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Mobility and physical independence play an important role in everyday life. People who experience limb loss, physical disabilities, injuries or musculoskeletal conditions may require specialised devices to support movement, improve stability and participate in daily activities. Prosthetics and orthotics professionals contribute to this process by assessing individual needs and helping design, fabricate and fit appropriate assistive devices.
The Bachelor in Prosthetics and Orthotics (B.P.O.) is an undergraduate professional programme that prepares students to work in the field of prosthetic limbs, orthotic appliances and assistive technology. It combines medical sciences with engineering concepts, biomechanics, material science, clinical assessment and rehabilitation.
Students learn about artificial limbs, braces, supportive devices, gait analysis, device fabrication, fitting and patient rehabilitation. The programme also develops an understanding of how physical conditions affect movement and how appropriate devices can support functional independence.
The Rehabilitation Council of India (RCI) is an important regulatory authority for this field. It published a revised B.P.O. curriculum in August 2025 and directed approved institutions to implement the revised syllabus from the 2025–26 academic session. Students should check the current RCI-approved institution list and the applicable curriculum before applying.
Bachelor in Prosthetics and Orthotics is a professional undergraduate programme focused on the assessment, design, fabrication, fitting and evaluation of devices that support or replace parts of the human musculoskeletal system.
The programme covers two main areas:
Prosthetics: Prosthetics deals with artificial replacements for missing body parts. Examples include artificial legs and arms designed to support mobility and functional activities.
Orthotics: Orthotics focuses on external supportive or corrective devices such as braces, splints, spinal supports, foot orthoses and other appliances used to assist body alignment, stability or movement.
The programme also introduces assistive technology, rehabilitation principles and patient-centred clinical practice. Students learn that devices must be selected and adjusted according to the individual's physical condition, functional needs and clinical assessment.
Students interested in healthcare, engineering, rehabilitation and assistive technology may find this programme relevant.
Some reasons to consider B.P.O. include:
Combination of medical and technical subjects: Study anatomy, physiology, biomechanics, materials and device technology together.
Practical learning: Develop familiarity with workshop processes, device fabrication and clinical fitting.
Rehabilitation focus: Understand how assistive devices can support mobility and functional independence.
Technology exposure: Explore developments such as computer-aided design, digital measurement and advanced fabrication methods where available.
Interdisciplinary work: Learn to coordinate with rehabilitation professionals, doctors, therapists and other members of the healthcare team.
Further education: Explore postgraduate programmes in prosthetics and orthotics or related fields.
The programme requires patience, technical accuracy, problem-solving ability and sensitivity towards individual patient needs. Students should be interested in both practical workshop activities and clinical interaction.
Eligibility requirements depend on the applicable RCI curriculum, university affiliation, admission notification and academic year.
A commonly published eligibility pathway includes:
Completion of 10+2 or an equivalent examination from a recognised board.
Physics and Chemistry with Biology or Mathematics, according to the applicable admission rules.
English as a required subject where specified.
Minimum aggregate marks as prescribed by the institution.
Meeting the applicable age and document-verification requirements.
For example, the National Institute for Empowerment of Persons with Multiple Disabilities (NIEPMD) publishes eligibility based on 10+2 science or equivalent with Physics, Chemistry, Biology or Mathematics and English, with a specified minimum aggregate. Other institutions may prescribe different subject-wise or aggregate requirements.
Students should not assume that one institute's eligibility conditions apply to every B.P.O. programme. Always check the latest prospectus and confirm whether the institution is approved for the course.
The RCI's revised B.P.O. curriculum describes a programme duration of four years and six months. This includes the academic programme and a six-month internship component.
The programme combines theoretical subjects, practical workshop training and supervised clinical learning.
Its broad structure includes:
Foundational medical sciences.
Engineering and material science.
Biomechanics and movement analysis.
Prosthetics and orthotics subjects.
Assistive technology.
Clinical practice.
Research and project work.
Internship and practical competency development.
The exact semester or year-wise distribution should be checked in the revised curriculum and the institution's current academic handbook.
The B.P.O. syllabus combines medical knowledge, engineering fundamentals and clinical rehabilitation. The RCI's revised curriculum provides the framework, while institutions may publish additional academic details and schedules.
Students study the human body's structure and functions to understand the physical conditions that may require prosthetic or orthotic intervention.
Common subjects include:
Human Anatomy
Human Physiology
Pathology
Pharmacology
Orthopaedics
Amputation Surgery
Imaging Sciences
These subjects help students understand limb conditions, musculoskeletal disorders and clinical factors relevant to device selection and fitting.
Prosthetic and orthotic devices require suitable materials, mechanical design and fabrication methods. Students may study:
Workshop Technology
Material Science
Applied Mechanics
Strength of Materials
Basic Electronics
Computer Science
Technical Drawing and Graphical Communication
This knowledge helps learners understand the physical properties of materials and the technical processes involved in producing assistive devices.
Biomechanics examines how the human body moves and responds to forces. It is particularly relevant when designing devices that support movement, posture and stability.
Topics may include:
Human Movement and Functional Anatomy
Biomechanical Principles
Gait Analysis
Joint Mechanics
Postural Assessment
Prosthetic Alignment
Orthotic Design Principles
Students learn how device structure and alignment can influence movement and functional performance.
Prosthetics subjects introduce students to artificial limb design, fabrication and clinical management.
Areas may include:
Upper-Limb Prosthetics
Lower-Limb Prosthetics
Prosthetic Components
Socket Design
Prosthetic Alignment
Fabrication Techniques
Prosthetic Clinical Practice
Students learn how prosthetic devices are selected and adjusted according to the individual's condition, functional goals and clinical assessment.
Orthotics focuses on supportive and corrective devices used for different musculoskeletal and neurological conditions.
Subjects may include:
Upper-Limb Orthotics
Lower-Limb Orthotics
Spinal Orthotics
Foot Orthoses
Splinting Techniques
Orthotic Materials
Orthotic Clinical Practice
The objective is to understand the principles of assessment, device selection, fabrication, fitting and follow-up.
Students also explore the broader field of assistive technology and rehabilitation.
Topics may include:
Assistive Devices
Mobility Aids
Community Rehabilitation
Disability Prevention
Rehabilitation Principles
Psychology and Sociology
Research Methodology
Biostatistics
Management and Administration
These subjects help students understand the physical, social and practical factors affecting the use of assistive devices.
Practical training is a major part of B.P.O. education. Students need to develop technical skills and clinical understanding through supervised activities.
Depending on the institution, practical learning may take place in:
Prosthetics and orthotics workshops.
Clinical assessment laboratories.
Rehabilitation centres.
Hospitals and orthopaedic departments.
Device fabrication facilities.
Gait and movement assessment laboratories.
Assistive technology units.
During practical sessions, students may learn to take measurements, understand casting and moulding procedures, select materials, fabricate components and evaluate device fit under supervision.
Clinical postings introduce students to patient assessment and follow-up. Students may observe how professionals evaluate mobility, discuss functional requirements and adjust devices based on clinical findings.
The programme includes a six-month internship under the RCI's revised curriculum. Students should confirm the internship location, supervision arrangements, clinical rotations and assessment requirements with their institution.
Admission procedures vary by institution. Some institutes conduct entrance examinations, while others may use merit-based selection, counselling or additional assessment.
Begin by identifying institutions offering Bachelor in Prosthetics and Orthotics. Check whether the institution is approved for the relevant academic session and whether the programme is affiliated with the appropriate university.
You can explore academic options through the EasyShiksha University Programme Directory.
Review the latest admission notification for required Class 12 subjects, minimum marks, age conditions and other requirements. Confirm whether the institution accepts PCB, PCM or another specified combination.
Register through the institution's official admission portal or follow its prescribed application process. Provide accurate personal, contact and academic information.
Depending on the institution, applicants may need:
Class 10 marksheet or certificate.
Class 12 marksheet or provisional result.
Identity and address proof.
Recent photographs.
Transfer or migration certificate, where applicable.
Category certificate, if applicable.
Other documents specified by the admission authority.
If the institution conducts an entrance test, interview or counselling process, complete the required stages within the announced schedule. Follow the official instructions for merit lists and document verification.
After selection, submit the required documents and complete the institution's admission process. Obtain confirmation of enrolment and review the academic calendar, practical training schedule and internship requirements.
The programme aims to develop a combination of technical, clinical and professional competencies.
Important skills may include:
Patient assessment: Understanding physical conditions, functional needs and mobility requirements.
Measurement techniques: Learning the principles of accurate measurement for device fabrication.
Design awareness: Understanding how prosthetic and orthotic devices are designed for individual requirements.
Workshop skills: Developing familiarity with materials, tools and fabrication procedures.
Biomechanical understanding: Applying movement and mechanical principles to device design.
Clinical fitting: Learning how devices are evaluated and adjusted under supervision.
Problem-solving: Identifying technical or functional issues that may affect device use.
Communication: Explaining device-related information clearly and respectfully.
Ethical practice: Respecting patient privacy, dignity and individual preferences.
B.P.O. graduates may explore professional opportunities in hospitals, rehabilitation centres, prosthetics and orthotics facilities, assistive technology organisations and related settings, subject to applicable professional requirements.
Prosthetists work with artificial limb systems. Their responsibilities may include patient assessment, device selection, design, fitting, alignment and follow-up within their professional scope.
Orthotists work with supportive and corrective devices such as braces, splints and orthoses. They help assess individual needs and provide appropriate device-related services.
Clinical roles may involve working with patients who need prosthetic or orthotic devices. Responsibilities depend on professional competencies, institutional protocols and applicable regulations.
Rehabilitation facilities may offer opportunities involving device-related assessment, fitting, functional support and coordination with multidisciplinary teams.
Graduates may explore roles involving assistive products, mobility equipment, technical support and device development, depending on their skills and employer requirements.
Some graduates may pursue technical work in prosthetics and orthotics workshops, where device fabrication, material handling, component assembly and quality checks are important.
Further qualifications and relevant experience may open pathways in research, academic assistance and technology development in the rehabilitation field.
Career titles and responsibilities vary. Students should verify the qualification, registration and professional requirements applicable to the roles they intend to pursue.
Graduates interested in advanced study may consider postgraduate programmes in Prosthetics and Orthotics, rehabilitation sciences, assistive technology and related areas.
The RCI lists the Master in Prosthetics and Orthotics (M.P.O.) as a postgraduate programme. Its published course list describes a two-year duration. Admission requirements should be confirmed from the current postgraduate prospectus.
Other possible academic interests include:
Rehabilitation Technology
Assistive Technology
Biomechanics
Disability and Rehabilitation Studies
Clinical Research
Healthcare Management
Before choosing a postgraduate programme, students should check the required undergraduate qualification, institution status, curriculum and professional requirements.
The practical and clinical components of this programme make institutional selection especially important.
Consider these factors:
RCI approval: Check the institution's current approval status for the B.P.O. programme.
Affiliation: Confirm the affiliating university and the qualification awarded.
Updated syllabus: Ask whether the revised RCI curriculum is being followed for the relevant academic session.
Workshop facilities: Review the availability of fabrication equipment, materials and practical laboratories.
Clinical exposure: Check the institution's hospital and rehabilitation-centre arrangements.
Internship: Confirm the six-month internship structure and supervision.
Faculty: Review the academic and clinical experience of the teaching team.
Technology exposure: Ask about access to computer-aided design, digital measurement and other relevant tools.
Students can also explore related academic options through EasyShiksha's Healthcare programme directory, Medical programme directory, complete programme listings and programme directory by domain.
For institution-level discovery, EasyShiksha also has listings for Rajasthan University of Health Sciences and Dr. Shakuntala Misra National Rehabilitation University. Applicants should independently verify current B.P.O. intake and admission availability with the institutions.
Bachelor in Prosthetics and Orthotics may suit students who are interested in healthcare, engineering, rehabilitation and assistive technology. It offers a combination of scientific knowledge, technical workshop learning and clinical exposure.
Students should be comfortable working with materials and equipment, interacting with patients and learning how physical conditions affect movement. Patience, attention to detail and an interest in solving practical problems are useful qualities.
Before applying, check the current RCI-approved institution list, revised syllabus, eligibility conditions, clinical facilities and internship arrangements. These details can help you make an informed decision about the programme.
B.P.O. stands for Bachelor in Prosthetics and Orthotics. It is an undergraduate professional programme focused on artificial limbs, supportive devices, rehabilitation and assistive technology.
Applicants generally need 10+2 science education with Physics, Chemistry and Biology or Mathematics, according to the applicable admission rules. English and minimum marks may also be required by the institution.
The RCI revised curriculum describes a duration of four years and six months, including a six-month internship. Students should confirm the structure applicable to their admission batch.
Prosthetics deals with artificial replacements for missing body parts, such as artificial limbs. Orthotics focuses on supportive or corrective devices such as braces, splints and orthoses.
It is a professional rehabilitation and allied-health programme that combines medical sciences with engineering concepts, biomechanics, material science, device fabrication and clinical practice.
Yes. The programme includes workshop learning, device-related practical activities and supervised clinical exposure. It also includes a six-month internship under the RCI revised curriculum.
Graduates may explore hospitals, rehabilitation centres, prosthetics and orthotics workshops, assistive technology organisations and related facilities, subject to professional and employer requirements.
Yes. The Master in Prosthetics and Orthotics is a relevant postgraduate pathway. Other related programmes may also be available, depending on their eligibility requirements.
Yes. Students should verify the institution's current RCI approval for the programme and academic session. They should also confirm the university affiliation and qualification awarded.
Useful skills include patient assessment, measurement, biomechanics, material knowledge, device fabrication, clinical fitting, problem-solving, communication and ethical practice.
Bachelor in Prosthetics and Orthotics is a specialised undergraduate programme for students interested in rehabilitation, mobility support and assistive technology. It combines medical sciences, engineering fundamentals, biomechanics, device fabrication and clinical practice.
The RCI's revised curriculum provides a four-year-and-six-month programme structure, including a six-month internship. Since eligibility, admission procedures and institutional arrangements may vary, applicants should verify the current approved institution list and official admission information before enrolling.
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