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We are seeking proactive, motivated students who are passionate about environmental science to join our dynamic research team. If you are eager to contribute to impactful discoveries in biogeochemistry and green materials, we welcome you to explore our open positions and connect with us to discuss your future.
We are seeking proactive, motivated students who are passionate about environmental science to join our dynamic research team. If you are eager to contribute to impactful discoveries in biogeochemistry and green materials, we welcome you to explore our open positions and connect with us to discuss your future.
| Prospective Master's Students
| Prospective Master's Students
Candidates should demonstrate strong research potential and a clear alignment with the lab's core research themes: environmental biogeochemistry, toxic elements, and microplastics. Successful applicants are expected to conduct independent research with a high degree of technical proficiency in wet-lab environments (encompassing chemical OR biological analyses) as well as rigorous fieldwork (including soil, sediment, and water sampling).
Candidates should demonstrate strong research potential and a clear alignment with the lab's core research themes: environmental biogeochemistry, toxic elements, and microplastics. Successful applicants are expected to conduct independent research with a high degree of technical proficiency in wet-lab environments (encompassing chemical OR biological analyses) as well as rigorous fieldwork (including soil, sediment, and water sampling).
Currently, our research is driven by two primary objectives:
Currently, our research is driven by two primary objectives:
Objective 1: Development of novel iron-based nanocomposite materials for the effective removal and remediation of toxic elements (such as As, Cd, and Pb) in soil and water systems.
Objective 1: Development of novel iron-based nanocomposite materials for the effective removal and remediation of toxic elements (such as As, Cd, and Pb) in soil and water systems.
Objective 2: Investigation into the biodegradation pathways of polymers within marine environments, specifically focusing on seawater and coastal sediments.
Objective 2: Investigation into the biodegradation pathways of polymers within marine environments, specifically focusing on seawater and coastal sediments.
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