100+ Free BOCP Practice Questions

Pass your BOC Certified Prosthetist exam on the first try — instant access, no signup required.

✓ No registration✓ No credit card✓ No hidden fees✓ Start practicing immediately

~75% Pass Rate

100+ Questions

100% Free

1 / 10

Question 1

Score: 0/0

During an initial patient assessment, which finding is MOST important to document regarding the residual limb of a new transtibial amputee?

The patient's shoe size on the contralateral foot

The shape, length, and condition of the residual limb including skin integrity and sensation

The patient's preferred color for the prosthetic socket

The date of the patient's last dental exam

to track

2026 Statistics

Key Facts: BOCP Exam

165

MCE Questions

BOC Candidate Handbook

3 hours

MCE Time Limit

BOC Candidate Handbook

~$350

MCE Total Fee

BOC (application + exam)

5 domains

Content Areas

BOC Detailed Content Outline

75 CEUs

Per 5-Year Cycle

BOC Recertification Policy

PSI

Testing Provider

BOC/PSI Services

The BOCP exam has 165 multiple-choice questions with a 3-hour time limit. Prosthetist candidates must also pass a Clinical Simulation Examination (CSE) and Video Practical Examination (VPE). The MCE covers patient assessment, treatment planning, prosthetic implementation including socket design and componentry, follow-up care including gait analysis, and practice management. BOC credentials are accepted by CMS and the VA.

Sample BOCP Practice Questions

Try these sample questions to test your BOCP exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1During an initial patient assessment, which finding is MOST important to document regarding the residual limb of a new transtibial amputee?

A.The patient's shoe size on the contralateral foot

B.The shape, length, and condition of the residual limb including skin integrity and sensation

C.The patient's preferred color for the prosthetic socket

D.The date of the patient's last dental exam

Explanation: A thorough residual limb assessment documenting shape (conical, cylindrical, bulbous), length, skin condition (scars, grafts, adherent tissue), sensation, range of motion, and muscle strength is essential for prosthetic planning. These factors directly influence socket design, suspension selection, and component choices. Contralateral shoe size is secondary, cosmetic preferences come later, and dental history is irrelevant to prosthetic care.

2When assessing a patient with a transfemoral amputation, which measurement is MOST critical for determining prosthetic knee joint placement?

A.Circumference of the waist

B.Length from the ischial tuberosity to the distal end of the residual limb

C.Width of the contralateral shoe

D.Height of the patient's chair seat

Explanation: The measurement from the ischial tuberosity to the distal end of the residual limb determines the effective lever arm and is critical for prosthetic knee joint placement. This measurement, combined with the contralateral limb length, guides the prosthetist in positioning the knee center to achieve proper alignment and symmetrical gait. Waist circumference, shoe width, and chair height are not primary determinants of knee joint placement.

3A patient presents with a Syme amputation. Which anatomical landmark is preserved in this level of amputation?

A.The metatarsal heads

B.The calcaneal fat pad

C.The tibial plateau

D.The femoral condyles

Explanation: A Syme amputation is an ankle disarticulation that preserves the calcaneal fat pad, which provides a durable, end-bearing residual limb. The heel pad is surgically secured to the distal tibia to allow direct weight bearing. This distinguishes the Syme level from transtibial amputations, which do not retain the heel pad. Metatarsal heads are more proximal foot structures removed in this procedure, and the tibial plateau and femoral condyles are knee-level landmarks.

4Which gait deviation is MOST commonly associated with an excessively firm prosthetic heel cushion or plantar flexion bumper in a transtibial prosthesis?

A.Lateral trunk lean

B.Knee hyperextension moment at initial contact

C.Circumduction during swing phase

D.Hip hiking on the prosthetic side

Explanation: An excessively firm heel cushion or plantar flexion bumper resists the normal controlled plantar flexion that should occur at initial contact, creating an excessive knee extension moment. This forces the knee into hyperextension as the ground reaction force passes anterior to the knee center. The patient may feel instability or develop a recurvatum pattern. Adjusting the heel stiffness to allow appropriate plantar flexion at loading response resolves this deviation.

5During manual muscle testing of a transtibial amputee, which muscle group is MOST important to assess for its role in prosthetic ambulation?

A.Wrist extensors

B.Quadriceps and hamstrings of the residual limb

C.Cervical paraspinals

D.Intrinsic muscles of the hand

Explanation: The quadriceps and hamstrings are the primary muscle groups controlling the prosthetic knee during stance and swing phases. The quadriceps control knee stability during loading response, and the hamstrings assist with hip extension during stance and knee flexion initiation during pre-swing. Assessing their strength guides expectations for prosthetic function and rehabilitation potential. Upper extremity and cervical muscles do not directly control lower extremity prosthetic use.

6A patient with a recent transfemoral amputation demonstrates a hip flexion contracture of 15 degrees. How does this MOST affect prosthetic fitting?

A.It has no effect on prosthetic fitting

B.It requires the socket to be set in initial flexion to accommodate the contracture while alignment compensates for the fixed posture

C.It requires a shorter prosthesis on the affected side

D.It indicates the patient cannot use a prosthesis

Explanation: A hip flexion contracture must be accommodated by setting the socket in initial flexion matching the contracture angle. The prosthetic alignment is then adjusted to compensate, typically by shifting the knee center posteriorly and adjusting the foot position. Ignoring the contracture leads to lordotic posture, anterior socket discomfort, and gait deviations. While contracture stretching should be pursued in rehabilitation, the prosthesis must accommodate the existing limitation.

7Which vascular assessment finding would MOST likely indicate poor healing potential for a residual limb?

A.Palpable dorsalis pedis pulse on the contralateral foot

B.Ankle-brachial index (ABI) of 0.3 on the involved side

C.Warm skin temperature bilaterally

D.Capillary refill time of 2 seconds

Explanation: An ankle-brachial index of 0.3 indicates severe peripheral arterial disease with critically reduced perfusion, suggesting poor wound healing potential. Normal ABI is 1.0-1.3, values below 0.5 indicate severe ischemia, and below 0.4 is associated with rest pain and tissue loss. This finding impacts decisions about amputation level revision, prosthetic fitting timeline, and skin monitoring. Palpable pulses, warm skin, and normal capillary refill are positive vascular signs.

8When evaluating a patient for an upper extremity prosthesis, which assessment finding is MOST important for determining myoelectric control site viability?

A.Patient's handedness prior to amputation

B.Surface EMG signal strength and independence of muscle contraction sites

C.Circumference of the contralateral arm

D.Patient's preferred prosthetic glove color

Explanation: Surface EMG signal strength and the ability to independently contract separate muscle groups are the most critical factors for myoelectric prosthesis candidacy. The prosthetist must identify electrode sites where the patient can produce strong, isolated, and repeatable signals. Signal amplitude, separation between agonist and antagonist sites, and signal-to-noise ratio determine whether myoelectric control is feasible. Handedness, arm circumference, and cosmetic preferences are secondary considerations.

9During gait analysis of a transtibial amputee, the patient demonstrates excessive knee flexion during midstance on the prosthetic side. Which is the MOST likely cause?

A.The prosthetic foot is set too far posterior relative to the socket

B.The socket is aligned in excessive extension

C.The prosthetic limb is too long

D.The heel cushion is too firm

Explanation: When the prosthetic foot is set too far posterior, the ground reaction force vector passes posterior to the knee center during midstance, creating a knee flexion moment. This causes the knee to buckle or the patient to feel instability. Correcting this requires moving the foot anteriorly to bring the ground reaction force closer to or anterior to the knee center. Socket extension, excessive length, and firm heel cushion are not primary causes of this specific gait deviation.

10Which psychological assessment consideration is MOST important when evaluating a new amputee for prosthetic fitting?

A.The patient's favorite leisure activities

B.The patient's adjustment to limb loss, motivation, and realistic expectations for prosthetic use

C.The patient's social media usage habits

D.The patient's dietary preferences

Explanation: Psychological adjustment to limb loss, motivation for rehabilitation, and realistic expectations are critical factors that influence prosthetic outcomes. Patients experiencing significant grief, depression, body image disturbance, or unrealistic expectations may require counseling before or concurrent with prosthetic fitting. Motivation directly correlates with prosthetic wearing time and functional outcomes. A multidisciplinary approach addressing psychological readiness improves overall rehabilitation success.

About the BOCP Exam

The BOCP exam is the prosthetist certification offered by the Board of Certification/Accreditation (BOC). It validates competency in prosthetic patient assessment, treatment plan formulation, device design and fabrication, fitting and alignment, gait analysis, follow-up care, and practice management. The BOCP is an alternative to the ABC Certified Prosthetist credential, and both CMS and the Department of Veterans Affairs accept BOC credentials.

Assessment

165 multiple-choice questions (150 scored + 15 unscored pretest items)

Time Limit

3 hours

Passing Score

Criterion-referenced scaled passing score

Exam Fee

$350 (application + MCE exam fee) (BOC (Board of Certification/Accreditation))

BOCP Exam Content Outline

22%

Patient Assessment

Patient history, physical examination, diagnosis-specific evaluation, range of motion, manual muscle testing, sensory assessment, skin integrity, and amputation level classification

16%

Formulation of the Treatment Plan

Prescription analysis, componentry selection, socket design determination, suspension system selection, material selection, and biomechanical considerations

31%

Implementation of the Treatment Plan

Casting and impression techniques, socket fabrication, prosthetic fitting, static and dynamic alignment, gait training, component assembly, and device modifications

18%

Follow-up to the Treatment Plan

Gait analysis, outcome assessment, prosthetic adjustments, socket modifications, patient education, wear schedule monitoring, and rehabilitation coordination

13%

Practice Management

Documentation, billing and coding, HIPAA compliance, accreditation standards, quality assurance, inventory management, and professional ethics

How to Pass the BOCP Exam

What You Need to Know

Passing score: Criterion-referenced scaled passing score
Assessment: 165 multiple-choice questions (150 scored + 15 unscored pretest items)
Time limit: 3 hours
Exam fee: $350 (application + MCE exam fee)

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

BOCP Study Tips from Top Performers

1Focus heavily on Implementation of the Treatment Plan (31% of exam) including socket fabrication, fitting, and alignment procedures

2Master transtibial and transfemoral prosthetic anatomy, socket designs (PTB, TSB, ischial containment), and suspension systems

3Study gait deviations and their prosthetic causes — lateral trunk bending, vaulting, circumduction, and abducted/adducted gait

4Know upper extremity prosthetic componentry including terminal devices, wrist units, elbow units, and cable control systems

5Understand biomechanical principles of socket rectification — areas to relieve and areas to load for each amputation level

6Review materials science including thermoplastics, carbon fiber, silicone liners, and lamination techniques

7Study amputation levels and their impact on prosthetic design — from partial foot through hip disarticulation

8Practice clinical scenarios involving patient assessment, prescription interpretation, and treatment plan modification

Frequently Asked Questions

What is the BOCP certification?

The BOCP (BOC Certified Prosthetist) is a professional certification from the Board of Certification/Accreditation (BOC) for prosthetists. It validates competency in designing, fabricating, fitting, and maintaining prosthetic devices for patients with limb loss. Both CMS and the Department of Veterans Affairs accept BOC credentials as meeting their standards for prosthetic practitioners.

How does the BOCP differ from ABC certification?

The BOCP is offered by the Board of Certification/Accreditation (BOC), while the CP credential is offered by the American Board for Certification in Orthotics, Prosthetics & Pedorthics (ABC). Both certify competency in prosthetics, and both are accepted by CMS and the VA. The BOC exam includes a Multiple Choice Examination (MCE), Clinical Simulation Examination (CSE), and Video Practical Examination (VPE), while ABC uses a Written Exam, Simulation Exam, and Clinical Patient Management (CPM) Exam.

How many questions are on the BOCP exam?

The BOCP Multiple Choice Examination (MCE) contains 165 questions, including 150 scored items and 15 unscored pretest items. Candidates have 3 hours to complete the MCE. In addition to the MCE, prosthetist candidates must also pass the Clinical Simulation Examination (CSE) with 8 clinical tasks in 4 hours, and the Video Practical Examination (VPE).

What are the prerequisites for the BOCP exam?

Candidates must complete a CAAHEP-accredited orthotics and prosthetics education program and clinical experience requirements. Specific education and experiential prerequisites are outlined in the BOC Candidate Handbook. Documentation of all education prerequisites must be submitted with the application.

What topics are covered on the BOCP exam?

The BOCP MCE covers five domains: Patient Assessment (22%), Formulation of the Treatment Plan (16%), Implementation of the Treatment Plan (31%), Follow-up to the Treatment Plan (18%), and Practice Management (13%). Topics include anatomy, biomechanics, socket design, componentry, gait analysis, materials science, fitting and alignment, patient care, and professional ethics.

How much does the BOCP exam cost?

The total cost includes a non-refundable application fee (approximately $150) plus the Multiple Choice Examination fee (approximately $200), for a total of roughly $350 for the MCE. Additional fees apply for the Clinical Simulation Examination and Video Practical Examination. Check the BOC website for current fee schedules.

Where can I take the BOCP exam?

The BOCP MCE is administered through PSI Services at test centers across the United States or via live remote proctoring. Candidates can schedule exams on any business day and some weekends. Remote proctored exams can be taken from a personal computer with a webcam and stable internet connection.