PhD scholarship in AI-Driven Optimization of Optical Links based on Nano-Lasers - DTU Electro
DTU · Kgs. Lyngby
Don’t apply blind. See how your CV matches this role first — free, in 30 seconds.
You will leave NewLuxJob. We do not receive or handle applications.
- Company
- DTU
- Location
- Kgs. Lyngby
- Posted
- September 4, 2026
About this job
DTU Electro invites applications for a PhD position in AI-driven optimization of optical links based on nano-lasers, within the Villum Investigator program "Power-Efficient Fiber-Optic Communication" (POPCOM) and DNRF Center for NanoPhotonics (NANOPHOTON). The position focuses on developing signaling optimization frameworks to maximize spectral and power efficiency. As data-center traffic continues to grow, the energy consumption of optical links has become a critical bottleneck, with power efficiency (measured in J/bit) increasingly rivaling spectral efficiency as a key performance metric. This project will investigate how AI-driven techniques can jointly optimize nano-laser-based transmitters and their waveforms to reduce energy consumption while sustaining high data rates, contributing…
This is a short summary.
Want to know if you're a fit? Check your CV against this role — free, in 30 seconds.
Similar jobs
- Assistant Professor in Operations and Supply Chain Digitalisation · Univ Southern Denmark
- PhD scholarship in Optical Space Navigation sensors and instrumentation - DTU Space · DTU
- PhD Scholarships in Trustworthy Foundation Models and Physics-Informed Neural Networks for Power Systems - DTU Wind · DTU
- QKD Security Evaluation Specialist - DTU Physics · DTU
- Studenterstudievejleder som Faglige formidlere til Biotech Academy - DTU Bioengineering · DTU
- Postdoc in Spatial Audio and Multisensory XR - DTU Engineering Technology · DTU
See if your CV fits this job
Paste your CV for an instant match score against this role — and get a tailored cover letter in one click.
- Instant match score for this role
- Tailored cover letter in one click
- Free — no credit card