Posting Title: Radiation Oncology Resident (0-1 Year Experience)

Industry: Hospital

Salary: ₹2.5LPM to 3LPM

Work Experience: 0-1 year

Responsibilities:

Participate in the clinical assessment and initial evaluation of oncology patients, including history taking, physical examination, and performance status evaluation.
Assist in the interpretation of diagnostic CT and MRI scans for target volume delineation and organ-at-risk identification.
Collaborate in the development of individualized radiation treatment plans under supervision, utilizing advanced treatment planning systems.
Perform dose calculation and optimization for external beam radiation therapy (EBRT) and brachytherapy procedures.
Support treatment delivery on LINAC systems, ensuring accurate patient positioning, immobilization, and image-guided radiotherapy (IGRT) protocols.
Monitor patients during treatment sessions for acute side effects and manage early signs of toxicity in coordination with the oncology team.
Assist in brachytherapy procedures, including catheter placement, dosimetry planning, and intraoperative imaging.
Maintain accurate and timely documentation in electronic medical records (EMR) and treatment planning systems.
Participate in multidisciplinary tumor board meetings to discuss patient cases and treatment strategies.
Ensure compliance with radiation safety protocols, equipment maintenance logs, and regulatory standards.
Engage in continuous learning through journal reviews, case discussions, and departmental training sessions.

Requirements:

MBBS degree with completion of internship and registration with the Medical Council of India (or equivalent).
Completion of or current enrollment in a postgraduate training program in Radiation Oncology (e.g., MD/DM in Radiation Oncology) or equivalent clinical residency.
Demonstrated understanding of radiation oncology principles, including treatment planning, dose distribution, and radiobiology.
Proficiency in interpreting CT and MRI imaging for tumor localization and treatment volume definition.
Hands-on experience or training in LINAC-based treatment delivery, including simulation, immobilization, and image guidance.
Familiarity with brachytherapy techniques and dosimetry principles (high-dose rate or low-dose rate).
Competency in dose calculation methods (manual, semi-automated, and algorithm-based).
Strong clinical judgment in recognizing and managing acute radiation toxicities (e.g., mucositis, dermatitis, hematologic changes).
Ability to work effectively within a multidisciplinary team including medical physicists, radiation therapists, and oncology nurses.
Excellent communication, documentation, and time management skills.
Willingness to work in a fast-paced, high-volume clinical environment with rotating shifts and on-call responsibilities.
Proficiency in using hospital EMR systems and radiation oncology-specific software (e.g., Eclipse, RayStation, or similar).