Molecules are the smallest chemical compounds and extremely small particles. All the matter around us - including our own bodies - is comprised of molecules. The study of the world at the molecular level is referred to as Molecular Science. How the world is developed and the way that it works at the most key level.

The study of various kinds of molecules is the focus of the integrative, complex, and multidisciplinary field of Molecular Sciences. It is a relatively new idea in research that aims to translate the uncountable phenomena exhibited by molecules. The study of other scientific fields, such as medicine, engineering, ecology, and neurobiology, is based on the Molecular Sciences.

Molecular Sciences incorporates the interactions between physics, chemistry, and general biology and it also shares many similarities with cellular biology. Students pursuing a degree in this field will have the chance to gain valuable experience because its diversity.

Study Levels:

Students in this program increase their insight into the scientific processes that happen at the cellular and molecular levels while acquiring laboratory experience. This sub-discipline offers a variety of study levels, including:

• BSc Molecular Science
• BSc Life Science and Technology
• B.Sc in Molecular Biology, Genetics, and Bioengineering
• B.Sc (Hons) in Cell and Molecular Biology
• B.Sc for Molecular Biology
• B.Sc in Biology
• B.Sc in Molecular Biology and Genetics
• M.Sc in Biosciences: Molecular Systems Biology
• M.Sc in Biochemistry and Molecular Biology
• M.Sc Molecular Biology and Biotechnology
• MSc in Chemistry and Molecular Sciences
• M.Sc Molecular Biology, Medical Biology
• PhD

Specialisations:

Molecular Sciences is a sub-discipline that branches out into further specialisations. The requirements for admission to medical and other health professional schools, as well as graduate schools in cell and molecular biology, biochemistry, and related fields, are included in the Molecular Science sub-discipline, which provides a solid foundation for many science careers. By studying this sub-discipline and specializing in a specific area, students will acquire in-depth knowledge, abilities, and experiences to pursue careers in the field of Molecular Sciences. The various specializations that can be found are:

• Design of Molecular Structures
• Cell Biology
• Food Chemistry
• Biomedicine
• Genetics
• Biochemistry
• Food Chemistry
• Molecular Science and Technology

Employability:

By focusing on the study of living organisms at the biochemical, molecular, and cellular levels, a Molecular Sciences degree prepares students for a variety of careers. It coordinates a thorough educational program to foster laboratory skills.

Most of the time that people in careers in molecular biology work is spent in offices and laboratories. Their work incorporates looking at tests and directing trials and they attempt to comprehend how hereditary, molecular, and microbial methods are joined to create innovative products for medical and industrial uses. Research, the creation of new technologies, and data analysis are the responsibilities of molecular scientists, who may work in academia, government agencies, or private industry to address complex scientific issues. The various career choices include:

• Molecular Biologist
• Research Scientist
• Teacher/Professor
• Laboratory Technician
• Quality Control in Biopharmaceutical Industry
• Assistant Biologist in Food Inspection Agencies
• Biochemist
• Epidemiologist
• Food Scientist
• Forensic Scientist
• Geneticist
• Toxicologist