Academic Timeline
Focusing on advanced AI applications in biotechnology and automation. Research areas include machine learning algorithms for biological data analysis and neural networks for predictive modeling in synthetic biology.
Specialized in synthetic biology, genetic engineering, and metabolic pathway optimization. Conducted groundbreaking research on microbial adaptive laboratory evolution (ALE) and developed novel vector-free genome editing protocols. Published multiple high-impact papers and presented at international conferences.
- Developed enhanced vector-free allele exchange (VFAE) mutagenesis protocol
- Published 11 peer-reviewed papers during PhD tenure
- Received Outstanding PhD Foreign Student Award (2017)
Focused on microalgal biotechnology, metabolic engineering, and biofuel production. Conducted extensive research on genetic modification of microalgae for enhanced oil production and developed novel transformation protocols.
- Microalgae genetic transformation and oil production optimization
- Nuclear localization signal applications in Chlorella sp.
- Multi-gene approaches for enhanced lipid productivity
Graduated with highest honors, ranking first in my class. Built strong foundation in microbiology, plant biology, and biochemistry. Active in research projects and laboratory work that shaped my passion for biotechnology.
- First rank graduate with 83% overall grade
- Excellence in microbiology and molecular biology courses
- Early involvement in research projects and laboratory techniques
Key Academic Skills Developed
Molecular Biology
Advanced techniques in genetic engineering, PCR, cloning, and gene expression analysis
Research Methodology
Experimental design, statistical analysis, and scientific writing across multiple disciplines
International Collaboration
Cross-cultural research experience in China, Korea, and Malaysia
AI & Machine Learning
Neural networks, TensorFlow, and computational biology applications