Join Huawei Caliopa for an Exciting PhD Internship Experience!
Caliopa was founded in 2010 as a spin-off from uGent and IMEC, bringing 15 years of research in silicon photonics integrated circuits to the market. In 2013, we were acquired by Huawei Technologies! Our R&D focuses on silicon photonics for high-speed transceivers, LIDAR, neuromorphic computing, and multi-wavelength sources, where integrated photonics is key to enabling future tech. ✨
Are you a PhD student with a passion for Silicon Photonics, advanced materials, and groundbreaking photonics applications? Ready to see how your research can shape the future of tech? Then we’ve got the perfect opportunity for YOU!
Huawei Caliopa is offering a series of innovative internships where you’ll get the chance to work on revolutionary projects and experience the industrial side of cutting-edge telecommunications, data centers, and AI. ⚡️
Internship Opportunities in Silicon Photonics
These internships focus on next-gen photonic devices and materials, pushing the boundaries of optical communications, quantum computing, AI, and cloud computing. Check out what you could be working on!
1️⃣ Barium Titanate (BTO) Etching for Silicon Photonics Key Tech: Etching, SEM, AFM, SiP
Optimize BTO etching processes for high-performance modulators and photonic components using advanced microscopy techniques.
2️⃣ Temperature-Insensitive Optical Demultiplexer (oDEMUX) with TiO₂ Integration Key Tech: SiP, ALD, Thermal Cycling, Optical Characterization
Design and fabricate temperature-stable SiP circuits by incorporating TiO₂ layers to improve thermal stability and performance! ️
3️⃣ Inverse Design for Photonic Integrated Circuits (PICs) Key Tech: Inverse Design, FDTD, WDM, Polarization Splitters
Apply inverse design algorithms to create compact and cost-efficient PICs, optimizing components like WDM filters and splitters. ️
4️⃣ Kerr Frequency Combs for Chip-Scale Light Sources ⚡ Key Tech: Kerr Comb, LLE, Microcombs, SiP
Simulate and design Kerr frequency combs for ultra-compact light sources in metrology and telecommunication.
5️⃣ Waveguide Crossings and Crosstalk Minimization in PICs Key Tech: Waveguide Crossings, Crosstalk, Insertion Loss, PDK
Investigate waveguide crossing solutions and tackle crosstalk and insertion loss in high-density, high-performance PICs. ️⚙️
Why Choose Huawei Caliopa?
Work with Industry Leaders: Exposure to cutting-edge technologies from a global leader in telecom, AI, and data centers. Huawei is a major player in Silicon Photonics, competing with the biggest GAFAM companies!
Research Meets Industry: As a PhD intern, you'll transition from theory to practice and apply your research to real-world challenges in photonics, telecommunications, and quantum technologies.
Join an International Team: Collaborate with global experts from diverse backgrounds and get insights into industrial applications of your research.
️ Hands-On Experience: Design, fabricate, and test real-world devices like optical modulators, waveguides, Kerr combs, and PICs using the latest simulation tools and fabrication techniques.
What Will You Gain?
Practical Experience: Apply your PhD expertise to cutting-edge photonics research and device development.
Innovative Technologies: Work on projects at the forefront of 5G, AI, data centers, and quantum computing.
Career Opportunities: Build your professional network and gain industry experience that can lead to exciting career opportunities in telecommunications, R&D, and device manufacturing.
Ready to Shape the Future of Silicon Photonics?
Don’t miss out on this incredible opportunity to work on some of the most exciting challenges in photonics and telecommunications. Whether you’re working on inverse design, waveguide optimization, or Kerr combs, this is your chance to make an impact and gain valuable experience in one of the world’s leading tech companies!
Apply now to take the next step in your PhD journey and be part of the Huawei Caliopa team!
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