COURSE OVERVIEW
The Master of Science in Dialysis Therapy (M.Sc. Dialysis) is a specialized postgraduate program meticulously designed to cultivate advanced competencies in renal care and dialysis sciences. Grounded in a robust integration of biomedical sciences and clinical practice, the program equips students with comprehensive expertise in managing patients with acute and chronic kidney disorders.
The curriculum emphasizes experiential learning through intensive clinical exposure in hemodialysis, peritoneal dialysis, and other extracorporeal therapies. It fosters critical thinking, evidence-based practice, and research acumen, enabling graduates to address complex nephrological challenges.
With a strong orientation towards technological proficiency, patient-centered care, and interdisciplinary collaboration, the program prepares graduates to emerge as proficient dialysis specialists, clinical researchers, and healthcare leaders in the evolving landscape of renal replacement therapy.
Programme Objectives
Upon successful completion of the Master’s program, students will have developed a broad understanding of the contribution of basic renal scientific mechanisms to clinical disorders of the excretory system. In particular, they will:
Understand how mechanisms operating at molecular, cellular, and system levels contribute to normal renal function and how their dysfunction leads to clinical disorders relevant to dialysis therapy
Acquire a good working knowledge of modern methods for scientific and clinical investigation of the renal system
Be aware of recent developments and advancements in clinical dialysis therapy
Develop the ability to pursue a successful career in advanced nephrology research and clinical practice
PROGRAMME HIGHLIGHTS
Programme Curriculum
- Semester - I + -
Semester I Course Code Course # Result in Group (RG) Credit / Week Hours / Semester Continuous Internal Assessment CIA – Theory / Practical (a) End Semester Grand Total
=100 Practical: a + c = 100Lecture Tutorial / Clinical Training Practical / Research Project Credit Lecture Practical / Tutorial Total Hours Attendance % Theory (b) Practical / Viva (c) MDT001 Anatomy (Basic anatomy / Nephroanatomy / Embryology / Histology) A 4 4 60 60 80 50 100 100 MDT002 Physiology (General physiology / Neurophysiology / Endocrinology) B 4 4 60 60 80 50 100 100 MDT003 Biochemistry C 4 4 60 60 80 50 100 100 MDT004 Microbiology D 4 4 60 60 80 50 100 100 MDT005 Renal Genetics & Molecular Biology 4 4 60 60 80 50 100 100 MDT006 Anatomy (Practical) A 2 2 60 60 80 50 50 100 MDT007 Physiology (Practical) B 2 2 60 60 80 50 50 100 MDT008 Biochemistry (Practical) C 2 2 60 60 80 50 50 100 MDT009 Microbiology (Practical) D 2 2 60 60 80 50 50 100 MDT010 Residency – 1 2 2 90 90 80 50 50 100 Total 20 2 8 30 300 330 630 500 500 250 1000
- Semester - II + -
Semester II Course Code Course # Result in Group (RG) Credit / Week Hours / Semester Continuous Internal Assessment CIA – Theory / Practical (a) End Semester Grand Total
=100 Practical: a + c = 100Lecture Tutorial / Clinical Training Practical / Research Project Credit Lecture Practical / Tutorial Total Hours Attendance % Theory (b) Practical / Viva (c) MDT011 Renal Pathology E 4 – – 4 60 – 60 80 50 100 – 100 MDT012 Pharmacology F 4 – – 4 60 – 60 80 50 100 – 100 MDT013 Nephro-Immunology G 3 – – 3 45 – 45 80 50 100 – 100 MDT014 Research Methodology and Biostatistics 4 – – 4 60 – 60 80 50 100 – 100 MDT015 Biophysics & Biomedical Instrumentation 2 – 1 3 30 30 60 80 50 100 – 100 MDT016 Elective Course (To be chosen by the student) 3 – – 3 45 – 45 80 50 100 – 100 MDT017 Renal Pathology (Practical) E – – 1 1 – 30 30 80 50 – 50 100 MDT018 Pharmacology (Practical) F – – 1 1 – 30 30 80 50 – 50 100 MDT019 Nephro-Immunology (Practical) G – – 1 1 – 30 30 80 50 – 50 100 MDT020 Residency – 2 – 3 – 3 – 135 135 80 100 – 50 100 Total 20 3 4 27 300 255 555 500 600 200 1000
- Semester - III + -
Semester III Course Code Course # Result in Group (RG) Credit / Week Hours / Semester Continuous Internal Assessment CIA – Theory / Practical (a) End Semester Grand Total
Theory: a+(b÷2) =100 Practical: aLecture Tutorial / Clinical Training Practical / Research Project Credit Lecture Practical / Tutorial Total Hours Attendance % Theory (b) Practical / Viva (c) MDT021 Renal Disease H 4 – – 4 60 – 60 80 50 100 – 100 MDT022 Emergency Medicine and Renal Nutrition & Dietetics I 3 – – 3 45 – 45 80 50 100 – 100 MDT023 Nephro- Radiology and Imaging sciences J 4 – – 4 60 – 60 80 50 100 – 100 MDT024 Renal Disease (Practical) H – – 1 1 – 30 30 80 50 – 50 100 MDT025 Emergency Medicine and Renal Nutrition & Dietetics (Practical) I – – 1 1 – 30 30 80 50 – 50 100 MDT026 Nephro- Radiology and Imaging sciences (Practical) J – – 1 1 – 30 30 80 50 – 50 100 MDT027 Residency – 3 – 5 – 5 – 225 225 80 100 – – 100 MDT028 Seminar on Dissertation – – 3 3 – 90 90 80 100 – – 100 Total 11 5 6 22 165 405 570 500 300 150 800
- Semester - IV + -
Semester IV Course Code Course # Result in Group (RG) Credit / Week Hours / Semester Continuous Internal Assessment CIA – Theory / Practical (a) End Semester Grand Total
Theory: a+(b÷2) =100 Practical: aLecture Tutorial / Clinical Training Practical / Research Project Credit Lecture Practical / Tutorial Total Hours Attendance % Theory (b) Practical / Viva (c) MDT029 Advanced Renal Replacement Therapy K 4 – – 4 60 – 60 80 50 100 – 100 MDT030 Renal transplantation and coordination / Psychology L 4 – – 4 60 – 60 80 50 100 – 100 MDT031 Quality assurance and management of Dialysis unit M 4 – – 4 60 – 60 80 50 100 – 100 MDT032 Advanced Renal Replacement Therapy (Practical) K – – 1 1 – 30 30 80 50 – 50 100 MDT033 Renal transplantation and coordination / Psychology (Practicals) L – – 1 1 – 30 30 80 50 – 50 100 MDT034 Quality assurance and management of Dialysis unit (Practical) M – – 1 1 – 30 30 80 50 – 50 100 MDT035 Residency – 4 – 4 – 4 – 180 180 80 100 – – 100 MDT036 Dissertation and viva voce – – 6 6 – 180 180 80 50 – 50 100 Total 12 4 9 25 180 450 630 450 300 200 800 Grand Total 63 14 27 104 945 1440 2385 1950 1700 800 3600
PROGRAMME FEE AND SCHOLARSHIPS
| One-Time Fee | Admission Fee | ₹ 10,000 |
| 1st Year | Tuition Fee + Annual Recurring Fee | ₹ 1,65,000 + ₹ 13,000 |
| 2nd Year | Tuition Fee + Annual Recurring Fee | ₹ 1,65,000 + ₹ 13,000 |
| Total Programme Fee (2 Years) | ₹ 3,66,000 |
Scholarship is available for eligible students
Admissions are conducted in:
University Quota: Admissions are based on eligibility criteria set by The Apollo University (TAU). Candidates must meet the academic and qualification standards prescribed by the university to be considered for admission into the M.Sc. Medical Imaging Technology program.
EMPLOYABILITY AREAS
Graduates of this program can pursue careers in:
- Dialysis Technologist
- Renal Care Specialist
- ICU Dialysis Specialist
- Dialysis Unit Manager / Supervisor
- Transplant Coordinator
- Clinical Research Associate
- Biomedical Equipment Specialist (Dialysis Systems)
Academic and Research Opportunities:
- Lecturer / Tutor in Allied Health Sciences
- Clinical Instructor in Dialysis Technology
- Research Associate in Nephrology / Renal Sciences
- Ph.D. Scholar in Dialysis Therapy / Nephrology
- Academic Coordinator / Program Faculty
FAQs
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1. What is the duration of the program?
+ -2 years (4 semesters)
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2. What is the eligibility?
+ -Bachelor in Dialysis Therapy Technology with minimum 50%
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3. Is clinical training included?
+ -Yes, structured clinical postings and internship are part of the program.
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5. What are the career opportunities?
+ -Dialysis Technologist, Renal Care Specialist, ICU Dialysis Specialist