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Master of Radiography and Advance Imaging Technology

2 Years Master Degree Programme

Our Approach

Global Education, Global Acceptance

  • Deliver a blend of theoretical knowledge, research experience, and practical application in Imaging Technology.
  • Evidence-based learning mixed with critical analysis of real-world application in Radiography and Advanced Imaging Technology.
  • Development of research proficiency through hands-on experience and critical analysis and interpretation of data.
  • Professional growth of students through emphasis on research under the guidance of experienced faculty.
  • Development of communication skills, empathy, and a sense of ethical conduct for effective engagement with patients, healthcare professionals, and doctors.

Industry-Academia Collaboration

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Chemex Global
Signova Helthcare

Specialization

Programme Specialization

  • Radiography & Advanced Imaging Technology

Programme Details

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2 Years Programme

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Upto 100% Scholarship

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100% Placement Assistance

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Eligibility
55% (for UR) &

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The Masters in Radiography program provides a comprehensive education in advanced imaging techniques and diagnostic practices. Through a blend of theoretical instruction and practical training, students acquire proficiency in utilizing various radiographic technologies such as X-ray, MRI, CT, and ultrasound. The curriculum emphasizes evidence-based practice, critical thinking, and professional development, preparing graduates to excel in diverse clinical settings. With access to state-of-the-art facilities and guidance from experienced faculty, students gain the skills and knowledge needed to become leaders in the field of radiography, contributing to advancements in healthcare and patient care outcomes. Students also become ready to conduct advanced research in the field of radiography and pursue higher study in this line.

  • AdtU Radiography Postgraduate students excel in utilizing diverse imaging technologies with precision, ensuring accurate diagnostics across various clinical scenarios.
  • Radiography postgraduate students will be academically equipped to integrate research findings effectively into imaging protocols, enhancing diagnostic accuracy, and ultimately leading to enhanced patient outcomes while getting ready for higher educational pursuits.
  • Postgraduates will engage with patients within ethical boundaries and contribute to the field through ongoing learning and innovative research endeavours.

  • Proficiency in Radiographic Imaging Techniques: Demonstrate mastery in various radiographic imaging protocols, including X-ray, MRI, CT, ultrasound, and nuclear medicine, utilizing advanced equipment and protocols.
  • Diagnostic Accuracy: Exhibit the ability to accurately interpret radiographic images, effectively identifying abnormalities, lesions, and pathologies to assist in patient diagnosis and treatment planning.
  • Radiation Safety and Protection: Possess comprehensive knowledge and adherence to radiation safety principles, minimizing radiation exposure to patients, healthcare professionals, and themselves while maintaining high-quality imaging standards.
  • Advanced Clinical Skills: Demonstrate proficiency in conducting specialized radiographic procedures and interventions, such as fluoroscopy-guided examinations, interventional radiography, and image-guided therapies, ensuring optimal patient care outcomes.
  • Research and Evidence-Based Practice: Become proficient in critically evaluating existing research in radiography, applying evidence-based practices in clinical decision-making, and contribute to the advancement of knowledge in the field through scholarly inquiry.
  • Patient-Centred Care: Prioritize patient comfort, safety, and dignity, effectively communicating with diverse patient populations, addressing their concerns, and providing compassionate care throughout the imaging process.
  • Interprofessional Collaboration: Collaborate effectively with multidisciplinary healthcare teams, including radiologists, physician, nurses, and other allied health professionals, to facilitate seamless patient care delivery and optimize clinical outcomes.
  • Professional Development and Leadership: Demonstrate leadership skills, ethical conduct, and a commitment to lifelong learning and professional development, contributing positively to the advancement of the radiography profession and assuming leadership roles within healthcare organizations.

  • Advanced Radiographic Proficiency: Apply complex imaging methods across diverse clinical settings, demonstrating the synthesis of theoretical knowledge and practical experience for accurate diagnostics.
  • Analytical Skills : Analyze images, troubleshoot equipment, and employ advanced modalities to solve complex diagnostic challenges.
  • Patient-Centred Communication: Effectively interacting with patients, attendants, healthcare professionals, and peers, prioritizing empathy, and ethical communication to ensure informed decision-making and enhanced patient well-being.

Curriculum Details

Year wise Course Details

Odd Semester

Courses for this semester

Course Overview

An in-depth exploration of cutting-edge imaging techniques, technologies, and instrumentation in CT and nuclear medicine for accurate diagnosis and therapeutic applications.

Course Outcomes

  • Apply advanced imaging techniques such as MDCT, PET-CT fusion, SPECT-CT, and dual-energy CT to analyze complex diagnostic scenarios.
  • Demonstrate mastery in operating, maintaining, and resolving issues with advanced CT and Nuclear Medicine instruments.
  • Utilize various image reconstruction algorithms to evaluate and enhance diagnostic precision in clinical settings.
  • Implement radiation safety protocols and optimize dosage levels in CT and Nuclear Medicine procedures to ensure patient and staff safety.
  • Integrate advanced imaging modalities into clinical practice, assessing their impact on patient care and management strategies.

Course Overview

A comprehensive study of advanced MRI techniques and instrumentation for enhanced imaging resolution, functional analysis, and clinical applications.

Course Outcomes

  • Apply advanced MRI techniques such as DWI, fMRI, MRS, and DCE-MRI to analyze complex clinical scenarios and identify pathological conditions.
  • Demonstrate expertise in operating, calibrating, and maintaining MRI instrumentation to ensure optimal imaging quality.
  • Utilize advanced image reconstruction methods like parallel imaging and compressed sensing to enhance the quality and efficiency of MRI scans.
  • Apply MRI safety principles and effectively utilize contrast agents to enhance imaging results while ensuring patient safety.
  • Integrate advanced MRI techniques into clinical practice, assessing their impact on diagnosis and patient care, and adjusting protocols accordingly.

Course Overview

A detailed study of interventional radiology procedures, techniques, and patient care protocols to ensure precision and safety in minimally invasive treatments.

Course Outcomes

  • Apply diverse interventional radiological procedures proficiently to address varied clinical needs.
  • Demonstrate mastery in utilizing imaging modalities for real-time guidance during interventional procedures.
  • Utilize expertise in patient assessment, care, and safety to ensure optimal outcomes and well-being.
  • Collaborate effectively within multidisciplinary teams, contributing to cohesive patient care plans and treatment strategies.
  • Evaluate and uphold ethical and professional standards in interventional radiology practice, demonstrating integrity and accountability.

Course Overview

A focused investigation into a specific topic, fostering critical thinking, research skills, and knowledge advancement in a chosen field.

Course Outcomes

  • Develop the ability to design, plan, and conduct focused research projects using appropriate methodologies and tools.
  • Demonstrate proficiency in analyzing and interpreting data to draw meaningful conclusions and validate hypotheses.
  • Enhance skills in presenting research findings effectively through written reports, presentations, and discussions.
  • Apply innovative and analytical thinking to solve real-world problems within the research domain.
  • Exhibit understanding and adherence to ethical standards and integrity in conducting and reporting research.

Course Overview

A detailed study of advanced ultrasonography techniques and instrumentation for high-resolution imaging and diagnostic accuracy across various clinical applications.

Course Outcomes

  • Apply Doppler ultrasound, CEUS, elastography, and 3D/4D ultrasound techniques to analyze complex clinical scenarios.
  • Demonstrate mastery in operating ultrasound instrumentation to produce high-quality images and optimize scanning parameters.
  • Utilize advance image processing techniques to analyze ultrasound data and improve diagnostic accuracy.
  • Evaluate ultrasound-guided interventional procedures and demonstrate proficiency in their execution for accurate diagnosis and treatment.
  • Integrate advanced ultrasound techniques into clinical practice, assessing their impact on patient care and adjusting protocols as necessary to optimize outcomes.

Course Overview

An exploration of activities beyond the academic curriculum that foster holistic development, teamwork, creativity, and practical skills.

Course Outcomes

  • Enhance interpersonal, leadership, and organizational skills through active participation in diverse activities.
  • Foster teamwork, cooperation, and the ability to work effectively in group settings.
  • Cultivate creativity and self-expression through involvement in arts, sports, and cultural programs.
  • Promote self-confidence, discipline, and a sense of responsibility through practical and experiential learning.
  • Build awareness of community, social issues, and cultural diversity through meaningful engagement in outreach and service initiatives.

Course Overview

An introduction to the core principles and methods of statistics for data collection, analysis, interpretation, and informed decision-making.

Course Outcomes

  • Gain foundational knowledge of statistical principles, including measures of central tendency, variability, and probability.
  • Learn methods for collecting, organizing, and summarizing data using statistical tools and techniques.
  • Develop the ability to analyze datasets, interpret results, and make data-driven conclusions.
  • Acquire proficiency in using statistical software and tools for solving real-world problems.
  • Apply statistical reasoning to evaluate research findings and support evidence-based decisions.
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Even Semester

Courses for this semester

Course Overview

This course offers an in-depth exploration of research methodology and statistical analysis, focusing on designing research studies and interpreting data. Students will learn to apply various statistical techniques and methodological approaches to conduct rigorous and meaningful research.

Course Outcomes

  • To recall key research methodologies and statistical terms, including different research designs, sampling techniques, and statistical tests.
  • Interpret and explain the concepts and principles underlying various research methods and statistical analyses, demonstrating a clear comprehension of their applications and limitations.
  • Use appropriate research methodologies and statistical techniques to design and conduct their own research studies, collecting and analyzing data to address specific research questions.
  • Critically evaluate research studies, identifying strengths and weaknesses in research design, data collection, and statistical analysis, and assessing the validity and reliability of findings.
  • Formulate and develop a comprehensive research proposal, incorporating robust methodological and statistical approaches, and presenting their findings through well-structured reports and presentations.

Course Overview

This course provides an in-depth understanding of modern radiological and imaging equipment, focusing on their principles, functionality, and clinical applications. It covers advanced modalities such as MRI, CT, ultrasound, and digital X-ray systems, emphasizing safety and technological innovations.

Course Outcomes

  • Define the principles of modern imaging equipment and their advancements.
  • Analyze equipment performance and quality assurance for regulatory compliance.
  • Apply operational skills to produce high-quality diagnostic images.
  • Evaluate imaging modalities for clinical applications and limitations.
  • Create protocols for safe and effective equipment use in patient care.

Course Overview

This course focuses on quality assurance and quality control principles in diagnostic radiology and imaging, ensuring optimal equipment performance and patient safety. Topics include testing protocols, performance evaluation, and compliance with regulatory standards.

Course Outcomes

  • Describe the importance and regulations of quality assurance in imaging.
  • Analyze impact of quality assurance on image quality and safety.
  • Apply quality control techniques for equipment performance and maintenance.
  • Evaluate effectiveness and propose improvements in quality assurance.
  • Create tailored quality assurance protocols for improved patient care.

Course Overview

This course explores planning strategies, safety protocols, and patient care principles in medical imaging. It emphasizes radiation protection, risk management, and delivering compassionate care during imaging procedures.

Course Outcomes

  • Explore planning, safety, and patient care principles in imaging.
  • Analyze factors influencing imaging procedure planning and patient safety.
  • Apply safety measures and patient care protocols during imaging.
  • Evaluate safety procedures and patient care effectiveness.
  • Create tailored imaging protocols prioritizing safety and patient comfort.

Course Overview

This course introduces basic pathology concepts and their correlation with imaging findings for accurate diagnosis. It emphasizes recognizing normal and pathological patterns across various imaging modalities.

Course Outcomes

  • Define how basic pathology presents in medical imaging.
  • Analyze imaging methods to visualize pathological changes.
  • Apply pathology knowledge to interpret radiographic images accurately.
  • Evaluate clinical history and imaging findings for diagnosis.
  • Create integrated image interpretation reports for patient care.

Course Overview

This course equips participants with effective teaching methodologies, focusing on instructional design, classroom management, and learner engagement. It emphasizes practical strategies for delivering impactful and student-centered education.

Course Outcomes

  • Describe effective teaching principles for radiography education.
  • Analyze student characteristics to adapt teaching methods.
  • Apply innovative teaching techniques for active learning.
  • Evaluate teaching effectiveness for student learning outcomes.
  • Create comprehensive teaching plans for radiography courses.

Course Overview

This course provides practical exposure to hospital operations, enabling students to observe real-world applications of medical and imaging practices. It emphasizes hands-on learning in patient care, equipment usage, and healthcare workflows.

Course Outcomes

  • Gain firsthand experience of hospital operations, including patient care, diagnostic procedures, and healthcare management.
  • Understand the functionality and application of various medical and imaging equipment used in clinical settings.
  • Observe and analyze effective communication and teamwork among healthcare professionals.
  • Develop insights into patient handling, ethical considerations, and the importance of empathy in healthcare.
  • Understand the workflow and coordination required in different hospital departments for efficient healthcare delivery.

Course Overview

This course encourages holistic development through participation in extracurricular activities, fostering creativity, teamwork, and leadership skills. It emphasizes personal growth, social interaction, and the pursuit of individual interests beyond academics.

Course Outcomes

  • Enhance leadership and organizational skills through active participation in clubs, events, and team-based activities.
  • Build strong teamwork abilities by working with diverse groups in various extracurricular settings.
  • Improve time management skills by balancing academic responsibilities with extracurricular commitments.
  • Foster creativity and innovation through engagement in artistic, cultural, and intellectual activities.
  • Cultivate a sense of social responsibility by participating in community service and outreach programs.
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Odd Semester

Courses for this semester

Course Overview

This course explores recent advancements in breast imaging, covering cutting-edge techniques such as digital mammography, tomosynthesis, MRI, and AI applications. It focuses on enhancing diagnostic accuracy, early detection, and personalized care in breast health management.

Course Outcomes

  • Explore latest breast imaging advancements
  • Analyze clinical applications of advanced breast imaging techniques
  • Apply advanced breast imaging knowledge for accurate interpretation
  • Evaluate benefits and limitations of new imaging technologies
  • Create integration strategies for advanced breast imaging in clinical practice

Course Overview

This course provides comprehensive knowledge on radiation safety principles, focusing on minimizing exposure risks for patients and healthcare professionals. Topics include dose optimization, regulatory compliance, and the application of protective measures in medical imaging and radiation therapy.

Course Outcomes

  • Define radiation safety principles and regulations
  • Analyze radiation protection measures for effectiveness
  • Apply radiation monitoring techniques for safety compliance
  • Evaluate radiation risks and optimize dose levels
  • Create radiation safety protocols for healthcare settings

Course Overview

This course introduces the fundamental principles of radiological physics, including the production, interaction, and detection of ionizing radiation. Topics cover X-ray generation, radiation units, and the basics of imaging systems, laying the foundation for medical imaging and radiation therapy.

Course Outcomes

  • Define principles of Radiology including radiation interactions and dose calculations.
  • Analyze radiation properties for medical imaging and therapy applications.
  • Apply mathematical techniques for radiation physics problem-solving.
  • Evaluate radiation effects on tissues and apply safety standards
  • Create radiation safety protocols for patient and staff well-being

Course Overview

This course focuses on data analysis and documentation in research, guiding students through statistical methods, result interpretation, and effective reporting. Emphasis is placed on presenting findings in a structured format for academic and professional applications.

Course Outcomes

  • Apply statistical tools to analyze research data effectively.
  • Interpret and present research findings in a clear and concise manner.
  • Develop comprehensive and well-structured research documentation.
  • Demonstrate proficiency in using software tools for data analysis and reporting.
  • Adhere to ethical standards in the analysis, interpretation, and documentation of research data.

Course Overview

This course examines various radiation sources, including natural and artificial, and their potential hazards. It focuses on understanding radiation exposure pathways, health risks, and mitigation strategies to ensure safety in medical, industrial, and environmental contexts.

Course Outcomes

  • Explore various radiation sources and their biological effects
  • Analyze radiation protection principles for minimizing exposure risks
  • Apply radiation detection techniques for safety assurance
  • Evaluate radiation exposure risks and propose mitigation strategies
  • Create radiation protection programs for occupational and public safety
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Even Semester

Courses for this semester

Course Overview

This course delves into advanced concepts of radiological physics, focusing on the principles of radiation therapy, imaging modalities, and equipment calibration. Topics include radiation dosimetry, quality control, and the interaction of radiation with matter in clinical settings.

Course Outcomes

  • Understand advanced radiological physics principles
  • Analyze radiation interactions for imaging and therapy
  • Apply mathematical models for problem-solving in radiological physics
  • Evaluate imaging and therapy equipment performance
  • Create advanced radiation safety protocols

Course Overview

This course covers the ethical principles and guidelines essential for conducting responsible research. It emphasizes topics such as informed consent, data integrity, ethical dilemmas in research, and the importance of respecting participants' rights and confidentiality.

Course Outcomes

  • Understand and apply ethical principles in research practices
  • Demonstrate awareness of the importance of informed consent and participant rights
  • Ensure data integrity and responsible management of research findings
  • Identify and address ethical dilemmas in various research scenarios
  • Promote ethical standards in research documentation and reporting
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Common Scholarship Test

Apply Scholarship through CST

CST- Common scholarship test is a national and international level online MCQ based examination funded for intellectual empowerment by Assam down town University.

CST- Maximum enrolment each year is 269 seats and any 10+2 students can apply. Adtu is northeast India’s first placement driven university to provide 100% scholarship benefits worth 30 cr.

CST aims to inspire brilliant and competent students to pursue further education. Accredited with a prestigious grade by NAAC, UGC and AICTE.

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This scholarship is valid on the basis of the board/university examination

95% & above 100% Scholarship on all semester
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80%-89.9% 25% Scholarship on all semester

This scholarship is valid on the basis of the board/university exam

National & International Level 100% Scholarship on all semester
State Level 50% Scholarship on all semester
District Level 25% Scholarship on all semester

This scholarship is valid on the basis of the board/university exam

National & International Level 100% Scholarship on all semester
State Level 50% Scholarship on all semester
District Level & NCC Certificate Holder 25% Scholarship on all semester

A 50% scholarship on total semester fees is provided to all specially abled students.

A 100% scholarship on the last semester fee is provided to all the alumni of Assam down town University.

A 100% scholarship on total semester fee for Economically Backward Classes

Campus Life

Our Facilities

World Class Facilities

Discover a multitude of world-class amenities and cutting-edge resources at Assam down town University, enhancing your academic journey to new heights.

Some of our Facilities
  • Gym
  • ATM
  • Sports
  • Hostels
  • Transport
  • Healthcare
  • Yoga Center
  • Media Centre
  • Swimming Pool
  • Central Library
  • Canteen & Cafeterias
  • ICT Enabled Classrooms
  • Well Equipped Laboratories
  • Auditorium & Seminar Halls

Start-Up &
Incubation Centre

The Start-Up & Incubation Centre at Assam down town University provides a supportive environment for young entrepreneurs to develop and grow their business ideas. The center provides mentorship, funding, and networking opportunities to help innovative ideas become successful businesses.

Rural Empowerment with SFURTI scheme

SFURTI scheme to support rural entrepreneurs and innovators, an initiative by the Ministry of MSME

TIDE 2.0 scheme for ICT-based startups

TIDE 2.0 scheme for ICT-based startups which provides a grant of Rs. 4L and Rs. 7L under EiR and Grant categories respectively, an initiative by the Ministry of MeitY.

dtVL Ideation interest-free loans up to Rs. 2 lakhs.

dtVL Ideation, an incubation program for early-stage entrepreneurs with a market-ready solution/product, offering interest-free loans up to Rs. 2 lakhs.

Innovation with Sprout UP program

Sprout UP, an incubation program for students, faculties, and researchers with innovative business ideas, prototypes, or technology solutions.

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