P. P. Savani University PhD in Orthopedics Admission 2025, Ranking In India And World, Answer Key, Faculties

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P. P. SAVANI UNIVERSITY

Surat, Gujarat
Estd 2017
Private
AICTE, UGC, BCI, PCI, AIU, COA, INC

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P. P. Savani University PhD in Orthopedics Admission

P. P. Savani University PhD in Orthopedics Overview

P. P. Savani University was established in 2017. P. P. Savani University is a Private institute approved by AICTE, UGC, BCI, PCI, AIU, COA, INC. P. P. Savani University is located in Surat, Gujarat. P. P. Savani University offers a PhD in Orthopedics. The duration of PhD in Orthopedics is three years. The PhD in Orthopaedics is an advanced, research-oriented program for individuals interested in advanced expertise in musculoskeletal medicine and surgery. The course provides in-depth study and training in the areas of biomechanics, orthopedics, musculoskeletal diseases, rehabilitation, and medical technology. The emphasis on research methodology, clinical trials, and orthopedic innovation allows students to explore new treatments, surgical techniques, and rehabilitation strategies. The program typically combines theoretical coursework with hands-on research, and students are expected to provide unique insights into the field. Graduates with a PhD in Orthopaedics are well-prepared for careers in academic research, clinical practice, and medical innovation, with a focus on improving patient outcomes and advancing orthopedic science. P. P. Savani University offers a wide range of amenities to its students such as auditoriums, cafeterias, Wi-Fi, gyms, etc. to enhance the overall student experience. In addition to providing the necessary facilities to its students, P. P. Savani University also offers scholarship opportunities to its students including sports scholarships, merit scholarships, etc.

P. P. Savani University Surat Highlights

Institute Name	P. P. Savani University Surat
Established	2017
Approved By	AICTE, UGC, BCI, PCI, AIU, COA, INC
Affiliated By	Govt. of Gujarat
Type	Private
Address	Surat,Gujarat India 394125
E-Mail	admission@ppsu.ac.in, info@ppsu.ac.in
Official Website	https://www.ppsu.ac.in

Benefits of PhD in Orthopedics at P. P. Savani University

Earning a PhD in Orthopedics Surgery prepares doctors for a variety of clinical and research roles. One of the best-known positions is professor. You will gain in-depth expertise and develop a deeper understanding of the human anatomy. You will also have the opportunity to collaborate with world-renowned physicians. In addition, earning a PhD in Orthopedics opens up new career opportunities in research and education. A degree in orthopedics can help advance your nursing career and land the job of your choice. This training provides nurses with the foundational knowledge they need to treat musculoskeletal disorders in a variety of practice settings. This knowledge gives nurses a great advantage when taking on a new position or opening their own practice. There are also more opportunities to apply what they learn in clinical practice. Students will learn about the latest advancements in the field. The procedure involves inserting thin wires into the patient's back to straighten and stabilize the spine. Researchers are optimistic about the results of the operation and believe it may reduce the need for future surgeries.

Eligibility Criteria of PhD in Orthopedics at P. P. Savani University

Candidates seeking to enroll in the PhD in Orthopedics should have a postgraduate degree in Orthopedics and related fields, have secured at least 55% marks from a recognized university, and have passed the national or university-level entrance examination. The national-level entrance examination, such as the UGC NET / UGC CSIR NET / GATE / SLET or P. P. Savani University entrance exam, consists of a written test and a personal interview.

Admission Process for PhD in Orthopedics at P. P. Savani University

Candidates must meet the P. P. Savani University PhD in Orthopedics eligibility criteria.
Then the candidates must fill out the application form from the official website.
Thereafter candidates must appear for the entrance examination conducted by the P. P. Savani University.
Candidates who have passed MPhil / UGC-CSIR NET / JRF / SLET / GATE/ ICAR / ICMR/ DBT / NBHM and DST-INSPIRE are exempted from the entrance examination.
Further, the qualified candidates must attend the personal interview.
Finally, selected candidates must get their documents verified and pay the P. P. Savani University admission fees.

Entrance Exam for PhD in Orthopedics at P. P. Savani University

CSIR UGC NET
UGC NET
IIT JAM
GPAT
VITMEE

Course Highlights of PhD in Orthopedics at P. P. Savani University

Course Name	PhD in Orthopedics
Eligibility Criteria	Post Graduation
Course Duration	Three Years
Course Level	Doctoral
Fee Structure	Updated Soon
Job Profiles	Orthopedic Biomechanics Specialist, Orthopedic Consultant, Clinical Orthopedic Researcher, etc.

Application Process of PhD in Orthopedics at P. P. Savani University

Visit the official website of P. P. Savani University.
Fill out the application form with all the required information.
Scan and upload all the required documents.
Submit the application form and pay P. P. Savani University application fees.
Download and take a printout of the application for future reference.

Required Documents for PhD in Orthopedics at P. P. Savani University

Passport size Photograph

Application form

Secondary School (Class 10th) Mark Sheet

Pass Certificate of Class 10th

Senior Secondary School (Class 12th ) Mark sheet or equivalent

Pass Certificate of Class 12th

Valid Certificate for proof of Date of Birth

Graduation Marks Sheet or equivalent, If applicable

Graduation Degree certificate, If applicable

Postgraduate Mark Sheet or equivalent

Postgraduate Degree certificate

Migration Certificate (Original+2 Xerox)

School Leaving Certificate/Transfer Certificate/College Leaving Certificate, as applicable

Caste Certificates (ST/SC/OBC-NCL), EWS Certificates

Syllabus of PhD in Orthopedics at P. P. Savani University

Semester 1: Foundation and Research Methodology

Orthopedic Anatomy and Physiology

Detailed study of the musculoskeletal system, joints, bones, muscles, and ligaments.
Focus on the biomechanics of human movement.

Biomechanics of Human Movement

Fundamentals of movement analysis and the forces acting on the body.
Study of musculoskeletal mechanics and its applications in orthopedics.

Research Methodology in Orthopedics

Principles of research design, data collection, and analysis.
Focus on clinical and laboratory research techniques, including biostatistics.

Orthopedic Pathophysiology

Mechanisms of orthopedic diseases, including arthritis, bone fractures, and soft tissue injuries.
Understanding of inflammatory processes, healing, and degeneration.

Ethics in Medical Research

Introduction to bioethics, informed consent, and ethical issues in clinical and orthopedic research.

Semester 2: Advanced Topics in Orthopedics

Orthopedic Surgery Techniques

Surgical techniques in orthopedic surgery, including minimally invasive approaches.
Study of orthopedic surgeries related to bone fractures, joint replacement, and soft tissue repairs.

Orthopedic Imaging and Diagnostics

Detailed study of diagnostic imaging techniques (X-rays, MRI, CT scans, bone scans).
Evaluation of diagnostic techniques in orthopedic practice.

Advanced Orthopedic Biomechanics

In-depth study of joint mechanics, tissue engineering, and implant biomechanics.
Focus on the development and testing of prosthetics, joint replacements, and surgical instruments.

Rehabilitation in Orthopedics

Study of post-operative rehabilitation techniques for various orthopedic conditions.
Focus on physical therapy, exercise regimens, and patient recovery protocols.

Orthopedic Pharmacology

Review of pharmacological treatments for musculoskeletal disorders (e.g., pain management, anti-inflammatory drugs).
Study of medications used in orthopedic conditions such as osteoporosis and rheumatoid arthritis.

Semester 3: Specialization and Advanced Research

Musculoskeletal Regenerative Medicine

Study of tissue engineering, stem cells, and regenerative therapies for musculoskeletal disorders.
Research on cartilage regeneration, bone healing, and tendon/ligament repair.

Orthopedic Device Design and Development

The role of engineers and orthopedic surgeons in the design of prosthetic devices, implants, and surgical tools.
Focus on the latest technologies in joint replacements, spinal surgery, and artificial ligaments.

Clinical Orthopedic Research Methods

Methodologies specific to clinical research in orthopedics, including patient recruitment, data management, and clinical trial design.
Focus on evidence-based medicine and clinical outcomes.

Sports Orthopedics and Injury Prevention

Study of sports-related injuries, prevention, and rehabilitation.
Exploration of sports medicine, orthopedic approaches in athletes, and biomechanical stress.

Advanced Orthopedic Pharmacotherapy

Study of newer pharmacological treatments for orthopedic conditions, including biologic treatments.
Focus on personalized medicine in orthopedic care.

Semester 4: Research Work and Thesis Proposal

Orthopedic Clinical Trials

Learning about the design, execution, and management of clinical trials specific to orthopedic treatments.
Study of clinical trial phases, from preclinical studies to post-market surveillance.

Thesis Proposal Development

Preparation of a detailed research proposal for the PhD thesis.
Literature review, hypothesis formulation, and research objectives.

Grant Writing and Research Funding

Training on how to apply for research grants and secure funding for orthopedic research projects.
Focus on writing research proposals for orthopedic studies.

Statistical Methods in Orthopedic Research

Advanced statistical analysis techniques, including multivariate analysis, survival analysis, and longitudinal studies.
Application of statistics to orthopedic research data.

Semester 5: Thesis Research and Data Collection

Practical Research/Clinical Rotations

Hands-on experience in clinical orthopedic settings, where students observe surgeries and participate in research.
Practical application of research techniques and exposure to real-world orthopedic issues.

Data Collection and Analysis for PhD Thesis

Execution of the research plan, collection of data, and analysis of experimental results.
Use of research tools and statistical software for data analysis.

Semester 6: Thesis Writing and Defense

PhD Thesis Writing

Writing and compiling the research findings into a comprehensive thesis.
Regular consultation with the research advisor for guidance and feedback.

Advanced Topics in Orthopedic Research

Independent study or focus on emerging trends in orthopedics, including new surgical techniques, rehabilitation methods, or biologic therapies.

Thesis Defense and Presentation

Presentation of the completed thesis to a panel of experts.
Defense of the research methodologies, findings, and implications for the field of orthopedics.

Job Types after completing PhD in Orthopedics at P. P. Savani University

Job Position	Description
Orthopedic Researcher	Focuses on advancing knowledge in orthopedic science. Researchers may study the mechanisms of musculoskeletal diseases, and injury healing processes, or develop innovative treatment methods (such as joint replacements or regenerative therapies). Research is typically conducted in academic settings, hospitals, or private research labs.
Academic Professor (Orthopedic Sciences)	A PhD graduate in Orthopedics can take on an academic role, teaching and mentoring undergraduate, graduate, and doctoral students. Professors in orthopedic sciences also engage in research and often contribute to the advancement of the field through publications and conferences.
Orthopedic Biomechanics Specialist	Focuses on the mechanical aspects of the human body and how orthopedic treatments interact with it. They study the forces and movements within the musculoskeletal system, contributing to the design of prosthetics, orthotics, and surgical interventions.
Orthopedic Consultant	Provides expert advice to hospitals, clinics, or companies developing orthopedic technologies and treatments. Consultants often work in product development for pharmaceutical or medical device companies, advising on clinical applications or improving orthopedic care protocols.
Clinical Orthopedic Researcher	Works in clinical settings, focusing on the design and execution of clinical studies and trials. These researchers investigate new treatment methods, drugs, or interventions in orthopedic care, often collaborating with surgeons and healthcare providers.
Orthopedic Rehabilitation Specialist	Works to enhance recovery processes for patients recovering from orthopedic surgeries or injuries. This role may include developing post-surgery rehabilitation programs, assessing patient progress, and applying various physical therapy techniques to restore function and mobility.
Orthopedic Device Engineer	Engineers working in orthopedic device development focus on creating and improving medical devices like prosthetics, joint replacements, or surgical instruments. They apply principles of engineering and orthopedic medicine to design solutions that improve patient outcomes.
Orthopedic Surgery Research Coordinator	Coordinates research studies specific to orthopedic surgery. This role includes managing the day-to-day operations of clinical trials, data collection, patient recruitment, and liaising between the research team and surgeons.
Orthopedic Pharmacologist	Focuses on the study of drugs used in the treatment of orthopedic conditions. This includes the development, testing, and analysis of medications that treat musculoskeletal diseases, pain, inflammation, and post-surgery rehabilitation.

Placement of PhD in Orthopedics at P. P. Savani University

P. P. Savani University has its placement department that equips students with the required skills and knowledge through various training programs like seminars, workshops, industry talks, etc. P. P. Savani University has close ties with top companies and helps students in finding internships. P. P. Savani University Placement Centre focuses on improving communication and interpersonal skills by providing internships in leading companies. P. P. Savani University has a good track record of placing students in reputed companies and offers competitive salary packages.

Facilities of PhD in Orthopedics at P. P. Savani University

Hostel	P. P. Savani University, Surat provides hostel facilities to all students with all the basic furniture provided. The hostel is well equipped with fans, a bed, a study table and a wardrobe.
I.T Infrastructure	The P. P. Savani University has well-established computer labs with all the advanced IT Infrastructure facilities available for the students and faculty members of the P. P. Savani University.
Sports	P. P. Savani University, Surat has a large sports ground for cricket, football, and volleyball that makes students to be physically active and refreshes their minds.
Classrooms	The P. P. Savani University has a classroom facility for students.
Transport Facility	The P. P. Savani University has a transport facility for students and staff.
Library	The P. P. Savani University has a library with a wide range of books, e-journals, newspapers, and magazines that are helpful for the students and faculty members to gain knowledge.

P. P. Savani University Course Detail

Stream Name	Paramedical
Course Name	PhD in Orthopedics
Course Full Name	Doctor of Philosophy in Orthopedics
Eligibility	Postgraduate Degree in a Relevant Discipline With Minimum 55% Marks ( 50% for SC/ST Candidates )
Mode of Learning	Year
Duration	3 Years
Course Level	Master
Course Type	Doctorate Degree Courses
Silent Feature	Good Job Opportunities In Government as well as in Private sector