B.Sc. Radiation Biology
This Course Structure is Curated as per the NEP-2020 Guidelines
Course Overview
B.Sc. Radiation Biology program at Malla Reddy Vishwavidyapeeth, Hyderabad, is an undergraduate program designed to provide specialized knowledge of radiation physics, its biological effects, and applications in healthcare and research.
This program focuses on equipping students with the theoretical knowledge and hands-on skills from 1st semester itself. The curriculum covers topics such as radiation biophysics, cellular and molecular responses to radiation, radiation safety, and therapeutic applications in oncology. Students gain hands-on training in handling radiological equipment, understanding radiation exposure protocols, and working in controlled laboratory environments.
Graduates of this program emerge as ‘Skilled Radiation Biologists’, enabling them to pursue further higher studies & do research in Radiation Biology, along with plenty of job opportunities globally in radiation safety departments, healthcare institutions, research laboratories, and nuclear facilities, contributing to advancements in radiation therapy, radiological protection, and environmental safety.
Course Details
Description: 4 Years Degree Program
No. of Credits: 160 minimum and as specified
The minimum eligibility for B.Sc. Radiation Biology is a pass in 10+2 with at least 50% marks in Physics, Chemistry and Biology from a recognized board (CBSE/ISC) or equivalent.
The B.Sc. Radiation Biology curriculum spans 8 semesters, providing comprehensive training in radiation biology, radiobiology techniques, radiation safety, and their applications in medicine, research, and industry.
| Semester | Name of the Subject |
| Semester 1 | Fundamentals of Radiation Biology Human Anatomy Human Physiology Basic Biophysics Practical: Anatomy and Biophysics Techniques |
| Semester 2 | Radiation Physics Cellular Responses to Radiation Molecular Biology Basics of Radiation Safety Practical: Radiation Safety and Cellular Analysis |
| Semester 3 | Principles of Radiobiology Radiation Interaction with Biomolecules Radiation Detection and Measurement Applied Radiation Physics Practical: Radiation Detection and Biomolecular Studies |
| Semester 4 | Radiation in Medicine (Radiation Therapy, Imaging), |
| Semester 5 | Cancer Biology and Radiation Therapy Radioprotectors and Radiosensitizers Environmental Radiation Biology Radiation Epidemiology Practical: Cancer Biology and Radioprotective Studies |
| Semester 6 | Advanced Radiation Techniques (Brachytherapy, Proton Therapy) Radiobiological Applications in Space Science Radiation Hazard Management Advances in Radiation Biology Practical: Advanced Radiation Techniques |
| Semester 7 | Clinical Internship or Lab Training in Radiation Biology Case Studies in Radiation Therapy and Safety Practical: Lab Operations in Radiation Settings |
| Semester 8 | Radiation Unit Management Entrepreneurship in Radiation Science Thesis/Research Project, Practical: Clinical Radiation Management |
- Radiation Detection and Measurement: Proficiency in handling radiation detection equipment and measuring radiation levels.
- Biological Effects of Radiation: Understanding of how ionizing and non-ionizing radiation interacts with biological tissues.
- Radiation Safety and Hazard Management: Skills in ensuring safety protocols in radiation environments and managing potential hazards.
- Medical Applications of Radiation: Knowledge of radiation uses in therapy and imaging, such as X-rays, brachytherapy, and proton therapy.
- Research Techniques in Radiation Biology: Skills in conducting radiobiological research, including studying radiation effects on cells and biomolecules.
- Radiation Unit Management: Competence in managing clinical and research facilities involving radiation applications.
- M.Sc. in Radiation Biology or Radiological Sciences: Specialization in advanced radiation biology and its medical or industrial applications.
- Postgraduate Diploma in Medical Physics: Focuses on the application of radiation in medical imaging and therapy.
- Master’s in Cancer Biology: Expands knowledge in radiation’s role in cancer therapy and research.
- Ph.D. in Radiation Biology: Research-focused degree for those interested in exploring the effects and applications of radiation.
- M.Sc. in Radiation Biology or Radiological Sciences: Specialization in advanced radiation biology and its medical or industrial applications.
- Postgraduate Diploma in Medical Physics: Focuses on the application of radiation in medical imaging and therapy.
- Master’s in Cancer Biology: Expands knowledge in radiation’s role in cancer therapy and research.
- Ph.D. in Radiation Biology: Research-focused degree for those interested in exploring the effects and applications of radiation.
| Duration | Roles and Responsibilities | Salary Range |
| 0-3 years | Radiation Biology Technician, Radiological Safety Assistant | ₹4,50,000 – ₹6,50,000 per annum |
| 3-5 years | Radiobiologist, Radiation Safety Officer | ₹6,50,000 – ₹9,00,000 per annum |
| 5-10 years | Senior Radiobiologist, Radiation Unit Manager | ₹9,00,000 – ₹12,00,000 per annum |
| 10+ years | Director of Radiation Services, Consultant in Radiation Biology | ₹12,00,000+ per annum |
Fee Structure Per Academic Year
| Tuition Fee | Miscellaneous Fee | Scholarship | ||
| 125000 ₹ | 10000 ₹ | Above 90% – 25000 ₹ | Between 80-90% – 12500 ₹ | Between 70-80% – 6250 ₹ |
