Shanley
Analytical instrument hardware development specialist. Previously have worked designing and developing mass spectrometers, charged particle detectors, and a photoelectron yield spectrometer for my doctoral program.
Analytical instrument hardware development specialist. Previously have worked designing and developing mass spectrometers, charged particle detectors, and a photoelectron yield spectrometer for my doctoral program.
Kunlun Yan completed his PhD in optics in Laser Physics Center of Australian National University in 2019. His research was focused on realizing on-chip optical amplifier based on rare-earth doped chalcogenide planar waveguides. Kunlun Yan joined ANFF in 2023 and his research interests include optical film coating, planar waveguide fabrication, precision optics manufacturing and machining, and …
Dr Pradip Singha is a highly accomplished engineer with a strong background in microfluidics, lithography, etching, materials characterisation, and semiconductor technology. He has a Master of Technology in Nanotechnology from the National Institute of Technology, Calicut, India and a PhD in Industrial and Mechanical Engineering from Griffith University, Australia. He has published 16 papers in …
Erick received his PhD in Physics from the University of Queensland in Australia. As a postdoctoral fellow his research focused on the fundamental origins of nanomechanical dissipation, high precision sensing, hybrid systems, integrated photonics and phononics. Erick currently works at the Australian National Fabrication Facility supporting and developing nanofabrication processes. His expertise profile is quite …
Roger is a Senior Process Engineer – Nanofabrication at ANFF-NSW University of Sydney. He spent the last 4 years working as a nanofabrication process engineer for Microsoft Quantum. In this role, and prior to this at UNSW, he worked on several devices and materials systems, including superconductors, semiconductors, qubits, microwave resonators, Josephson junctions, and SQUIDs. …
Senior Technical Officer with a profound background in micro/nano fabrication techniques. Specialising in PVD, dry etching, FIB, and EBL, driving innovations in optics and photonics. Accomplished projects include nitrogen gas line remediation and Bio-print lab renovation. Passionate about pushing scientific boundaries and supporting researchers.
Selvaraj (Raj) Nagarajan is a Senior Equipment Engineer at ANFF-NSW University of Sydney. Raj has significant equipment maintenance and installation experience gained across semiconductor research and manufacturing industries. He has a proven track record of providing equipment and process engineering support to enhance best outcomes for organisations and groups. Recent roles at Microsoft Quantum involved …
Lim Wu Sim is a Senior Process Engineer – Nanofabrication at ANFF-NSW University of Sydney. Lim has been part of Australia’s semiconductor industry for more than a decade, with experience in a variety of projects across academia and industry, most recently working in Microsoft’s team developing a quantum computer. He is knowledgeable in end-to-end device …
Simon Ruffell joins the ANFF-NSW University of Sydney as our Quantum and Semiconductor Engagement Manager. Simon has extensive experience in the semiconductor technology industry and, more recently, in quantum computing. His role is to assist in planning, especially with respect to the infrastructure requirements to support the significant opportunities emerging around research translation in quantum …
Alson is a specialist in Mid-IR glass fabrication, focusing on ZBLAN, Tellurite, and Germanate glasses. He excels in managing analytical facilities and operating instruments such as Dilatometers, UV-vis spectrophotometers, FTIR, DSC, TGA, STA-MS, and Optical Profilometers. Alson’s expertise extends to designing, installing, and commissioning glass fabrication equipment, including high-temperature furnaces, gloveboxes, and chemical etching facilities. …
Michal is involved in the design, fabrication and characterisation of optical microelectromechanical (MEMS) devices.