Interested in joining the CHEMINA team? Check out available postings for the group below.
Project 1: Nanostructured DNA-Protein Architectures for Biosensing
Supervisor: Dr. Wei Shan (Helen) Tan
We are seeking a motivated student to join our lab in developing novel DNA-based biosensing platforms. Our work focuses on designing structural DNA-protein architectures to enable sensitive detection of biomarker targets. The student will screen architecture designs and characterize functional interactions using optical readout methods. Ideal candidates are fast learners with an interest in bioanalytical assays, optical spectroscopy, or data analysis. Interested students should be available for a full-time project of at least 3 months starting in Spring 2027. To apply, please send your CV to [email protected].
Project 2: Bioconjugation Strategies for Functional Molecular Probes
Supervisor: Dr. Wei Shan (Helen) Tan
We are seeking a motivated student to investigate bioconjugation methodologies for functional molecular probes. This project aims to optimize reaction conditions to achieve precise, controlled stoichiometry in DNA-protein conjugates used for biomolecular sensing. The student will gain hands-on experience in protein biochemistry, molecular characterization, and gel electrophoresis. Ideal candidates have an interest in chemical biology, biomolecular modification, or analytical separation techniques. Interested students should be available for a full-time project of at least 3 months starting in Spring 2027. To apply, please send your CV to [email protected].
Project 3: DNA Nanotechnology for Spatial Biochemical Sensing
Supervisor: Dr. Wei Shan (Helen) Tan We are seeking a motivated student to design and evaluate functional DNA constructs for localized biochemical monitoring. The project involves engineering custom molecular switches and characterizing their responsiveness using fluorescence-based assays. Ideal candidates are proactive problem-solvers with a background or interest in nucleic acid nanotechnology, computational molecular design, fluorescence spectroscopy, or quantitative data analysis. Interested students should be available for a full-time project of at least 3 months starting in Spring 2027. To apply, please send your CV to [email protected].
Master’s Thesis Project: Neurotransmitter Sensing using Organic Transistors
Supervisor: Dr. Emily Schafer We are looking for a Master’s thesis student to join the lab in building cutting-edge biosensors for neurotransmitter monitoring. More specifically, we use organic electrochemical transistors (OECTs) in new designs, configurations, and types of devices to measure important neurotransmitters. Ideal candidates are fast learners and exceptional problem-solvers with an interest in topics like sensors, electrochemical testing, or neurotechnology. Interested students should be available for a 6 month+ long project starting in the fall of 2026. To apply, please send your CV to [email protected].
