PCMB implies that you have studied Physics, Chemistry, Mathematics, and Biology to a level of class twelve. Generally, science students’ study either takes up PCB, Physics, Chemistry, or Biology, or takes up PCM, Physics, Chemistry, and Biology. PCMB students possess a unique blend of biology and mathematics. It is rare to find students who are both interested in biology and mathematics. If you are one of those few students, you must have chosen PCMB for your high school subjects. Just choosing PCMB would not help you to get into great courses in great colleges. You have to equally good and capable in all four subjects that are physics, chemistry, mathematics, and biology. The moment you choose to study PCMB, you open up a wide range of career options for you. There are so many advancing fields that need both your applicability of Maths and Physics and in-depth knowledge of Biology and Chemistry.
The best courses to do after studying PCMB in 12th are given in the list below.
1. Bachelor in Technology in Biotechnology
The B. Tech Biotechnology is an undergraduate engineering course of duration 4 years. The course is consisting of 8 semesters. The course focuses on the Biotechnology subject as a whole. Biotechnology engineering requires the study of applied biology and chemical engineering, technology, medicine, and other useful applications. The syllabus for this course has been designed to strengthen students’ problem-solving abilities by providing them fundamental engineering subjects. The course involves applying the problem-solving ability, applied biology, and chemical engineering in the research and development of Biotechnical equipment. Biotechnologist finds high demand in medical and pharmaceutical fields. The course also covers other interesting subjects such as biological components, chemical activities of organisms, and bioinformatics. These subjects are involved in basic Biotechnology engineering as well as research studies. The Biotechnology engineering subjects covered in this course are Bioprocess Engineering, Animal Biotechnology, Instrumentation and Process Control, Chemical Engineering Thermodynamics, Molecular Biology. B. Tech in Biotechnology Engineering course is a preferred course that covers everything you need to find a need in the genetics world as well as fields such as medicine and pharmaceutical. It is a combined course that has a theory as much a practical.
Bioinformatics is a fast-growing field, and therefore any degree in this subject is highly recommended. Bioinformatics is defined as an interdisciplinary field of science that deals with biological information. Courses on bioinformatics contain computer science, mathematics, engineering, and statistics, along with biology as their core subjects. These courses provide knowledge to examine and exemplify biological data. It is a study of information on biological data, which is evident from the name itself. The course will teach you how to study these biological data which can be achieved by developing methods and software tools. Bioinformatics courses provide you strong knowledge on genomics to understand the genetic diseases, unique adjustments, and modifications in the genes of organisms, especially agricultural species. There are several undergraduate courses such as Bachelor of Science (B.Sc.) in Bioinformatics, Bachelor of Technology (B. Tech) in Bioinformatics, Bachelor in Science – Honours (B.Sc. Hons) in Bioinformatics, Bachelor of Engineering (B.E) in Bioinformatics, Certificate in Bioinformatics, Advanced Diploma in Bioinformatics. Students can later specialize in various topics such as Information Content in DNA, RNA, Protein Sequence and Structure, Architecture and Content of Genomes, Nucleic Acid and Protein Sequence Analysis, Metabolic Computing, Data Storage and Retrieval, Database Structures, Annotation, Complex Systems Analysis or Genetic Circuits, Evolutionary Model Building and Phylogenetic Analysis, Data Mining.
3. Bachelor in Food Technology
Food technology can be defined in simple terms as the technology involved in the food industry, which involves production, preservation, quality control, research, and development of food products. BSc (Bachelor in Science) Food Technology course includes food processing, emerging technologies, and food additives. In the B.Sc course, these topics are discussed at an undergraduate level. The course covers process engineering, quality assurance, set packaging standards, organic chemistry, and managing blending procedures. The industry of food technology is a fast-growing field that needs applied knowledge of physics, chemistry, mathematics, and biology to be specific food science. Companies are supposed to make products that are not just profitable but also healthy for the consumers for which they need food technology graduates. This makes the course highly employable.
Agriculture can be defined as a field of science that involves the study of various scientific, technical, and business subjects related to agriculture, horticulture, farm management, poultry farming, dairy farming, agricultural biotechnology, etc. The field of Agriculture is a fast-growing field that provides sustainable career options to students. Students with a bachelor’s or master’s degree in agriculture can get high-paid jobs in all sectors. They often get the post of agricultural research scientists, agriculture officers, production managers, farm managers, and so on. Agriculture is an intriguing subject to study that involves so much more than just plants and rearing. The field requires applied knowledge in traditional agronomy and animal sciences to emerging technologies like precision agriculture and biotechnology. The are several undergraduate courses available on agriculture, including BSc. (Bachelor in Science), B. Tech (Bachelor in Technology), and even B.A (Bachelor in Arts) and diploma courses are offered by the top-notch school. A typical B.Sc. in Agriculture will cover topics such as Agricultural Economics, Agricultural Engineering, Agricultural Entomology, Agricultural Extension, Agronomy, Plant Biochemistry, Applied Mathematics, Principles of Environmental Sciences, Educational Psychology, Sericulture, Principles of Plant Biotechnology, Breeding of Field and Horticulture Crops, Agricultural Marketing, Trade, and Prices.
5. Bachelor of Technology in Environmental Engineering
Bachelor of Technology (B. Tech.)in Environmental Engineering is an undergraduate course of four years. This field is for students who are passionate about the environment and want to work to better the environment. In this course, they are taught to develop new techniques to improve renewable and non-renewable sources available. The main job in the hand of Environmental Engineers is where they are required to bring out schemes that help in waste management and put rules and regulations for judicious use of resources. Topics covered in the course are applied mathematics, applied physics, solid waste management, hazardous waste management, E-Waste management, numerical and statistical analysis, fluid mechanics, system planning, and much more. Physics and Biology play an important role in the course.
6. Biochemical Engineering
Biochemical engineering is the fusion of chemical engineering and molecular biology. The student who wants to be in this field needs strong command in subjects mainly organic chemistry, physical chemistry, biology, biomolecules, enzymology, and applied mathematics. Industries like biotechnology, biofuels, pharmaceuticals, water purification, and food provide employment to biochemical engineering graduates. Biochemical engineers are also in demand in industries such as Petroleum products such as oil, paint or plastic, Food, Paper, Textiles, Cleaning products, Personal care products, Medications, and Pesticides. Students of biochemical Engineering can specialize in Enzyme engineering, tissue engineering, and metabolic engineering.
7. Biomedical Engineering
Biomedical engineering or medical engineering can be defined as the study of the application of engineering principles and design concepts to medicine and biology. There are three general areas of specialty life sciences, physiological sciences, and bioengineering. Careers in Biomedical Science are mostly research- and lab-based, with the aim to improve and advance medical knowledge. The courses available in the top universities include 4 years BTech programmes or 5 years integrated BTechand MTech programmes.
Bioinstrumentation is also known as Biomedical Instrumentation. This field of study involves the application of biomedical engineering and focuses on the devices and mechanics used to measure, evaluate, and treat biological systems. It focuses on the use of multiple sensors to monitor the physiological characteristics of a human or animal. The course covers subjects such as Applied Mathematics, Applied Physics, physical and organic Chemistry, Material Sciences, Environmental sciences, Basics of civil and mechanical engineering, Basics of electrical and electronic engineering, Engineering Mechanics, Thermodynamics, Human anatomy, human physiology, electronic circuits, C++ programming and many more. It is truly a hybrid of medicine from PCB and engineering from PCM.
9. Genetic Engineering
Genetic engineering can consider an individual course and also a specialization course of biotechnology. Like biotechnology, it is a steadily progressing field of study. All latest inventions need knowledge in genetics. From DNA fingerprinting to the creation of culture organisms for lab testing of products, genetics finds its use and demand everywhere. Genetics needs strong dominance in applied mathematics, chemistry, molecular biology, and computer sciences. As the field is very demanding, top universities across the world provide undergraduate and graduate-level courses on genetic engineering.
This field includes Bachelor of Medicine & Surgery (M.B.B.S), Bachelor of Dental Surgery (BDS), Ayurvedic Medicine & Surgery, Homeopathic Medicine & Surgery, Physiotherapy, Veterinary Science, and Animal Husbandry. This field requires the skill of objective observation and in-depth knowledge of physiology. To go to medical school, you need to appear for MCAT (Medical College Admission Test). To qualify that, you would need basic knowledge in your subjects, mainly chemistry and biology.