B.Sc. Radiotherapy Technology: Course Details, Eligibility, Syllabus, Salary and Career Opportunities in India and Abroad [Skip to content](#main) ↑ LIVE ‹ › [CBSE Date Sheet 2027: Class 10 and 12 Exam Timetable Expected Soon](https://www.campusraja.com/live/cbse-exam-timetable) [Events](https://www.campusraja.com/events) [Advertise](#) ☰ [ ](https://www.campusraja.com) ◐ B.Sc. Radiotherapy Technology: Course Details, Eligibility, Syllabus, Salary and Career Opportunities in India and Abroad ========================================================================================================================= October 23, 2026 | 13 min read | [Course](https://www.campusraja.com/blog/topic/course) | [Niya](https://www.campusraja.com/blog/author/niya) B.Sc. Radiotherapy Technology is a 4-year allied health sciences course, including 3 years of academics and 1 year of clinical internship. Learn about eligibility, syllabus, equipment, salary, job roles, and career opportunities in India and abroad. ![](https://cdn.campusraja.com/367/conversions/01M5KC9NAG51F4VFBQGM19M5M6-hero.webp) **Introduction** B.Sc. Radiotherapy Technology is an undergraduate allied health sciences programme that prepares students to assist in the treatment of cancer using advanced radiation therapy equipment. The course combines theoretical knowledge of human anatomy, cancer biology, radiation physics and radiobiology with practical training in radiotherapy techniques, treatment planning, radiation safety and patient care. Radiotherapy is an important component of cancer treatment, using carefully planned doses of radiation to destroy cancer cells while protecting surrounding healthy tissues as much as possible. Radiotherapy technologists work closely with radiation oncologists, medical physicists, oncology nurses and other healthcare professionals to deliver treatment safely and accurately. In India, the growing need for specialised cancer care has created career opportunities for trained radiotherapy technology graduates in hospitals, cancer centres, oncology departments and specialised healthcare facilities. Students interested in medical technology, cancer care and patient support can consider this course as a pathway into the allied health sciences sector. --- **What Is B.Sc. Radiotherapy Technology?** B.Sc. Radiotherapy Technology is a bachelor’s degree programme that trains students to operate radiotherapy equipment, prepare patients for radiation treatment, assist with treatment planning and support the safe delivery of prescribed radiation doses under the supervision of qualified healthcare professionals. The programme covers the scientific principles behind radiation therapy and the clinical procedures used to treat different types of cancer. Students learn about radiation-producing equipment, patient positioning, treatment simulation, quality assurance and radiation protection. The programme generally follows a four-year structure, comprising three years of academic and clinical training followed by a one-year compulsory clinical internship. However, the exact duration, curriculum, eligibility requirements and internship structure may vary by university and institution. --- **B.Sc. Radiotherapy Technology Course Highlights** Course Detail Information Course Name B.Sc. Radiotherapy Technology Course Level Undergraduate Course Category Allied Health Sciences Duration Generally 4 years, including a 1-year internship Academic Period Usually 3 years Internship 1 year of supervised clinical training Eligibility 10+2 or equivalent, generally with Physics, Chemistry, Biology and English Admission Process Merit-based or entrance-based, depending on the institution Core Subjects Radiation Physics, Radiobiology, Oncology and Radiotherapy Techniques Practical Training Treatment simulation, patient positioning, equipment operation and radiation safety Employment Areas Cancer hospitals, multispecialty hospitals and oncology centres Career Opportunities Radiotherapy Technologist, Radiation Therapy Technician and related clinical roles *Note: These are general course details. Candidates should verify the current admission requirements and programme structure with their chosen institution.* --- B.Sc. Radiotherapy Technology Eligibility Criteria Students planning to pursue B.Sc. Radiotherapy Technology should meet the academic and admission requirements specified by the university or college. **Educational Qualification** Candidates generally need to complete Class 12, PUC or an equivalent higher secondary examination from a recognised board, with Physics, Chemistry, Biology and English as required subjects. **Minimum Marks** Many institutions specify a minimum aggregate of approximately 50% in the qualifying examination for general-category candidates. Some colleges may offer different requirements for reserved categories, including SC and ST candidates. The actual percentage requirement depends on the institution and applicable admission regulations. **Age Requirement** Applicants are generally expected to be at least 17 years old at the time of admission, subject to the applicable rules of the institution. **Admission Process** Admission may be based on qualifying examination marks, an entrance examination, counselling or a combination of these methods. Students should check whether their preferred institution requires any additional entrance test, document verification or medical fitness certificate. --- **B.Sc. Radiotherapy Technology Syllabus** The syllabus combines foundational medical sciences with specialised radiation therapy subjects and clinical training. **First Year: Basic Medical Sciences** The first year introduces students to the human body and the scientific foundations of healthcare. Major subjects may include: - Human Anatomy - Human Physiology - Biochemistry - Pathology - Microbiology - English and communication skills - Introduction to healthcare practices Students develop an understanding of body systems, disease processes and the medical terminology used in clinical environments. **Second Year: Fundamentals of Radiotherapy** The second year focuses on the principles of radiation and the foundations of cancer treatment. Major subjects may include: - Fundamental Physics - Radiation Physics - Radiobiology - Applied Anatomy and Pathology - Cancer Biology and Oncology - Principles of Radiation Therapy - External Beam Radiotherapy - Introduction to Brachytherapy - Radiation Protection and Safety - Patient Care and Clinical Practices Practical sessions may introduce students to treatment simulation, patient positioning, mould-room procedures and the basic principles of radiotherapy equipment. **Third Year: Advanced Radiotherapy and Clinical Practice** The third year develops students’ understanding of specialised treatment techniques and clinical procedures. Major subjects may include: - Advanced Radiation Physics - Radiation Detection and Dosimetry - Radiation Protection and Shielding - Principles and Practice of Radiotherapy - Treatment Planning - Three-Dimensional Conformal Radiotherapy (3D-CRT) - Intensity-Modulated Radiation Therapy (IMRT) - Image-Guided Radiation Therapy (IGRT) - Stereotactic Radiation Therapy - Brachytherapy Techniques - Quality Assurance - Clinical Oncology Practices - Research, Biostatistics and Professional Ethics The exact subjects and their year-wise allocation differ between universities. **Fourth Year: Compulsory Clinical Internship** The final year generally consists of supervised clinical internship training. Students gain practical exposure to oncology departments and radiotherapy workflows, helping them connect classroom learning with real clinical responsibilities. Depending on the institution and clinical placement, training may involve patient preparation, treatment positioning, simulation procedures, equipment-related workflows, documentation, radiation safety and quality assurance. Internship completion requirements and clinical assessments must be fulfilled according to the university’s regulations. --- **Equipment and Technologies Used in Radiotherapy** Radiotherapy technologists work with specialised equipment designed to deliver radiation accurately and safely. Depending on the hospital and training facility, students may gain exposure to the following technologies: **Linear Accelerator (LINAC)** A linear accelerator delivers high-energy radiation beams used in external beam radiotherapy. Technologists help prepare patients, verify positioning and carry out treatment procedures according to approved protocols. **Cobalt-60 Teletherapy Units** Cobalt-60 units use radiation from a radioactive source to treat certain cancers. Their use depends on the facility, available technology and applicable radiation safety requirements. **CT Simulator** A CT simulator produces imaging data used to plan a patient’s radiotherapy treatment. Accurate patient positioning and imaging are important for developing a suitable treatment plan. **Treatment Planning Systems (TPS)** Treatment planning software helps qualified professionals calculate and optimise radiation dose distribution. Technologists may assist with imaging, data preparation and planning-related workflows within their authorised scope of practice. **Brachytherapy Equipment** Brachytherapy involves placing a radiation source in or near the treatment area. High-dose-rate (HDR) brachytherapy is used for selected cancers and requires specialised equipment, protocols and strict radiation safety measures. Students’ actual hands-on exposure depends on the equipment available at their institution and the scope of their clinical training. --- **Major Job Roles After B.Sc. Radiotherapy Technology** Graduates may explore several career paths in radiation oncology and related healthcare services. Job titles and responsibilities vary according to employer requirements, experience and professional regulations. **1. Radiotherapy Technologist** Radiotherapy technologists assist in delivering prescribed radiation treatments. Their responsibilities may include patient positioning, equipment setup, treatment verification procedures, patient communication and maintaining clinical records. **2. Radiation Therapy Technician** Radiation therapy technicians support daily radiotherapy procedures and work with specialised equipment under established clinical protocols. The job title and scope of duties differ between hospitals and regions. **3. Radiotherapy Treatment Planning Assistant** These professionals may assist with treatment preparation, imaging data organisation and planning-related workflows. Independent dose prescription and final treatment-plan approval remain the responsibility of appropriately qualified professionals. **4. Dosimetrist** A dosimetrist helps develop radiation dose distributions and treatment plans in collaboration with radiation oncologists and medical physicists. Entry into this role may require additional specialised training, competency assessment or relevant experience beyond the bachelor’s degree. **5. Radiation Safety-Related Roles** Graduates may work in radiation safety support, monitoring and compliance-related activities where their qualifications and responsibilities permit. Becoming a recognised Radiation Safety Officer (RSO) is not automatic after graduation; it requires meeting the applicable qualification, training, certification and regulatory requirements. **6. Clinical Applications Specialist** With relevant experience and additional product training, professionals may pursue roles with medical equipment companies. These specialists support the installation, demonstration, training and clinical use of radiotherapy-related technologies. **7. Research and Academic Support** Graduates may explore research assistant, clinical data support or teaching-support positions, depending on the employer’s requirements. Advanced academic and research roles may require postgraduate qualifications. --- **B.Sc. Radiotherapy Technology Salary in India** Salary depends on the employer, location, hospital type, clinical experience, equipment expertise and additional qualifications. The following figures are indicative estimates rather than guaranteed or official salary scales. Experience Level Indicative Annual Salary Entry-level graduate ₹2.5–₹4.5 lakh Experienced professional ₹4–₹8 lakh Senior or specialised professional ₹8–₹15 lakh or more Entry-level salaries may be lower in some locations and facilities, while experienced professionals in large cancer centres or specialised clinical roles may earn more. Salary figures can also vary depending on whether the position is in a private hospital, government institution, research centre or medical technology company. Additional expertise in treatment planning, advanced radiotherapy techniques, quality assurance or equipment applications may improve career prospects. However, salary growth depends on demonstrated competence, relevant experience and the employer’s requirements. --- **Job Opportunities in India** India has a broad healthcare sector that includes government hospitals, private hospitals, specialised cancer centres, teaching hospitals and diagnostic and treatment facilities. Radiotherapy technology graduates may apply for suitable positions in these settings. **Hospitals and Cancer Centres** Radiotherapy technologists are employed in radiation oncology departments that provide treatment for patients with cancer. Their work supports daily treatment delivery, patient preparation and clinical workflow management. **Specialised Oncology Hospitals** Dedicated cancer hospitals may offer opportunities to work with advanced radiation therapy systems, treatment planning teams and multidisciplinary oncology departments. **Medical Colleges and Teaching Hospitals** Teaching hospitals may provide clinical employment opportunities and exposure to academic, research and training activities, subject to their recruitment criteria. **Medical Equipment Companies** Companies that manufacture or supply radiotherapy equipment and related software may recruit experienced professionals for clinical applications, product training, technical support and customer education roles. **Research and Clinical Trials** Graduates may qualify for certain research support positions involving clinical documentation, patient workflow coordination or data management, depending on the requirements of the project. --- **Job Opportunities Abroad** Graduates may explore opportunities in countries with established cancer treatment services, including the United Kingdom, Australia, New Zealand, Canada, the United Arab Emirates, Saudi Arabia and other Gulf countries. Potential international job titles include radiation therapist, radiotherapy technologist and radiation therapy technician. However, titles and professional responsibilities differ by country. **United Kingdom** Candidates interested in working in the UK should review the requirements for registration with the Health and Care Professions Council (HCPC), including qualification recognition and any required assessment. **Australia and New Zealand** Applicants should check the relevant registration or professional assessment requirements before applying for radiation therapy positions. An Indian bachelor’s degree may not automatically meet local registration standards. **Canada** Requirements vary by province and employer. Candidates may need credential assessment, certification or examination through the applicable professional pathway. **Gulf Countries** Healthcare employers in the UAE, Saudi Arabia and other Gulf countries may require professional licensing, document verification, relevant clinical experience and other eligibility checks. **International Salary Expectations** Radiation therapy professionals can earn higher nominal salaries in some overseas markets than in India, but earnings vary significantly by country, employer, experience and registration status. Taxes, accommodation, insurance and living expenses should also be considered when comparing offers. **Important:** Completing B.Sc. Radiotherapy Technology in India does not guarantee eligibility to practise abroad. Candidates should verify the destination country’s professional registration, credential recognition, language and visa requirements before making career plans. --- **Top Colleges to Explore in Bengaluru and Karnataka** Students interested in studying B.Sc. Radiotherapy Technology in Bengaluru or elsewhere in Karnataka can begin by researching institutions with established allied health sciences programmes and access to clinical training. Institutions and healthcare education providers to investigate include: - St. John’s Medical College and its associated healthcare education facilities - HCG College of Allied Health Sciences and its affiliated or associated clinical training arrangements - Manipal Academy of Higher Education and its relevant healthcare programmes This is a starting list for research, not a confirmation that every institution currently offers B.Sc. Radiotherapy Technology in the same format. Course availability, affiliation, intake, clinical placement and admission eligibility can change. Check each institution’s official prospectus and current admission notification before applying. When comparing colleges, review the following: - University affiliation and recognition of the specific programme - Availability of a dedicated radiotherapy department - Access to clinical internship facilities - Exposure to modern radiotherapy equipment - Qualified faculty and clinical supervisors - Practical training and radiation safety procedures - Internship completion and placement support - Total course fees and other expenses --- **Is B.Sc. Radiotherapy Technology a Good Career Choice?** B.Sc. Radiotherapy Technology may be a suitable choice for students interested in combining healthcare, medical physics, technology and cancer care. The programme offers a specialised route into radiation oncology and provides opportunities to work as part of a multidisciplinary healthcare team. Students should understand that the profession requires precision, attention to detail, technical competence, communication skills and a strong commitment to patient safety. Radiotherapy involves complex equipment and strict clinical protocols, so practical training and ongoing professional development are important. Before enrolling, candidates should compare the curriculum, clinical exposure, internship arrangements, professional eligibility requirements and employment outcomes of their shortlisted institutions. --- **Frequently Asked Questions (FAQs)** **1. What is the duration of B.Sc. Radiotherapy Technology?** The programme generally takes four years, comprising three academic years followed by a one-year compulsory clinical internship. The exact structure depends on the university. **2. What are the eligibility criteria for B.Sc. Radiotherapy Technology?** Candidates generally need to complete Class 12 or PUC with Physics, Chemistry, Biology and English. Minimum marks and age requirements vary by institution. **3. Is NEET compulsory for B.Sc. Radiotherapy Technology?** NEET requirements can depend on the applicable admission rules, regulatory directions and the institution. Candidates should check the latest official admission notification rather than assume that NEET is either compulsory or unnecessary everywhere. **4. What subjects are taught in B.Sc. Radiotherapy Technology?** Common subjects include anatomy, physiology, pathology, radiation physics, radiobiology, oncology, radiotherapy techniques, treatment planning, radiation protection and patient care. **5. What is the salary after B.Sc. Radiotherapy Technology in India?** Entry-level salaries may typically range from approximately ₹2.5 lakh to ₹4.5 lakh per year, although actual offers vary by location, employer and experience. **6. Can I work abroad after completing this course?** Yes, graduates may explore overseas opportunities, but they must meet the destination country’s qualification recognition, registration, licensing and employment requirements. **7. Can a B.Sc. Radiotherapy Technology graduate become a Radiation Safety Officer?** Not automatically. RSO eligibility depends on the applicable regulatory requirements, qualifications, training and certification. Graduates should verify the current requirements with the relevant authority. **8. What is the difference between a radiotherapy technologist and a radiation oncologist?** A radiotherapy technologist supports the technical delivery of prescribed radiation treatment. A radiation oncologist is a medical doctor who specialises in cancer treatment and is responsible for clinical decisions such as prescribing radiotherapy. **9. Does this course include an internship?** Many programmes include a supervised clinical internship, commonly lasting one year. Students should confirm the duration and completion requirements with their university. **10. What is the career scope after B.Sc. Radiotherapy Technology?** Graduates may pursue suitable roles in cancer hospitals, multispecialty hospitals, teaching hospitals, specialised oncology centres, medical equipment companies and research support settings. Further training or qualifications may be required for specialised positions. --- **Conclusion** B.Sc. Radiotherapy Technology offers a specialised educational pathway for students who want to contribute to cancer treatment through medical technology and clinical care. The programme combines basic medical sciences, radiation physics, oncology, equipment handling, treatment procedures and supervised clinical training. Graduates may pursue opportunities in India and potentially abroad, subject to the relevant employment and professional requirements. Before choosing a college, students should verify the current syllabus, admission criteria, clinical facilities, internship arrangements and recognition of the specific programme. With a strong foundation in patient safety, technical skills and continuous learning, graduates can work towards a career supporting modern radiation oncology services. News, analysis and guides for admission and courses. Topics - [Exams](https://www.campusraja.com/blog/topic/exams) - [Rankings](https://www.campusraja.com/blog/topic/rankings) - [News](https://www.campusraja.com/blog/topic/news) - [Careers](https://www.campusraja.com/blog/topic/careers) - [Trending](https://www.campusraja.com/blog/topic/trending) - [Course](https://www.campusraja.com/blog/topic/course) Company - About - Contact - Advertise - Privacy Follow - [X](https://x.com/campusraja) - [Facebook](https://www.facebook.com/campusraja) - [Instagram](https://www.instagram.com/campusraja/) - RSS © 2026. campusraja.