This biotech student aspires to conduct ‘groundbreaking research’ to make a positive impact on society

Gunjit Setia holds a keen interest in the field of biotechnology, molecular genetics as well as in writing research articles on recent advancements. At present, Gunjit is pursuing Integrated B.Tech. + M.Tech. in Biotechnology at Apeejay Stya University (ASU), Gurugram.  Alongside, he is also preparing for the CSIR UGC NET test to be held in December 2023. As a biotech student, his passion lies in the fascinating field of biotechnology, where he explores the combinational approach of biology, technology, and new innovation. “Learning new techniques help me in developing my research skills and knowledge about new advancements. I am self-motivated and perform well individually as well as in a team. I am also leading the Rotaract Club of Young Souvenirs, RID 3011,” mentions the Apeejay student.

Moreover, in terms of his interests and hobbies, Gunjit is an avid reader and loves to stay updated with the latest advancements and research in biotechnology and related fields. He is also enthusiastic about participating in scientific discussions and engaging with fellow enthusiasts to exchange ideas and broaden his knowledge. He adds, “Looking ahead, my future educational aspirations involve pursuing a PhD in Biotechnology or a related field. I am eager to pursue research and contribute to scientific advancements. A Ph D would provide me with the opportunity to conduct original research, expand the boundaries of knowledge, and address complex problems in biotechnology.”

On the professional front, Gunjit aspires to become a scientist known for my contributions to the field of biotechnology. “I aim to conduct ground-breaking research, develop innovative technologies, and make significant discoveries that positively impact society,” he emphasises.

Read edited excerpts of the interview:

What interests you about biotechnology? 

I find several aspects of biotechnology interesting, which ultimately led me to choose this field of education. For instance: Developing new treatments for diseases that don’t have treatments right now, holistic understanding of biological systems and how they perform, the potential to transform healthcare by developing new therapies, diagnostics, and personalized medicine approaches. I believe that by pursuing an education in biotechnology, I can make a meaningful contribution to society and be at the forefront of scientific advancements that have the power to shape the future in positive ways.

Tell us about your new internship? What is the role and what are your learning expectations?

I got selected for an internship at DBT-RGCB, Kerala! Working on DNA sample analysis and sequencing sounds like an exciting and valuable experience to me. As an intern, my work involves analysing DNA samples from the Kerala population. This involves performing DNA extraction, purification, and amplification to prepare the samples for further sequencing. Utilisation of advanced techniques such as next-generation sequencing (NGS) and Sanger sequencing for the sequencing process. These techniques allow for high throughput and accurate DNA sequencing, providing valuable insights into the genetic makeup of the population. Along with it, my learning expectations include gaining a range of valuable skills and knowledge such as Laboratory Techniques (hands-on experience), Sequencing Technologies (Next-generation sequencing), Data Analysis (analyzing the sequencing data generated from the DNA samples by use of bioinformatics tools). Also DBT-RGCB exposes one to the various research processes within a professional scientific setting.

Your LinkedIn also mentions that you completed an internship on principles of genetics. What has been your learning from that internship? 

I had completed my internship at AIIMS Delhi on Principles of Genetics where I learned about the fundamental concepts of genetics like knowing the DNA structure, gene expression, Mendelian inheritance, genetic variation, and genetic disorders. Also, gained insights into the role of genetics in the development, functioning, and inheritance of traits in organisms.

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Along with it, I got knowledge of using scientific apparatus for DNA extraction, PCR (Polymerase Chain Reaction), gel electrophoresis, cloning, or genetic mapping. Acquiring practical skills in these techniques is crucial for conducting genetic experiments and analyzing genetic information. These learning contribute to my overall professional and academic development in the field of genetics.

Why do you think internships are important for biotech students?

Internships play a crucial role in the development and career advancement of biotech students. Some of the advantages are:

Practical Application of Knowledge: Biotechnology is a hands-on field that requires practical skills and experience. Internships provide students with an opportunity to apply the theoretical knowledge gained in classrooms to the real-world by working in a professional setting. Students can gain practical experience in laboratory techniques, research methodologies, data analysis, and other essential skills specific to biotechnology.

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Industry Exposure: It offers students a chance to immerse themselves in the biotech industry and gain first-hand exposure to its operations, culture, and work environment. This exposure helps students understand the industry’s dynamics, challenges, and trends, which can guide their career choices and development.

Networking Opportunities: During an internship, students have the chance to interact with professionals, researchers, and experts in the same field. Building relationships with industry insiders can lead to valuable connections, mentorship opportunities, and potential references for future career opportunities.

Skill Development: Students get a chance to enhance their technical, analytical, and
problem-solving skills. They gain proficiency in laboratory techniques, data analysis software, scientific communication, and project management. These practical skills are highly valued by employers and can significantly boost a student’s employability upon graduation.

Industry Insights: Biotech internships offer students a glimpse into the industry’s current research and development efforts. By staying updated with the latest advancements and challenges, students can better align their educational and career goals to the needs and opportunities within the industry.

Resume Enhancement: Having relevant internship experience gives biotech students a competitive edge in the job sector. It demonstrates practical skills, industry exposure, and a proactive attitude toward professional development. Internships provide tangible examples of a student’s abilities and achievements, making their resume more appealing to potential employers.

Share five learnings from your internships experiences

Some of the key learnings from my internship experiences include : Hands-on Laboratory Techniques, Data Analysis and Interpretation, Experimental Design and Research Methodologies, Collaboration and Communication, Industry Insights and Professional Development.