Key Skills

Job Description

Job Description Your mission is to bridge the gap between thin film lithium niobate (TFLN) photonic chip technology and the future of wireless communications. You will transform our TFLN chips into high-performance prototypes that will eventually redefine the next-gen wireless communication modules. Objectives PDK development: Design Photonic Integrated Circuits (PICs) with essential photonic components such as couplers, spirals, microresonators, while taking nanofabrication and experimental data into account. PIC device characterization: Build experimental RF/optical set-ups and characterize the electrical and optical properties of photonic devices, and provide advanced evaluation of measurement data. Modulator designs: Perform optical/RF co-simulation to develop TFLN modulators with optimized performance. Provide nanofabrication feedback: Ensure that the nanofabrication team has reliable data to optimize the TFLN production process. Customer engagement: Support customer relations, demos and visits, and compose technical documentation. Requirements Essentials Master's or PhD degree in photonics, applied physics, electrical engineering, or related fields. Demonstrable experience (published/presented work) in integrated photonics, either academically or industrially. Proficiency with photonics/multi-physics simulation software such as Lumerical, COMSOL, HFSS. Proficiency with photonic circuit layout software such as KLayout, GDSfactory, PHIDL, or OptoDesigner. Proficiency with state-of-the-art optical/RF testing equipment, including OSAs, ESAs, VNAs, and real-time oscilloscopes. Advanced Python skills to automate complex measurements and analyze measurement data. A product-oriented, collaborative, and proactive mindset with excellent communication skills. Other Experience with TFLN photonics and/or high-speed modulator characterization is a big plus. Basic know-how of photonic nanofabrication processes is desirable. Basic know-how about microwave photonics links. Prior experience leading photonic chip tape-outs. About Us Sabratha is where deep-tech meets global scale. Situated in Enschede, the Netherlands and as a spin-off from the University of Twente, we are a concise, curiosity-driven team transforming TFLN photonics into the backbone of the next-gen wireless revolution. We do not just innovate; we disrupt. Backed by world-class cleanrooms and state-of-the-art facilities, we operate at the bleeding edge of the century-old telecommunications market. At Sabratha, we offer more than a competitive salary. We offer a legacy: the chance to bring your brainchild into the world with solutions that connect the human race. Build the future with us. How to Apply Send your application to [email protected] as a single PDF file (PhotEng_YourName) containing: 1-page cover letter outlining what you bring to Sabratha, and what Sabratha brings to you. 2-page CV with focus on relevant experience. Contact details for 2 references. Apply Now Privacy Policy

Core Responsibilities

You will design and characterize high-performance Photonic Integrated Circuits (PICs) using thin film lithium niobate technology. Additionally, you will perform optical/RF co-simulations and provide critical feedback to the nanofabrication team to optimize production processes.

Requirements

Candidates must hold a Master's or PhD in photonics, physics, or electrical engineering with demonstrable experience in integrated photonics. Proficiency in simulation software, photonic layout tools, and advanced RF/optical testing equipment is required.