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Nam-Joon Cho
Principle Investigator @ Translational Materials Innovation Group Professor Nanyang Technological University
Nam-Joon Cho is a distinguished professor at Nanyang Technological University (NTU) in Singapore, specializing in materials science and infectious disease medicine.12 He serves as the MRS-Singapore Chair Professor in the School of Materials Science and Engineering at NTU and holds several leadership positions, including Director of Flagship Programmes in the President's Office and Director of the Centre for Cross Economy (CCE) at NTU.2
Professor Cho's research focuses on developing innovative solutions for global health problems, particularly in the field of infectious diseases.1 He leads the Translational Materials Innovation Group (TMIG), which combines expertise from engineering, chemistry, physics, biology, and medical science to create medical technologies that improve human health.1
Key aspects of Professor Cho's career and achievements include:
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Education: He holds a Bachelor's degree in Civil and Environmental Engineering from the University of California, Berkeley, and a Master's degree in Materials Science and Engineering and a Ph.D. in Chemical Engineering from Stanford University.13
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Research contributions: His work has resulted in over 280 scientific papers published in top journals, including Nature Materials, Nature Medicine, and Science Translational Medicine.2
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Entrepreneurship: Technology from his research group has been licensed and spun out to biotech companies, attracting over S$26 million in investment funding.2
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International recognition: He is a member of the National Academy of Engineering of Korea and has received honors from organizations such as the American Liver Foundation and the Ministry of Science and ICT in South Korea.2
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Leadership roles: Professor Cho is the Project Leader and Principal Investigator at the Stanford University SyneRx Antiviral Drug Discovery Center (AViDD) and serves as the President of the Korean Scientist and Engineers Association in Singapore.2
Professor Cho is known for pioneering new fields in sustainability and healthcare, including antiviral peptide technology for broad-spectrum drugs against COVID-19 and the transformation of plant pollen to replace environmentally harmful plastics.2 He has also initiated a new paradigm for sustainability called "Cross Economy," which aims to create new industrial opportunities through material innovation.2
Highlights
Translational Materials Innovation Group Ph.D. Open Positions for Academic Year 2024/2025 The Translational Materials Innovation Group (TMIG), led by Professor Nam-Joon Cho, is a world-leading multidisciplinary research group to develop innovative solutions for global problems based on engineering strategies. Our team brings expertise from materials science and engineering, chemistry, physics, biology, and medicine to develop bioinspired and sustainable materials and processes across Lipid Membrane Technologies, Antimicrobial Therapeutics, and Pollen-Based Materials Development. ** These positions are preferred for Singaporean candidates.
[Ph.D. position on Acoustic-Based Characterization Platform for Biomedical Applications] The research focuses on the refinement, optimization, and strategic deployment of quartz crystal microbalance with dissipation monitoring technology, with emphasis on the integration with the supported lipid bilayer platform. The integrated platform will be open avenues for a range of applications in various scientific and technological domains, including biophysical studies, drug development, and biosensor development. The Ph.D. candidate will develop research skills and competencies in surface-based biophysical characterization, with particular expertise in quartz crystal microbalance with dissipation monitoring, as well as the incorporation of biological membrane mimics in the form of supported lipid bilayers. Key Responsibilities · Perform quantitative investigations on biomolecular interactions and biointerfacial processes using the QCM-D platform. · Contribute to the development of biosensors using the QCM-D technology, exploring its potential for real-time monitoring in biomedical research. · Conduct in-depth analysis of QCM-D responses and develop refined data analysis methods to extract novel insights on biomolecular interactions. · Participate in collaborative research activities within a well-established, global multidisciplinary research ecosystem. · Publish research findings in reputable journals. · Communicate research findings in local and international conferences.
Qualifications · Bachelor's degree, preferably with First Class Honours, in Materials Science and Engineering, Mechanical Engineering, Chemical Engineering, Bioengineering, Physics or related disciplines. · Strong background knowledge and/or research interest in surface-based characterization, analytical chemistry, and biosensing. · Proficiency in conducting experiments, data analysis and interpretation using surface-based characterization platforms. · Excellent communication and collaboration skills. · Keen interest in addressing global health challenges through biomedical innovation.
Interested applicants are encouraged to visit the group website at https://lnkd.in/gpHyMs-T for more details and contact Professor Cho ([email protected]) to discuss your proposed research before your formal application through the NTU portal.
Translational Materials Innovation Group Ph.D. Open Positions for Academic Year 2024/2025 The Translational Materials Innovation Group (TMIG), led by Professor Nam-Joon Cho, is a world-leading multidisciplinary research group to develop innovative solutions for global problems based on engineering strategies. Our team brings expertise from materials science and engineering, chemistry, physics, biology, and medicine to develop bioinspired and sustainable materials and processes across Lipid Membrane Technologies, Antimicrobial Therapeutics, and Pollen-Based Materials Development. ** These positions are preferred for Singaporean candidates.
[Ph.D. position in Infectious Diseases (Lipid Vesicle Characterization and Tethered Vesicle Assay Development)] The research focuses on utilizing and improving the capability of the dynamic light scattering technique to characterize the size and polydispersity of lipid vesicles. The lipid vesicles with tunable size and composition serve as virus mimics in the development of tethered vesicle assays, which can be employed as an antiviral peptide screening platform. In particular, the use of micropatterning strategies will be explored to control the spatial position of tethered vesicles and establish a method to create highly ordered vesicle assemblies. The candidate will develop research competencies in vesicle characterization, with particular expertise in vesicle size and size distribution determination, as well as in the design, construction and application of tethered vesicle assays.
Key Responsibilities · Perform biophysical characterization of lipid vesicles, primarily using the dynamic light scattering technique. · Develop refined data analysis methods for accurate interpretation of light scattering signal responses to improve the size and polydispersity characterization of lipid vesicles. · Design and construct tethered vesicle assays for application in unraveling the action mechanism of novel antimicrobial mitigants. · Participate in collaborative activities within a well-established, global multidisciplinary research ecosystem. · Publish research findings in reputable journals. · Communicate research findings at conferences.
Qualifications · Bachelor's degree, preferably with First Class Honours, in Materials Science and Engineering, Bioengineering, Biology, Chemistry or related disciplines. · Strong background knowledge and/or research interest in lipid vesicles, and lipid nanoparticles. · Laboratory experience in antimicrobial efficacy testing and related techniques is preferable. · Excellent communication/collaboration skills. · Keen interest in addressing global health challenges under the theme of infectious diseases.
Interested applicants are encouraged to visit the group website at https://lnkd.in/gpHyMs-T for more details and contact Professor Cho ([email protected]) to discuss your proposed research before your formal application through the NTU portal.
