Could satellite signals help measure rainfall? Cambridge researcher Haofan Dong explores the idea. Read more: elec.eng.cam.ac.uk/news/cambridge…

Has Cambridge 'cracked' ultra-high-resolution displays? New CATP process transfers quantum-dot micro-dots—opening the way to brighter, sharper AR/VR and next-generation displays. 👉bit.ly/ultra-hi-res #QuantumDots #AugmentedReality #VirtualReality #DisplayTechnology #ARVR

Has the next neurotechnology revolution started?Discover Cambridge's roadmap for translating today's neurotechnology research into innovations with far-reaching benefits for healthcare and society. bit.ly/nt-roadmap #Neurotechnology #BiomedicalEngineering #Innovation

🚀 We’re hiring 2 Professors in Electrical Engineering at Cambridge. Lead research & teaching. Apply by 6 April
bit.ly/4sTB2mX bit.ly/40G8IIy

Scientists @BioelectronicsL, @cebcambridge & @thayerschool have measured the electrical signals in the ‘second brain in our guts’ for the first-ever time, giving renewed understanding to its interconnection with the #brain 🧠

eng.cam.ac.uk/news/tiny-devi…

@AmparoGuemes @cambridge_ee

We’re now UK #1 for Electrical & Electronic Engineering in the Times and Sunday Times University Rankings 2026. A proud moment for our community. bit.ly/4qcOS2K

Cambridge wins £1.34 m EPSRC grant to pioneer circular power electronics — repairable, reusable, recyclable. Led by Prof Teng Long bit.ly/48fgxZ1

From gridlock to grid power: how to get renewable energy where it’s needed in the UK cam.ac.uk/research/news/…

⚡ The UK grid faces bottlenecks — but superconducting cables could help change that: near-zero losses, compact footprint, and massive capacity. #EnergyInnovation #GridModernisation bit.ly/HTS_Cables

Super excited to share our collaborative work in @NaturePhotonics
We made a miniaturized diode-array #spectral #imager compatible with mature semiconductor fabrication process using a cascaded AlGaN/GaN diode architecture. @Cambridge_Eng @cambridge_ee nature.com/articles/s4156…

See tomorrow’s tech today! 👀 Join us for Open Days 2025, 10–11 July, 1–4 pm. Live demos, LiFi, wearables + more. Just drop in! bit.ly/46cedCE #Cambridge

Cambridge method turns plastic into high-precision sensors for wearables & health tech. Read the news story here: bit.ly/43DldXN

Cambridge robotics teams join £57m ARIA push to unlock robot dexterity. 🦾 Read more: bit.ly/4mKJEKe

Two Cambridge Electrical Engineering researchers honoured by @WCSIM_UK 🎉

🧠 Dr Amparo Güemes – Beloe Fellowship
💓 Ruben Ruiz-Mateos – SIM Scholarship for wearable tech detecting heart disease
🔗 eng.cam.ac.uk/news/electrica…

#WCSIM #CambridgeEngineering #Wearables #STEM

3D-printed polymer nanorings = a big win for quantum photonics.
Cambridge team’s breakthrough could boost photon control in scalable quantum systems.
🔗 ee.eng.cam.ac.uk/index.php/2025…
#Quantum #Photonics #Research

🧠💡 Heat hack for bioelectronics? Cambridge researchers have developed a simple thermal trick to enhance the performance of a promising material for brain–computer interfaces and medical implants.
👉Read more: bit.ly/445gPkU
#Neurotech #Bioelectronics #MedicalDevices

🇨🇦🇬🇧 Canada’s tech delegation visited @Cambridge_Uni to strengthen 🇬🇧🇨🇦 collaboration in #semiconductors, #photonics & #quantumtech. Hosted by Prof. Andrea Ferrari, the mission showcased deep-tech R&D shaping global innovation.
NEWS STORY: bit.ly/3YmfFO8

Super excited to be a part of ARIA’s #dexterous #robot program! Our #sensors will allow future robots to detect force magnitude, direction, sliding, texture, and temperature, achieving unprecedented #dexterity and precision! @Cambridge_Eng @GrapheneUCam @cambridge_ee

Cambridge to trial cutting-edge #semiconductor technologies for wider use in major #European project

eng.cam.ac.uk/news/cambridge…

@GrapheneUCam @cambridge_ee @Cambridge_Uni #research

Congratulations @chrisslaughter_ @BioelectronicsL