I am a passionate researcher with a prolific background in academia and industry, I spearhead multifaceted research projects, propelling fundamental and applied breakthroughs in molecular biology, biophysics, and genetics. I bring together a richly diverse team of engineers and scientists, and utilize our collective expertise to stretch the frontiers of scientific knowledge and practical applications.

My proficiency encompasses nucleic acid analysis, particularly qPCR, genetic engineering, miRNA, SNPs, and data analysis techniques. I possess extensive experience in laboratory automation and have orchestrated the planning and deployment of automated systems for sample analysis, library preparation, sample handling, and high-throughput screening.

At present, I am at the helm of the Climate Change Cluster Phenomics Facility as the Lead Scientist. My stewardship supports a dedicated team that pioneers inventive research and development, which you can learn more about at UTS Algal Phenomics Facility. One of our core projects is to develop the next generation of high-throughput algal phenotyping technology.

My contribution envelops an array of ambitious projects addressing critical global challenges through the exploitation of state-of-the-art technologies. Some key endeavors include:

• Developing energy-efficient methodologies for mass production of biomolecules utilizing autotrophic microorganisms to radically transform food and feed production.

• Innovating carbon capture strategies to mitigate climate change, a crucial stride towards a sustainable future.

• Guiding ventures in Industry 4.0, digital twins, and applications utilizing neural networks, molding the path of technological progress in our domain.

• Streamlining the creation of tailor-made laboratory automation instruments and protocols to boost efficiency and precision in our research.

My research interest is deeply rooted in photosynthesis, molecular biology, biophysics, and genetics. My focus is understanting the conversion of solar energy into biological products at a quantum level. By employing cutting-edge laboratory automation and directed evolution, I am working on developing the next generation of microalgae for sustainable production of future foods, biofuels, bioplastics, and dyes.