Doctorate in Biophysics

About Course

Ph.D. (Biophysics) Courses, Eligibility, Admissions, Syllabus, Career Options, Frequently asked Questions.

Overview and About the Course:

The authorities and boards have been working diligently to offer new courses to students and aid them in broadening their career options in light of recent breakthroughs in the realm of education. Many new areas have emerged for science students, allowing them to explore career options outside of the current courses and programmes. Biophysics has been presented in many universities for students with background in physics and biology. The topics include the foundational understanding of ideas taught in biology and physics as well as their connections. Numerous methods and procedures, including X-rays, MRIs, and laser therapies, are based on both biological and physics-based concepts. Consequently, a career in biophysics offers a variety of alternatives.

A master's degree in another discipline must be earned before beginning the first three years of a doctoral programme in biophysics. Many Ph.D. programmes demand that applicants have previous teaching assistant experience. This practical knowledge is seen to be crucial for graduate studies. All biophysics graduate students are required to work as teaching assistants for one semester as part of the programme. All biophysics graduate students must also work as faculty members for at least one full-time post.

Biophysics graduate school is transdisciplinary and highly customised. The understanding of fundamental concepts in both biological and physical sciences is anticipated of students majoring in biophysics to be wide and multidisciplinary in nature. However, it would be absurd to assume to fully understand every aspect of biophysics given its broad scope. A student working on computational modelling of protein motions will build a solid foundation in statistical physics, computational science, and chemistry, whereas a student engaged in laser studies of proteins in biological membranes will build a solid foundation in quantum physics, instrumentation, chemistry, and bio membranes.

•    PhD biophysics serves as a link between biology and physics by explaining biological function in terms of molecular structures and their characteristics.

•    PhD biophysics is an advanced discipline of research that studies biological systems using physical scientific methods.

•    Graduates with a PhD in biophysics can find employment in a variety of academic levels for research-oriented programmes with research institutions or governmental entities as a biophysics researcher or scientist.

•    In order to understand and investigate the shape and function of biological things, physical chemistry and physics concepts are combined and used.

•    Candidates for the PhD in Biophysics will have the opportunity to investigate a range of instruments and methodologies used in the fields of life science and medicine.

The three-year PhD in Biophysics will give students the conceptual and applied expertise they need to be registered as Biophysicists or Method Development Associates. On ranges ranging from molecules to cells to tissues to species, it discusses physical events and processes in living things.

The goal of a PhD in Biophysics is to educate applicants about every facet of the field and to provide them with the skills and in-depth knowledge necessary to succeed in the programme. It is the science of creating physics theories and methodologies to look at biological issues. During their research projects, students will have access to resources that will allow them to evaluate critically the field of medical science and how it affects society and the country world in general.

The course fee for doing the course can be average in between 25,000 to 4,00,000. A PhD student may expect to make an average of 3 lakhs to 8 lakhs per annum. 

Course Highlight of Ph.D. in Biophysics:

Why to do Ph.D. in Biophysics?

The reasons why a candidate should seek a PhD in biophysics are listed below.

•    In India, having a PhD in biophysics is seen as having a very good reputation. In any college or university, one may also pursue employment as a professor or instructor.

•    Graduates of PhD programmes in biophysics might choose to work overseas in multinational organisations where they can earn a respectable wage and have a higher quality of life.

•    Students who complete this three-year degree are prepared to work as professionals in medical research labs and institutes.

•    During the Research, there will always be room for improvement and implementation.

•    The placement is varied because it gives the applicant the chance to work in a variety of biophysics positions.

•    Ligand Binding, Electrophoresis, Chromatography, Electron Spin Resonance, and Spectrometry will all be thoroughly covered in this course.

•    Ligand Binding, Electrophoresis, Chromatography, Electron Spin Resonance, and Spectrometry will all be thoroughly covered in this course.

•    The placement is varied because it gives the applicant the chance to work in a variety of biophysics positions.

Eligibility Required for the course, Ph.D. in Biophysics:

•    The applicant must have earned an MSc or M.Phil. in their first try from a school accredited by the University Grants Commission with a minimum overall grade of 55%.

•    There is a 5% mark reduction if the candidate is in a reserved category.

•    Additionally, applicants must succeed in the pertinent entry test, such as the CET or NET.

•    An optional qualification is having more than a year of experience in a biotechnological industry or research lab.

Skills for the course, Ph.D. in Biophysics:

PhD holders in the Biophysics need a combination of hard talents and soft skills to succeed in their jobs. It's possible that these skills can't always be taught within the constraints of the school system. Practice is the only way to hone these abilities. Students should thus seize any chance to extend their perspectives and acquire new knowledge. Only a handful of these skills include:

•    Observation Techniques

•    Progress Tracking

•    Thinking Techniques

•    Skills in Communication

•    Skills for Dealing Pressure

•    Instructing Human Development 

•    Guide Wisely 

•    Hard Working 

Admission Process for the course, Ph.D. in Biophysics:

Most colleges and universities that offer PhD programmes in Biophysics admit candidates based on how well they performed on their Master's degree examinations. To assess a candidate's ability and skill set, certain colleges do provide entrance examinations.

•    Candidate must first apply to the institute for the course he wishes to take.

•    To pursue a Ph.D. in Life Science, a student must do well in the entrance tests for the appropriate Universities, such as the CSIR-NET, UGC-NET, etc. Students must also do well in the round of individual interviews.

•    Following the outcome of the exam, candidates must advance to the interview stage or participate in a group discussion.

•    The next stage in counselling or enrolment in the college comes after the interview procedure.

•    Students must submit the necessary paperwork in accordance with the college's criteria in order to enrol.

Admission Based on Entrance Exam for Ph.D. in Biophysics:

The following are the entrance-based admission requirements for a PhD in Biophysics:

•    To successfully register, candidates must submit an application through the entrance examination organization's official website.

•    The authorities will announce the examination date, and applicants must appear for the test.

•    The applicants need to achieve a good grade or CGPA in the relevant exams in order to be accepted to the PhD in Life Science programme.

•    The authorities will present a merit list of the chosen applicants and assign the pupils the necessary college seats.

•    In order to be admitted, the candidates must pass additional rounds of personal interviews.

Tips to get Admission in the college for the course, Ph.D. in Biophysics:

Obtaining entrance to a reputable college is crucial for a higher education research programme like a PhD in Biophysics. Here are a few key ideas to remember when you seek admission to a reputable university.

•    If you are fervently interested in applying for a PhD in Biophysics, you must achieve a respectable grade in your Post Graduate level of study.

•    If you are getting ready to take an entrance exam, you must also get a high CGPA on that exam to be admitted to a reputable PhD in Biophysics College.

•    Please investigate the prospective college before making any plans to attend any college or institution.

•    Ensure that university offers the ideal curriculum and adequate facilities to train you to master a PhD in Biophysics.

Entrance exam for the course, Ph.D. in Biophysics:

Applicants are evaluated based on their final-year master's grade point average in linked fields of life science or physical science, which must be at least 55%.

•    To get admitted, those who choose to take entrance exams like the NET or CET must pass the cut-off.

•    Some institutions, including Jawaharlal Nehru University, Calcutta University, Indraprastha University of Common Entrance Test, and Banaras Hindu University, will base admission decisions on the results of the entrance examinations they administer.

Tips to prepare the entrance exam for the course, Ph.D. in Biophysics:

The following information can aid applicants in getting ready for the entrance exam.

•    First of all, Create a schedule for your study time. You will be able to concentrate on each subject and give each topic equal time.

•    Go through the exam's syllabus in detail. Instead of studying a completely unrelated subject, it will assist you in focusing on key themes.

•    Examine the question papers from the prior year to have a better grasp of the admission tests. There are several books for entrance exams that include previous year's test questions and the solutions.

•    It's crucial to comprehend the fundamentals of the subjects rather than memorising the answers. You may use it to help you answer challenging queries.

•    Every admission test consists of MCQs with a single right response. Additionally, there is a failing grade.

•    It's crucial to only answer questions you are certain of. Considering that there is a negative marking, speculation is to be avoided.

Top Colleges for the course, Ph.D. in Biophysics:

Check out the list of top colleges with their locations for the course, Ph.D. in Biophysics.

Syllabus to be study for the course, Ph.D. in Biophysics:

The Biophysics course syllabus, which is beautifully divided into years with nearly all theory papers and required practical papers in each year with final year thesis submission, is provided below.

•    Quantum Mechanics
•    Wave Phenomenon
•    Electromagnetism
•    Physical Chemistry and Statistical Thermodynamics

•    Electron Spin Resonance
•    Ligand Binding
•    Microfluidics
•    Multivariable Calculus and Complex Function Theory

•    Data Structure and Algorithms
•    Mechanics and Relativity
•    Radioactive Labelling and Counting
•    Immunological Methods
•    Optical Rotatory Dispersion and Circular Dichroism

•    Evolutionary and Cell Biology
•    Bio nanotechnology
•    Neurobiology of Behaviour
•    Spectrometry
•    Chromatography

Job Prospects after doing the course, Ph.D. in Biophysics:

Candidates who have earned a PhD in biophysics have the opportunity to work in research and educational institutions, medical research labs, pharmaceutical companies, defence services, and environment protection services in much senior positions because they are more qualified than recent graduates in terms of experience, skill, and knowledge.

A PhD in biophysics may be eligible for executive, operational, and managerial jobs in biotech companies.

Job Profiles after doing the course, Ph.D. in Biophysics:

Application-based physicists:

Specialists mostly work with biochemists to plan and carry out sophisticated studies as they investigate medications, hormones, and tissue engineering.

Lead for Quality Control:

Experts execute several laboratory tests on a regular basis, producing accurate results with maximum efficiency.

Regional Manager:

Professionals create business plan, generate income, and hold workshops, seminars, and other promotional events at various academic institutions.

Senior lecturer:

They instruct and guide students at an institute on the subject and related subjects, grade assignments, and hold exams on time throughout the duration of the course.

Biophysicists:

primarily engaged in the department's administrative responsibilities according to a hierarchical structure and engaged in the advancement of research.

Biophysicists in medicine:

Bioengineering methods such as radiotherapy, tomography, and radiology imaging, they are primarily in charge of developing medical devices and therapies.

Process Engineer:

In particular, they produce collaborative work by conducting analytical investigations with other scientists on the creation of drugs and other products for the manufacturing industry.

Benefits after doing the course, Ph.D. in Biophysics:

•    For many people, a Ph.D. in biophysics can be a fantastic choice. There is a lot of room for industrial cooperation in this area. 

•    Students who have studied biophysics are frequently well-suited to move into the business world. 

•    Pharmaceuticals, healthcare, genetics, and medicinal chemistry are a few examples of subfields. Before they start their programme, graduate institutions should inform their graduate students about these options.

•    Additionally, this degree is extremely adaptable and useful for a wide range of jobs. If you want to work in academia, biomedicine, or health policy, a Ph.D. in biophysics is the best option.

•    These students will be well-rounded and able to apply their biology and chemistry expertise to fundamental biomedical research. 

•    Numerous job options are available to those with a Ph.D. in biophysics. 

•    Graduates with a Ph.D. can find rewarding and well-paying jobs in a variety of disciplines, including academia and large biotechnology businesses. Whatever their interests, a biophysics degree may offer a broad and fulfilling professional path. 

•    There are several options for exploration in this highly quantitative and transdisciplinary subject.

Scope after doing the course, Ph.D. in Biophysics:

•    As it relates to medicine, genetics, molecular biology, cell biology, and immunology, this is a very difficult area. The desire to always learn new things can help one reach great heights in the future.

•    Anyone who possesses these four key competencies—surveillance, correlation, collaboration, and intensive research—can succeed as a Chief of Operations or Operations Head.

•    The initial compensation for new comers ranges from INR 3 lakhs to 8 lakhs per annum and tends to rise with experience.

•    They look at how various compounds affect biological functions using their physics understanding. 

•    Researchers examine the biophysical properties of medications and biomolecules at a number of institutions. 

•    They modify how medications function in an effort to enhance their effects. Students are taught by professors the methods applied in the field. The field of biophysics has a promising future.

•    The future use of a Ph.D. in Biophysics relies on the research pursuits and professional goals of the applicant. 

•    A Ph.D. holder in the discipline will be qualified for a senior job at a lab for research or in a biotech firm. 

•    The applicant should be proficient in writing, capable of handling many tasks at once, and able to solve problems. If you want to advance to a senior position, a Ph.D. in biophysics is also ideal.

Frequently asked Questions:

Question. What is the typical income for a biophysics PhD?

Answer. Depending on the organisation, position, and expertise, the typical compensation ranges from 3 lakhs to 8 lakhs per annum. 

Question. What are the various government job sectors for this industry?

Answer. Associate Professor, Project Associate Educator, and Head of a Research Lab at a Governmental Organization.

Question. How long will the course last?

Answer. The typical course length is three to five years.

Questions: What are the eligibility criteria required for the course?

Answer. Check out the eligibility criteria mentioned below.

•    The applicant must have earned an MSc or M.Phil. in their first try from a school accredited by the University Grants Commission with a minimum overall grade of 55%.

•    There is a 5% mark reduction if the candidate is in a reserved category.