The Energy Research Institute @ NTU (ERI@N) is a leading energy-focused research institute that addresses Singapore’s sustainability goals and supports global industry in development and deployment of innovative solutions in energy efficiency and distributed energy resources. ERI@N distinguishes itself through research excellence directed towards outcomes of industry relevance, with focus on systems-level research for tropical megacities. The Institute integrates research across NTU in the context of the energy challenge, and then helps translate outcomes into industry and practice. ERI@N is committed to enable knowledge creation and technology transfer by building strong alliances with government agencies, leading industry players and SMEs and global universities to support Singapore’s national objectives. These collaborations are ratified in part through the development of green buildings, renewable energy deployment, grid management systems, proliferation of energy efficient solutions, creation of a “car-lite” society, digitalisation of the energy system enabling a ubiquitous smart grid architecture and establishing low carbon districts. ERI@N has grown to be a centre-of-excellence for advanced research, development, and demonstration of innovative energy solutions with global impact.
For more details, please view https://www.ntu.edu.sg/erian.
The Energy Research Institute @ NTU (ERI@N) is seeking to hire a highly motivated and skilled Postdoctoral Research Fellow to develop direct ammonia proton-conducting solid oxide fuel cells (SOFCs). This role offers a unique opportunity to work at the forefront of fuel cell research, focusing on the fabrication, synthesis, and characterization of materials for SOFCs, with a particular emphasis on ammonia fuel applications. The successful candidate will play a pivotal role in supporting research, managing laboratory operations, and collaborating with both internal and external partners.
Key Responsibilities:
Fabricate proton-conducting SOFCs.
Synthesize and characterize materials for SOFC applications.
Collaborate with external partners on ammonia-fueled SOFC research and development.
Assist the Principal Investigator (PI) in managing research projects.
Oversee daily laboratory operations, including experiments and safety protocols.
Supervise and mentor researchers and students, ensuring adherence to best practices.
Coordinate with vendors and technicians to meet the laboratory's technical needs.
Prepare interim reports, presentations, and documentation for ongoing research projects.
Requirements:
Ph.D. in a relevant field (e.g., solid oxide fuel cells, defect chemistry, high temperature catalysis).
At least 3 years of experience in proton-conducting SOFCs.
Proficiency in the fabrication and characterization of SOFCs, including TEM analysis.
Strong expertise in defect chemistry and solid-state Ionics.
Experience with materials characterization tools such as SEM, TEM, XRD, XPS, and FIB.
Familiarity with hydrogen carrier fuels, particularly ammonia, and related decomposition processes.
Excellent communication skills in English, both written and spoken.
Ability to work both independently and collaboratively in a team environment.
Demonstrated experience in project management and laboratory operations.
Proven ability to supervise and mentor researchers and students.
Preferred Qualifications:
Experience with ammonia-fueled proton-conducting SOFCs.
Expertise in proton-conducting ceramic SOFC fabrication.
We are looking for a hands-on, dynamic individual who excels in an academic and research setting. If you are passionate about advancing cutting-edge research in proton-conducting SOFCs and meet the qualifications listed, we encourage you to apply.
Interested candidates please contact Prof. Su Pei-Chen at peichensu@ntu.edu.sg with detailed CV. We look forward to hearing from you.
Our research group is seeking to hire a project officer with backgrounds in additive manufacturing, to support our development of 4D printing for a wide range of biomedical applications.
Key Responsibilities:
3D printing using vat photopolymerization. (e.g. digital light processing, stereolithography)
Optimizing printing parameters to achieve net-shape parts.
CAD modeling for characterizations and prototyping.
Conduct finite element method simulations.
Characterizing of printed part. (mechanical, microscopy, optical etc.)
Managing daily laboratory operations and experiments.
Liaising and managing vendors/technicians for the technical needs of the laboratory.
Collaborating with external partners on developments for their applications.
Requirements:
Possess BEng degree in mechanical engineering, material science or related fields.
At least 1 year of experience on 3D Printing using vat photopolymerization.
Proficient in handling and mixing liquid resins, CAD modelling, FEM simulations and experiments for characterization.
Excellent command in English. (written and spoken)
Able to work independently, as well as, in a team.
Interested candidates please contact Prof. Su Pei-Chen at peichensu@ntu.edu.sg with detailed CV. We look forward to hearing from you.
Our research group is seeking to hire a talented and driven Scientist with a strong background in tissue engineering, biomaterials, or bioengineering to join our R&D team focused on the development of biocompatible materials for vat photopolymerization (e.g., stereolithography, DLP). This position plays a key role in designing and optimizing next-generation materials for medical and dental applications.
Key Responsibilities:
Design, synthesize, and characterize novel photopolymer resins with properties tailored for biocompatibility, mechanical performance, and regulatory compliance.
Develop and execute experiments to evaluate polymer curing behavior, degradation, and interactions with biological systems.
Translate lab-scale material innovations into clinically and commercially viable solutions in collaboration with product development and regulatory teams.
Support or lead the preparation and execution of biocompatibility testing, including cytotoxicity, sensitization, irritation, and systemic toxicity studies.
Collaborate cross-functionally with materials scientists, biomedical engineers, regulatory affairs, and manufacturing to align material development with device performance requirements.
Document research activities in technical reports, lab notebooks, and contribute to regulatory filings.
Stay current on relevant literature, regulatory trends, and emerging technologies in biocompatible materials and photopolymerization.
Requirements:
Possess BS, MS or PhD degree in Bioengineering, Materials Science, Chemical Engineering, or related discipline, with a focus on tissue engineering or medical devices.
Proven experience in dental or medical device development, preferably from research through to clinical translation or commercialization.
Strong understanding of vat photopolymerization technologies and resin formulation principles.
Familiarity with biocompatibility testing protocols (e.g., ISO 10993), and experience working in or with regulated environments (ISO 13485, FDA guidance).
Proficient in material characterization techniques (e.g., FTIR, rheology, mechanical testing, thermal analysis).
Excellent problem-solving, communication, and organizational skills.
Experience with Good Laboratory Practices (GLP), design control, or quality systems is a plus.
Interested candidates please contact Prof. Su Pei-Chen at peichensu@ntu.edu.sg with detailed CV. We look forward to hearing from you.
Our research group is seeking to hire a talented and driven Scientist with a strong background in polymer science to join our R&D team focused on the development of stimuli-responsive polymers for vat photopolymerization (e.g., stereolithography, DLP). This position plays a key role in designing and optimizing next-generation materials for medical and dental applications.
Key Responsibilities:
Design, synthesize, and characterize novel photopolymer resins with properties tailored for shape memory effect and other stimuli-responsive behaviors.
Develop and execute experiments to evaluate polymer curing behavior, degradation, and interactions with biological systems.
Translate lab-scale material innovations into clinically and commercially viable solutions in collaboration with product development and regulatory teams.
Collaborate cross-functionally with materials scientists, biomedical engineers, regulatory affairs, and manufacturing to align material development with device performance requirements.
Document research activities in technical reports, lab notebooks, and contribute to regulatory filings.
Stay current on relevant literature, regulatory trends, and emerging technologies in biocompatible materials and photopolymerization.
Requirements:
Possess BS, MS or PhD degree in Engineering, Material Science or related fields.
Proven experience in dental or medical device development, preferably from research through to clinical translation or commercialization.
Strong understanding of vat photopolymerization technologies and resin formulation principles.
Proficient in material characterization techniques (e.g., FTIR, rheology, mechanical testing, thermal analysis).
Excellent problem-solving, communication, and organizational skills.
Experience with Good Laboratory Practices (GLP), design control, or quality systems is a plus.
Interested candidates please contact Prof. Su Pei-Chen at peichensu@ntu.edu.sg with detailed CV. We look forward to hearing from you.