Training the next generation of entomologists and vector biologists
Advanced course on the molecular biology of arthropod disease vectors. Covers immunity, blood digestion, reproduction, vector-pathogen interactions, and modern genetic approaches including CRISPR for vector control. This course was previously taught by Dr. Alexander Raikhel, member of the National Academy of Sciences, who retired in June 2025.
Graduate course
MWF 10:00-10:50 AM
Includes student presentations and discussions
Taking over this prestigious course from Dr. Raikhel is both an honor and a responsibility. His pioneering work on mosquito reproduction and its link to blood feeding has laid the foundation for modern vector biology research.
Survey of insect biology covering evolution, morphology, physiology, ecology, and impact on humans. Explores insect diversity, adaptations, and their roles as pollinators, decomposers, and disease vectors in ecosystems.
Undergraduate course (4 units)
MWF 10:00-10:50 AM
Hands-on molecular techniques training for new graduate students. Covers essential laboratory procedures including aliquoting, dilutions, normalization, DNA and RNA extractions, HMW DNA extraction, PCR, RT-qPCR, qPCR, species diagnostics using mitochondrial genes, and phylogenetic placement with IQ-TREE.
Graduate course (10 students)
Lab sessions: 2-5 PM
Hands-on molecular techniques
Taught insect biology fundamentals to 296 students, covering systematics, physiology, ecology, and human impacts. 80% positive feedback highlighted engaging lectures on vector biology, pest management, and conservation topics.
MWF 10:00-10:50 AM
296 students enrolled
First course taught at UCR
"Tell me and I forget, teach me and I may remember, involve me and I learn" Benjamin Franklin
As a teacher, I always ask myself why students should come to my class. The most critical element in a classroom is the interaction among students and the engagement with the instructor. Every class is a new opportunity to engage students and make them interested in a subject. I achieve that through my enthusiasm for entomology and genetics.
Teachers are not only responsible for teaching about science but also for helping build great citizens. My teaching style requires a lot of upfront work and dedication. However, I want to be like the great professor who changed how I thought about science and motivated me to become a teacher. Hopefully, I can make a difference in someone's life.
PCR, qPCR, RT-qPCR, linked-read sequencing, single-cell RNA-seq
Genomic analysis, population genetics, phylogenetics
Colony maintenance, experimental design, bioassays
R programming, statistical methods, data visualization
First course taught at UC Riverside
Completed the five-session seminar series through UCR's Academy of Distinguished Teaching
Mentoring undergraduate honors students on genomics projects analyzing genetic variation in mosquito populations. Two students (2025-2026).
Supporting first-generation college students through FGMP with weekly meetings focused on academic success and career development. Two students (2024-2025).
Mentored a high school student that advanced from county fair to California State Science Fair, 2024-2025.
Training undergraduate students in mosquito surveillance and genomics through the Pacific Vector Control Association grant program.