, Microfluidic Digital Twin for Enhanced Single-cell Analysis, we created a virtual replica of a mechano-node-pore sensing (mechano-NPS) device to predict & optimize how individual cells flow and deform under different pressures. By combining fluid-dynamics simulations with cellular behavior models—and validating against real cell-velocity/deformation data—we’ve built a tool that speeds up device design and lets you test biological hypotheses in silico. The result? Strong agreement on cell-deformation indices and clear insights into velocity biases—proving these tiny virtual twins can transform single-cell experiments. Ready to see how? 👇 🔗 Read the full paper: duke.is/iccs25twin Led by Samreen Mahmud with Wentao Ma, Taylor Thomsen, Chang Chen, Rachel Rex, Andre Lai & Lydia Sohn Presented at ICCS 2025 in Singapore Supported by an @NIH funded collaboration between @DukeEngineering and @UCBerkeley #DigitalTwin #Microfluidics #SingleCell #Bioengineering #ICCS2025 #DukeEngineering

In this #EdSugg, researchers @DukeChemistry @DukeEngineering systematically compare the structural fluctuations and atomic dynamics in CsSnBr3 and CsPbBr3, finding two-dimensional nanodomains of correlated tilts of Br octahedra in CsSnBr3 doi.org/10.1103/PhysRevMater…

#62DAC's General Chair, Helen Li, never goes out of style. ✨ @DukeEngineering #WomenInTech #WomenInEngineering #WomenInSTEM