Radiological Safety Officer (RSO) III – Radiotherapy- training Program
Become a Certified RSO-III (Radiotherapy) with India’s Leading Radiation Safety Training Academy
Charkos Academy presents the Radiological Safety Officer (RSO) III – Radiotherapy Certification Preparation Program, designed to equip medical radiation professionals with the knowledge, practical skills, and exam readinessrequired to obtain the AERB-approved RSO-III license.
This program has been structured by senior medical physicists, licensed RSOs, dosimetrists, and radiotherapy QA experts, ensuring you learn exactly what is required for clinical operations and regulatory compliance.
INR 25,000(inclusive of GST)
EMI options available through the payment Gateway.
16 weeks (self-paced with live sessions)
A Course Designed by Experts in Radiation Safety
Why Choose Charkos Academy?
- AERB-aligned curriculum mapped 1:1 to RSO-III (Radiotherapy) syllabus
- Expert faculty from leading radiotherapy centres
- Mock tests, case studies, calculations & QA worksheets
- Ready-to-use facility compliance templates
- LINAC & HDR brachytherapy safety workflows
- Online + LMS-based self-paced learning
- Corporate professional design & well-structured content
Course Overview
This program covers the complete theoretical and practical framework of:
- Radiation physics for radiotherapy
- AERB regulations & compliance
- Teletherapy (LINAC) safety, QA & operational workflows
- Brachytherapy (HDR/LDR) source safety
- Radiation protection, shielding & facility design
- Emergency preparedness & incident management
- Complete RSO-III exam pattern & mock assessments
By the end of the course, you will be fully prepared to appear for the AERB RSO-III (Radiotherapy) licensing exam with confidence.
Who is this course for?
Medical Physicists
Anyone preparing for RSO-III (Radiotherapy) licensing exam
Radiation Therapy Technologists
Radiotherapy QA Officers
What You Will Learn
✓ Radiation Physics and Interaction Mechanisms
Photon, electron behaviour, HVL/TVL, and dosimetric fundamentals.
✓ Radiobiology Essentials
OER, RBE, α/β ratio, clinical effects, and exposure management.
✓ AERB Regulations & Documentation
Safety codes, statutory requirements, facility licensing, worker dose limits, and mandatory records.
✓ LINAC Safety & Quality Assurance
Daily/weekly/monthly QA, MLC testing, output checks, radiation leakage, acceptance & commissioning protocols.
✓ Brachytherapy Source Handling
Ir-192 safety, source storage, emergency retrieval, QA protocols, and applicator workflows.
✓ Shielding & Facility Layout
Workload, occupancy, barrier calculations, maze design, and planning criteria.
✓ Radiation Safety Operations (RSO Responsibilities)
Area surveys, personal monitoring, audits, incident reporting, and optimization practices.
✓ Full RSO-III Exam Training
Topic-wise tests, mock exams, and past-pattern questions.
Course Modules
Module 1 — Fundamentals of Radiation Physics
Topics:
Atomic structure, isotopes, radioactivity, decay laws, natural & artificial radioactivity, production of radioisotopes, nuclear cross-sections.
Assessment:
✔ MCQ quiz + short applied numerical problems
Module 2 — Interaction of Radiation with Matter
Topics:
Interactions of charged particles, X-ray/gamma interactions (PE, Compton, PP), attenuation, shielding materials, neutron interactions & moderation.
Assessment:
✔ MCQ quiz + shielding selection case exercise
Module 3 — Basic X-Ray Physics
Topics:
X-ray production, tube design, filtration, beam quality, cooling, mobile & dental units, accelerator basics, safety devices.
Assessment:
✔ MCQ quiz + fault-identification case scenario
Module 4 — Radiation Quantities & Units
Topics:
Fluence, LET, Kerma, exposure, Terma, absorbed dose, equivalent & effective dose, ALI, DAC, committed dose.
Assessment:
✔ Unit-conversion exercise + MCQ quiz
Module 5 — Radiation Dosimetry
Topics:
Ionization chambers, cavity theory, TLD/OSLD/film dosimetry, calorimetry, neutron dosimetry, source/beam dosimetry, calibration.
Assessment:
✔ MCQ quiz + dosimetry calculation mini-task
Module 6 — Radiation Detection & Measurement
6.1 Principles of Detection
Gas-filled detectors, semiconductor detectors, scintillation systems, track detectors, calorimeters.
6.2 Monitoring Instruments
TLD badges, pocket dosimeters, area monitors, survey meters, multichannel analyzers, scintillation monitors.
Assessment:
✔ Instrument identification OSCE-style quiz + MCQs
Module 7 — Radiation Biology
Topics:
Cellular interactions, DNA damage, deterministic vs stochastic effects, ARS, organ effects, carcinogenesis, LET, RBE, LQ Model, radiobiology of therapy.
Assessment:
✔ MCQ quiz + scenario-based interpretation (dose–effect correlation)
Module 8 — Diagnostic Radiology
Topics:
X-ray image principles, CT basics, fluoroscopy, mammography, DSA, digital radiology, dose optimization, QA & performance standards.
Assessment:
✔ MCQ quiz + patient dose optimization case
Module 9 — Nuclear Medicine
Topics:
Radiopharmaceutical handling, 99mTc QC, gamma cameras, SPECT, PET, RIA, whole-body counting, I-131 therapy, NM QA, contamination control.
Assessment:
✔ MCQ quiz + contamination/handling scenario
Module 10 — Radiotherapy
Topics:
Telecobalt, LINAC, beam calibration, treatment planning, brachytherapy (LDR/HDR), IMRT/IGRT basics, QA protocols, safety in RT.
Assessment:
✔ MCQ quiz + equipment safety checklist exercise
Module 11 — Radiation Protection Standards
Topics:
ICRP principles, BSS, IAEA standards, UNSCEAR data, dose limits, occupational vs public exposure.
Assessment:
✔ MCQ quiz + dose-limit case interpretation
Module 12 — Radiation Hazard Evaluation & Control
Topics:
Internal/external hazards, workplace monitoring, shielding calculations, barrier design, PPE, lab safety protocols.
Assessment:
✔ MCQ quiz + shielding calculation mini-case
Module 13 — Radioactive Waste Management
Topics:
Types of waste, classification, handling, decontamination, permissible limits, environmental considerations.
Assessment:
✔ MCQ quiz + waste-handling decision scenario
Module 14 — Transport of Radioactive Materials (RAM)
Topics:
Transport regulations, package testing, A1/A2 values, TI, labeling, documentation (TREM card), emergency guidelines.
Assessment:
✔ MCQ quiz + packaging & documentation exercise
Module 15 — Regulatory Framework for Medical Radiation Facilities
Topics:
AERB regulations, roles of RSO/employer/licensee, licensing & renewal, import/export rules, security of sources, RPP.
Assessment:
✔ MCQ quiz + regulatory compliance checklist task
Module 16 — Radiation Emergencies & Medical Management
Topics:
Source loss, stuck sources, accidental exposures, emergency handling, radiation injury management, case studies.
Assessment:
✔ OSCE-style emergency scenario + MCQ quiz
Module 17 — Emergency Preparedness & Response Planning
Topics:
Emergency planning, notification protocols, responsibilities of personnel, preparedness equipment, communication pathways.
Assessment:
✔ MCQ quiz + emergency response plan drafting exercise
Final Assessment & Certification
At the end of the 6-month program, learners complete:
🔹 Final Theory Examination
MCQs covering all 17 modules (AERB-standard difficulty)
🔹 Final OSCE (Practical Competency Evaluation)
Includes:
- Shielding verification scenario
- Instrument identification & troubleshooting
- Contamination control simulation
- Regulatory compliance case interpretation
🔹 Regulatory Documentation Assignment (Optional but recommended)
Creation of a mini Radiation Protection Programme (RPP) or Emergency Response Plan.
Gain Advantage From experts
Dr. Alok
Medical Physicist
Radiotherapy | Radiation Safety | QA & Dosimetry Specialist
Dr. Alok is an experienced Medical Physicist with strong expertise in radiation safety, clinical radiotherapy, dosimetry, and quality assurance across advanced treatment modalities. He has contributed significantly to the safe and effective operation of LINACs, HDR brachytherapy units, and treatment planning systems, ensuring compliance with national and international safety standards.
With a career rooted in precision, patient safety, and evidence-based practice, Dr. Alok has played a key role in commissioning radiotherapy equipment, conducting routine QA, and training technologists and clinicians in safe radiation practices. His proficiency spans TRS-398/TG-51 protocols, IMRT/VMAT QA, radiation protection audits, and AERB regulatory frameworks.
Dedicated to academic excellence, he actively participates in RSO-III training, clinical teaching sessions, research, and protocol development, supporting the growth of the radiotherapy community.
Areas of Expertise:
- Medical Radiation Physics
- LINAC Commissioning & QA
- HDR Brachytherapy Planning & Source Safety
- Radiation Protection & AERB Compliance
- Dosimetry (Photon/Electron)
- Treatment Planning Systems
- IMRT/VMAT QA & Error Analysis
Dr. Bhudevi (Guest Faculty)
Medical Physicist
Radiotherapy | Radiation Safety | QA & Dosimetry Specialist
Dr. Bhudevi Soubhagya Kulkarni
Pioneering Excellence in Medical Physics & Advanced Radiotherapy
Dr. Bhudevi Soubhagya Kulkarni is a trailblazing Senior Medical Physicist with 23+ years of proven expertise in transforming radiotherapy precision, safety, and patient care. Recognized for exceptional technical mastery and clinical innovation, Dr. Kulkarni stands at the forefront of advanced treatment planning—including IMRT, IGRT, 3D-CRT—and the integration of next-generation radiotherapy technologies.
A trusted authority in commissioning linear accelerators and brachytherapy systems, Dr. Kulkarni ensures world-class treatment accuracy through rigorous quality assurance and workflow optimization. With a strong commitment to education and mentorship, Dr. Kulkarni has shaped future leaders in medical physics through impactful postgraduate teaching and training.
As a life member of the Association of Medical Physicists of India, Dr. Kulkarni brings unwavering dedication to advancing healthcare standards, driving medical technology innovation, and improving patient outcomes across diverse clinical environments.
Passionate, progressive, and patient-focused — Dr. Kulkarni continues to redefine excellence in medical physics and radiotherapy practice.
How The Course Benifits You
🕒
Flexibility & convenience of time and space
🧠
Boosts Exam Confidence
Includes mock tests, MCQs, case studies, and calculation practice—mirroring real exam patterns.
📋
Complete AERB-Aligned Preparation
Covers 100% of the syllabus required for the RSO-III (Radiotherapy) licensing exam.
🏅
Strengthens Radiation Safety Knowledge
Builds strong fundamentals in radiological physics, protection, compliance, and emergency protocols.
🏥
Improves Regulatory Understanding
Teaches essential AERB documentation, audits, and compliance requirements for safe facility operations.
✅
Prepares Candidates for RSO Responsibilities
Helps participants understand day-to-day duties of an RSO in a radiotherapy department.Get Certified By Charkos Academy!
Yes! You will get a course completion certificate by Charkos Academy once you complete the course and the assignment!
FAQ
Is this course aligned with AERB syllabus?
Yes. The entire curriculum is mapped to the AERB RSO-III (Radiotherapy) requirement.
Is the course fully online?
Yes. All modules, videos, and resources are available online. Optional live discussions are also available.
Can I access the content anytime?
Blended format with self-paced online modules. (live virtual sessions, and case discussions.)
Do you provide mock examinations?
Yes. Topic-wise tests + 1 full-length RSO-III mock exam.
Will this course help me prepare for exams?
Yes it will prepare you for RSO-III exam
What if I have doubts during the course?
You can submit questions, and the faculty will guide you through clarifications.