Engineering

Trending career opportunities in Biotechnology

Best Engineering university
18

Biotechnology is emerging as one of the most rewarding and promising sectors of the last 25 years. It is an interdisciplinary field that includes working with mathematics, physics, chemistry, engineering and various other areas of science. It combines different innovations to either create a new product item or adjust the current one to suit our requirements. 

Its applications extend over numerous businesses like food, medicine, chemicals, bio-items, textiles, environmental conservation and animal sciences makes the career in biotechnology one of the fastest developing fields with numerous job opportunities for freshers and qualified experts. 

Biotechnology requires hypothetical (hereditary qualities, sub-atomic science, natural chemistry, embryology and cell science), and the practical (chemical engineering, information technology and robotics) scientific aptitude skills, and a fascination for the organic sciences, critical thinking aptitudes.

In the modern era, the biotechnology field with the guide of computational science, every living process can be planned effectively. New biotechnical systems and processes are built every year in the medicine, agriculture, environment, and related industries. As a field that involves numerous disciplines, biotechnology careers can differ significantly in educational prerequisites, compensation advantages, and workplaces.

Those interested in the field of biotechnology can find better approaches to upgrade food sources, avoid hereditary imperfections, cure fatal diseases, and expand human life. Yet, regardless of the specialization, a bachelor’s degree in biotechnology is the primary step into a world where the overarching mandate is to change the limits of what’s possible.

There are multiple job opportunities available for the aspirants in the field of Biotechnology that offer a successful and rewarding career ahead. The most rewarding job profiles available for Biotechnology freshers are described under the following subheads.

  • Biomedical Engineer:

Biomedical engineers combine their expertise in engineering and biology fields to create solutions to various complex challenges in biology and medicine. With an aim to improve the quality and effectiveness of the healthcare segment, biomedical engineers design unique biomedical equipment, devices, and medical software, etc. to deal with the dynamic requirements.

  • Biochemist:

Biochemists study and analyze the complex chemical properties of living things and different biological processes, such as cell development, cell growth, heredity, and fatal diseases. They prepare advanced research projects and frequently isolate, analyze, and synthesize proteins, lipids, DNA, carbohydrates, and other molecules. They also research the adverse effects of drugs, hormones, and nutrients on tissues and biological processes to develop products and strategies that might be helpful to improve human health.

  • Medical Scientist:

Medical scientists conduct clinical research to improve human health by analyzing and working on diseases and their prevention methods. They also develop and test various kinds of advanced medical devices. They often prepare medical samples to study the causes and treatments of toxicity, pathogens, and various chronic diseases. These scientists also help to standardize drug potency, doses, and methods for mass manufacturing and even distribution of drugs and medicinal compounds.

  • Clinical Technician:

Clinical technicians are also known as medical laboratory scientists. Clinical technicians collect samples, perform various tests, and analyze the final results of body fluids, tissue, bacteria cultures, and other materials. The technicians use lab equipment, advanced robotics, specialized computer software, and automated equipment to collect, analyze, and model experimental data.

  • Microbiologist:

Microbiologists are responsible for studying in detail about the viruses, bacteria and the immune system to produce various biomedical and industrial products. They prepare detailed research projects and lab experiments to aid in the diagnosis and treatment of infectious diseases.

  • Process Development Scientist:

Process Development Scientists are usually involved in supervising the lengthy manufacturing process in a laboratory, searching for innovative ways to enhance the quality and efficiency of products. Once the new product is developed and approved for manufacturing, these scientists establish multiple ways to scale production while adhering to standardized protocols.

  • Biomanufacturing Specialists:

Biomanufacturing Specialists are involved in the application of tools and techniques to ensure that the products meet stringent requirements of safety, purity, potency and quality throughout the whole manufacturing process. The entire process of biomanufacturing involves large-scale production of proteins used to cure fatal diseases, which means that these specialists need to compulsorily possess a thorough knowledge of federal, state, and industry regulatory standards.

  • Business Development Manager:

Business Development Managers provide a detailed market analysis and competitive analysis of fellow competitors to help companies formulate and execute growth and investment strategies to prepare effective products. They are involved in assessing and performing expansion, acquisition, and collaborative research activities and making collaborations with other companies or organizations to achieve business growth in line with the corporate strategic goals.

If science students aim to be at the forefront of emerging advances in biotechnology, it is the perfect time to start with an advanced degree in this field. As the biotechnology field continues to evolve, there’s a high need for skilled professionals to innovate and introduce new technologies for the betterment of human beings.

To start with a career in this field, students need to apply for a B. Tech in Biotechnology degree and then go ahead to pursue a master’s degree, if interested. Interested and eligible candidates can apply for a B. Tech in Biotechnology degree with Sir Padampat Singhania University, Udaipur, established by JK Cement Ltd, one of the Top engineering colleges/University of Udaipur.

The University offers a complete educational package to the students with the latest curriculum along with quality education, training, and development to the students through paid internships and final placements at high payrolls in top companies of India and abroad. SPSU also organizes various seminars, live training sessions, role plays, industry visits, workshops, etc. regularly to provide a comprehensive ecosystem to the students. The University helps the students to gain overall knowledge and development through industry exposure and a perfect blend of practical and theoretical aspects being followed in the curriculum, making itself listed among the Best University in Udaipur