Experienced researcher with Ph.d. in biotechnology and interdisciplinary research experience in chemical engineering, sensing, nanomaterial synthesis, conservation, hydrolysis, microbiology, genetic engineering, computational science, machine learning (ML) and sustainable nanobiotechnology. Demonstrated track record in genetic engineering, molecular biology, bioinformatics, antimicrobiology with a focus on enhancing crop resilience and metabolite production and proficiency in converting agricultural and lignocellulosic waste into high-performance valuable nanomaterials, utilizing environmentally friendly and cost-effective methods for sustainable development. Proven success in the design and execution of
innovative experiments, as well as publishing in refereed scientific high impact journals, and the acquisition of competitive research grants. Experience with the application of ML and artificial intelligence for prediction of plant stress response, which aids in the research efficiency. I have excellent leadership abilities in mentoring and managing interdisciplinary teams. I am passionate about using the cutting-edge biotechnological solutions for promoting sustainable agricultural practices. Poised to use expertise and research breakthroughs to make significant contributions to the global biotechnology arena.
Work Terms
full time, preferred communication email, skype or Whatsapp