Biotech Reader in Bodhgaya

As a Biochemical Assay Development Scientist at Technoculture Research, you will be responsible for developing, optimizing, and validating biochemical assays based on enzymatic reactions and metabolic pathways. Your role will involve analyzing metabolic and enzymatic data from electrochemical detection platforms and collaborating with the R&D team to integrate biochemical processes with microfluidic devices. Additionally, you will conduct literature reviews and apply biochemical knowledge to enhance assay design while maintaining accurate laboratory records and contributing to scientific reports. Your support in troubleshooting biochemical protocols and interpreting experimental data will be crucial for the success of our projects. To qualify for this position, you should hold a master's degree in biochemistry, biotechnology, or a related life sciences field. You must possess a strong knowledge of enzymes, enzyme kinetics, and metabolic pathways, along with hands-on experience in biochemical assays and analytical techniques. Preferred qualifications include experience in electrochemical biosensing or bioassay development, familiarity with microfluidics or point-of-care diagnostic systems, and exposure to interdisciplinary research environments. The ideal candidate will demonstrate strong analytical and problem-solving skills, work collaboratively in a research team, and exhibit proficiency in experimental design and data analysis. Effective communication of scientific findings, both in written and verbal formats, is essential for this role. In addition to technical skills, personal attributes such as curiosity-driven passion for applied research, detail-oriented approach with a commitment to quality and precision, proactive and self-motivated attitude, adaptability, and openness to learning new techniques and interdisciplinary approaches are highly valued at Technoculture Research. Technoculture Research, located in Bodhgaya, Bihar, India, focuses on developing modern technology applicable to various fields such as construction, machinery, food, drugs, and agriculture. Our current project centers on innovative methods for efficient water harvesting and artificial water recharge. Our goal is to create a platform capable of accurately predicting hydrological conditions to facilitate development and decision-making processes. With a state-of-the-art biotech lab, we conduct research and development on biomedical, bio-mechanical, and bioelectronics products, emphasizing commercial and industrial usability. Our dedication to novel ideas and cost-effective product development drives us to invent solutions for the next generation.,