Yulong S.

Experience

• 

  Jilin University

  Oct 2011 - Dec 2011

  Teaching Assistant (Inorganic)

  Instruct undergraduate students from biological, physical, and electronic sciences in general inorganic chemistry

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  Jilin University

  Sept 2012 - May 2014

  This role encompasses a diverse array of projects that utilize innovative nanovalve systems tailored for advanced applications in drug delivery, sensing, purification, and virus self-assembly. The primary focus is on designing nanovalves that can control the release of therapeutic agents at targeted sites, enhancing the efficacy and safety of treatments. Additionally, these systems are applied in the development of sensors that can detect molecular changes with high precision, crucial for early diagnosis in healthcare settings. Purification processes also benefit from these nanovalves, which can selectively remove contaminants from complex mixtures, vital for environmental and pharmaceutical applications. Moreover, the role includes pioneering work on the self-assembly of viruses, utilizing nanovalve technology to study and potentially control viral mechanisms, which could lead to new strategies in virology and vaccine development. Each project within this role demands a high level of innovation and technical expertise, aiming to push the boundaries of current technology and contribute significantly to advancements in science and medicine. Show less

  • Research Assistant

    Aug 2011 - May 2014

  • Teaching Assistant (Organic)

    Sept 2012 - Jan 2013
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  Northwestern University

  Jan 2013 - Jan 2013

  Visiting Research Scholar

  This role encompasses a diverse array of projects that utilize innovative nanovalve systems tailored for advanced applications in drug delivery, sensing, purification, and virus self-assembly. The primary focus is on designing nanovalves that can control the release of therapeutic agents at targeted sites, enhancing the efficacy and safety of treatments. Additionally, these systems are applied in the development of sensors that can detect molecular changes with high precision, crucial for early diagnosis in healthcare settings. Purification processes also benefit from these nanovalves, which can selectively remove contaminants from complex mixtures, vital for environmental and pharmaceutical applications. Moreover, the role includes pioneering work on the self-assembly of viruses, utilizing nanovalve technology to study and potentially control viral mechanisms, which could lead to new strategies in virology and vaccine development. Each project within this role demands a high level of innovation and technical expertise, aiming to push the boundaries of current technology and contribute significantly to advancements in science and medicine. Show less

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  Tsinghua University

  Jun 2014 - Jul 2015

  Research Assistant

  Supervision of master and undergraduate students' projects ensures adherence to rigorous academic and experimental methodologies. Design responsibilities include the development of biomaterials tailored for hydration lubrication and enhanced drug delivery, targeting specific medical applications. Cell lab management encompasses maintaining protocols, equipment functionality, and safety standards to ensure a productive and secure research environment.

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  University of Technology Sydney

  Aug 2015 - Oct 2019

  PHD Student

  In doctoral research, Alex pioneered the integration of supramolecular chemistry with upconversion nanoparticles to develop innovative systems for molecular detection. The thesis involved extensive work on the synthesis of lanthanide-doped upconversion nanoparticles (UCNPs) and their modification through supramolecular interactions for various applications, including bioimaging and drug delivery.

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  Institute of Physics & Beijing National Lab for Condensed Matter Physics,Chinese Academy of Sciences

  Oct 2019 - Feb 2020

  Visiting Scholar

  This role focuses on studying the mechanisms of cell mechanics and involves constructing various lab chips to simulate organs for medical research, particularly concerning COVID-19 and bone tissues. Additionally, it includes investigating wound healing using hydrogels.

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  University of Chinese Academy of Sciences

  Mar 2020 - Mar 2022

  This role focuses on studying the mechanisms of cell mechanics and involves constructing various lab chips to simulate organs for medical research, particularly concerning COVID-19 and bone tissues. Additionally, it includes investigating wound healing using hydrogels. This role focuses on studying the mechanisms of cell mechanics and involves constructing various lab chips to simulate organs for medical research, particularly concerning COVID-19 and bone tissues. Additionally, it includes investigating wound healing using hydrogels.

  • Senior Research Associate

    Jun 2020 - Mar 2022

  • Postdoctoral Research Associate

    Mar 2020 - Mar 2022
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  英国杜伦大学

  Jul 2021 - Dec 2022

  This position involves teaching undergraduate organic chemistry to first-year students and providing instruction in organic materials at the postgraduate level. This role involves the design and synthesis of bio-inspired and polymer-based macromolecules for hydration lubrication, as well as the synthesis of "shapeshifting" molecules for self-assembly investigations.

  • Lecturer

    Oct 2021 - Dec 2022

  • Research Associate

    Jul 2021 - Dec 2022
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  澳大利亚麦考瑞大学

  Jul 2022 - now

  Honarary Research Fellow

  By collaborating with Prof. Alison Rodger, we aim to investigate the mechanism of molecular lubrication.

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  UNSW

  Jan 2023 - Jan 2024

  Research Fellow

  This position entails:1. Designing and synthesising molecular inclusions for methane reduction.2. Developing polymers and hydrogels tailored for nitric oxide release.

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  Newera.bio

  Apr 2024 - Aug 2024

  Senior Chemist

  "We use sustainable methods to add colour to your daily life." This role focuses on the design, development, and preparation of new pigments derived from natural sources, and on optimising dyeing techniques in an eco-friendly manner.