In this role, you will work at the intersection of advanced optical physics, digital twins, and AI-driven modeling, contributing to research that shapes the future of high‑capacity optical networks. This position is ideal for researchers who want their academic excellence to translate into real‑world technological impact.
What Youll Be Working On
As an Optical Communications Researcher, you will lead and contribute to advanced research in coherent optical communication systems, tackling challenges that go beyond standard experimental boundaries.
Your work will include:
Investigating complex optical phenomena that are not fully measurable or observable, using deep analytical and theoretical reasoning
Developing high‑fidelity theoretical and simulation models that accurately represent real‑world optical behavior
Exploring novel and emerging optical network architectures, often with limited prior art or validation data
Playing a key role in Digital Twin research, including:
Research and development of an Optical Layer Network Digital Twin
Combining optical hardware, software, and AI/ML algorithms
Providing expert insight and solutions to complex system‑level challenges arising from digital twin activities
Performing advanced simulation and modeling of optical phenomena, including the application of machine learning techniques
Why This Role Is Special
Participation in a high‑visibility national project supported by the Ministry of Science, Technology, and Space
Direct exposure to industrial‑grade optical systems alongside deep academic research
Opportunity to influence future optical network design and innovation
Work in a team that values intellectual ownership, curiosity, and independent thinking
A strong platform for future careers in advanced R&D, academia, or the deep‑tech industry
Requirements: Who Were Looking For
Were looking for a highly motivated researcher who enjoys solving complex problems and connecting theory with real systems.
Required qualifications:
MSc or PhD student/researcher in optical communications, optical networks, or related fields
Proven academic research experience in optical communication systems or optical phenomena
Strong programming skills in MATLAB and/or Python
Excellent analytical thinking with the ability to see the big picture
Strong conceptual and synthesis skills for building accurate theoretical and simulation models
Ability to simplify complex problems while respecting system constraints
High level of autonomy, ownership, and a self‑driven research mindset
Advantage
Experience or knowledge in Machine Learning / AI
This position is open to all candidates.