The Center for Materials Innovation and Technology (CMIT) in Vietnam is actively seeking a postdoctoral researcher to join its ambitious project on rare earth element valorization and extraction. This initiative is part of CMIT’s broader mission to advance sustainable technologies and foster international collaboration in materials science.
Materials science is a critical component of modern technology, underpinning advancements in clean energy, artificial intelligence, electronics, biomedicine, defense, and space exploration. CMIT aims to position itself as a leading hub for research and innovation in this field, driving Vietnam’s strategic technological advancement.
CMIT’s Vision for the Future
By 2030, CMIT aspires to be recognized among the world’s leading centers for materials innovation. The center’s focus includes promoting global collaboration and training a new generation of scientific leaders who can transform knowledge into societal and national impact. The center is committed to fostering breakthrough innovations in materials for electronics, energy, biomedicine, and sustainability.
CMIT’s research areas are diverse, ranging from rare-earth materials and recycling technologies to sustainable energy materials for green technologies. The center also explores quantum materials for next-generation technologies and AI-integrated smart sensors for environmental and healthcare monitoring.
Research Opportunities and Expertise
CMIT welcomes applications from individuals with expertise in computational materials modeling, data-driven materials discovery, AI/ML methods development, and the integration of theory and experiment. High-performance computing and data management for large-scale materials datasets are also key areas of interest.
“Join us if you have a doctorate degree from a globally recognized institution, with expertise in materials science and a strong vision for impactful, forward-thinking research and innovation.”
Project Description: Rare Earth Element Valorization
The postdoctoral researcher will contribute to the project titled “Rare Earth Element Valorization and Extraction in Vietnam: An Integrated Sustainability Approach.” This project addresses Vietnam’s strategic need for environmentally responsible and low-carbon pathways for rare earth element (REE) recovery and processing.
The project integrates computational modeling, experimental research, fieldwork, and appropriate sustainability tools, such as life cycle assessment, to evaluate and develop sustainable REE extraction routes. The researcher will focus on the molecular-level understanding and design of functionalized adsorbents for selective REE recovery from dilute or complex matrices.
Roles and Responsibilities
- Apply computational models for REE–adsorbent interactions.
- Perform environmental impact analyses for REE processing routes.
- Design and conduct laboratory experiments and fieldwork related to biomass-based REE extraction in Vietnam.
- Analyze and integrate experimental, modeling, and environmental data to develop sustainability insights.
- Co-supervise students and contribute to the research culture of the group.
- Present research findings at conferences, workshops, and meetings.
Qualifications and Opportunities
Applicants should possess a PhD in Materials Science, Engineering, Environmental Science, Applied Chemistry, or a related discipline. A strong publication record in Journal Citation Indexed (JCR) journals is essential. Experience in life cycle assessment, density functional theory, or materials experimentation and characterization is highly desirable.
CMIT offers an exciting opportunity for researchers passionate about education and advancing science through innovative projects. The center values adaptability and a drive to address global and local challenges, especially those relevant to Vietnam.
Implications for Vietnam and Beyond
The announcement of this position comes as Vietnam seeks to bolster its capabilities in rare earth element processing, a field of growing global importance due to the critical role these elements play in modern technology. The move represents a significant step in Vietnam’s efforts to establish itself as a leader in sustainable materials innovation.
As the world increasingly turns to sustainable technologies, the work conducted at CMIT could have far-reaching implications, not only for Vietnam but also for the global scientific community. The center’s focus on integrating sustainability into materials science research aligns with international efforts to address environmental challenges.
Looking forward, CMIT’s commitment to training future scientific leaders and fostering international collaboration will likely enhance Vietnam’s role in the global scientific arena. The postdoctoral position represents a unique opportunity for researchers to contribute to meaningful advancements in sustainable technology and materials science.
