I continually refine my teaching skills by actively participating in workshops, conferences, and training sessions. By incorporating innovative instructional techniques, interactive learning activities, and technology-driven tools, I create an engaging and dynamic classroom environment that promotes active participation, critical thinking, and knowledge retention. My student-centered approach and Problem-Based Learning methodology empower learners to develop their problem-solving abilities, enhance their analytical thinking skills, and cultivate a lifelong love for learning.

The commendable feedback I consistently receive from students affirms my ability to create a meaningful learning environment that nurtures their academic growth and encourages their intellectual curiosity. I provide individualized support, mentorship, and guidance to help students overcome challenges and realize their full potential. Furthermore, I foster a collaborative and inclusive classroom atmosphere that respects diverse perspectives, encourages open dialogue, and cultivates a sense of community among students.

In addition to my teaching qualifications, I am an accomplished researcher with a strong passion for unraveling complex biological mechanisms within the realm of Molecular Genetics and Microbiology. I leverage cutting-edge techniques in yeast genetics, functional genomics, RNA biology, transcriptomics, and proteomics to decipher novel regulatory pathways and networks within cells.

My research journey began during my undergraduate studies, where I established a solid foundation in Microbiology. This allowed me to investigate virulence factors in pathogenic bacteria and explore microbial biodeterioration in heritage sites, walls, and paintings, gaining valuable insights into the field. Motivated by my passion, I pursued both a pre-master’s and master’s degree, honing my skills in microbial bioremediation strategies and exploring the potential of microalgal populations in wastewater treatment and biofuel production. My Ph.D. research focused on unraveling the regulatory role of the RNA-binding protein Puf4 in the fission yeast cell cycle, significantly contributing to our understanding of post-transcriptional regulation and its implications in cancer research. I have actively engaged in diverse research projects, investigating the therapeutic applications of plant and microbial nanoparticles and exploring the anticancer potential of algal extracts.

Throughout my career, I have made substantial contributions to scientific advancement, presenting my research at esteemed international conferences and publishing numerous articles in high-impact Q1 journals such as Bioresource Technology, Algal Research and Pharmaceuticals. Currently, I am involved in cosupervising research projects on topics such as enhancing algal yields for biofuel production, developing early detection methods for bacterial sepsis and uncovering the biomedical potentials of bio NPs. These experiences underscore my commitment to fostering a collaborative & innovative research environment.

Throughout my career, I have made substantial contributions to scientific advancement, presenting my research at esteemed international conferences and publishing numerous articles in high-impact Q1 journals such as Bioresource Technology, Algal Research and Pharmaceuticals. Currently, I am involved in cosupervising research projects on topics such as enhancing algal yields for biofuel production, developing early detection methods for bacterial sepsis and uncovering the biomedical potentials of bio NPs. These experiences underscore my commitment to fostering a collaborative & innovative research environment.

I am enthusiastic about leveraging my teaching expertise, research accomplishments, and collaborative spirit to make significant contributions to a renowned research group. My unwavering commitment to scientific exploration, dedication to excellence, and ability to thrive in a team environment make me a valuable asset.