--Trainee associate| Postgraduate biotechnology student| passionate about research and analysis.
Postgraduate biotechnology student eager to bridge laboratory innovation with real-world solutions. During my ME , I led a project on bioremediation of xenobiotic compounds by candida parapsilosis, where I was able to successfully degrade phenol by 90%. With hands-on experience in molecular biology, microbiology, data analysis and bioprocessing from academic research, I am excited to contribute to cutting-edge lifescience environment. Seeking entry level R&D , quality control or process development roles.
Wellcove
3 mos
Panjab University
1 yr 4 mos
Conducted independent laboratory research on the degradation of xenobiotic compounds. Achieved 90% degradation rate of phenol through candida parapsilosis.
CSIR-IHBT
5 mos
Maintained detailed experimental documentation and data analysis records. Assisted in isolating stress-related plant hormones from Stevia, Saffron, and Rose. Performed DNA, RNA, and protein extraction using standard molecular biology techniques. Gained exposure to plant biotechnology and biochemical analysis.
Master of Engineering, Biotechnology
2022 - 2024
Bachelor of Engineering, Biotechnology
2017 - 2021
Master of Engineering (M.E.), Biotechnology
Completed M.E. thesis: Bioremediation of Xenobiotic Compounds by Candida Parapsilosis.
Bachelor of Technology (B.Tech.), Biotechnology
M.E. thesis research at Panjab University investigating the ability of Candida parapsilosis to degrade industrial pollutants such as phenol and bromophenol blue. Highlighted bioremediation benefits including biodegradability, biosurfactant production, and metal accumulation capabilities, and documented technical limitations.
B.Tech project trainee work at CSIR IHBT using a Stevia plant model. Applied nucleic acid DNA and RNA isolation and purification, gel electrophoresis, and Polymerase Chain Reaction (PCR) for DNA amplification.