Bachelor of Health Science (Medical Imaging)

Program Overview

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The Bachelor of Health Science (Medical Imaging) program equips students with the knowledge and skills to become registered medical imaging technologists. It emphasizes hands-on experience with over 2000 hours of clinical placements, preparing graduates for entry into the workforce. The program is accredited by the New Zealand Medical Radiation Technologists Board and offers an internationally recognized qualification. Graduates can pursue careers in New Zealand or overseas.

Program Outline

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Degree Overview:

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Programme Name:

Bachelor of Health Science (Medical Imaging)

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Programme Overview:

This programme equips students with the clinical and theoretical knowledge required to work as a registered medical imaging technologist (MIT). It emphasizes hands-on experience, with over 2000 hours of clinical placements across three years, ensuring graduates are work-ready.

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Objectives:

• Develop students' understanding of anatomy, physiology, pathology, physics, and medical radiation equipment and techniques.
• Equip students with the skills to safely use radiation for diagnostic imaging.
• Prepare students for entry into the workforce as registered MITs.
• Offer an introduction to advanced imaging systems.

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Highlights:

• Blend of theoretical and practical learning with over 2000 hours of clinical experience.
• Accreditation by the New Zealand Medical Radiation Technologists Board (MRTB).
• Internationally recognized qualification.
• Highly qualified teaching staff with extensive clinical experience.

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Clinical Placements:

• Over 2000 hours of work experience across three years.
• Year 1: 1 x 12-week block
• Year 2: 2 x 10-week blocks
• Year 3: 2 x 10-week blocks
• Accommodation and travel are not included in fees.

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Overseas Registration:

• Graduates can pursue careers in New Zealand or overseas.
• Each country's registration body has its eligibility requirements.
• Requires hard copies of course descriptors signed by the Academic Programme manager (administrative charge applies).

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Other:

• The programme is full-time for three years.
• Start dates are in July.
• Campuses include Waitākere.

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Outline:

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Year 1:

• Course 1: Professional Practice I (5 credits)
• Course 2: Anatomy II (Sem A) (7.5 credits)
• Course 3: Principles of Image Interpretation (5 credits)
• Course 4: Radiation Physics (5 credits)
• Course 5: Imaging Science II (Sem A) (7.5 credits)
• Course 6: Principles of Research (Sem A) (7.5 credits)
• Course 7: Radiographic Imaging I (5 credits)
• Course 8: Pathology (Sem A) (7.5 credits)
• Course 9: Specialist Applications (Sem A) (5 credits)

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Year 2:

• Course 1: Professional Practice II (5 credits)
• Course 2: Anatomy II (Sem B) (7.5 credits)
• Course 3: Principles of Research (Sem B) (7.5 credits)
• Course 4: Clinical Practice 1 (15 credits)
• Course 5: Imaging Science II (Sem B) (7.5 credits)
• Course 6: Pathology (Sem B) (7.5 credits)
• Course 7: Specialist Applications (Sem B) (5 credits)
• Course 8: Radiographic Imaging II (5 credits)
• Course 9: Radiation Protection (5 credits)
• Course 10: Clinical Practice 2 (Sem A) (22.5 credits)
• Course 11: Clinical Practice 2 (Sem B) (22.5 credits)

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Year 3:

• Course 1: Radiographic Pathology (5 credits)
• Course 2: Clinical Practice III (Sem A) (22.5 credits)
• Course 3: Clinical Practice III (Sem B) (22.5 credits)
• Course 4: Principles of Image Interpretation (5 credits)
• Course 5: Specialist Applications (Sem A) (5 credits)
• Course 6: Specialist Applications (Sem B) (5 credits)

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Assessment:

Assessment methods include:

• Assignments
• Clinical assessments
• Examinations
• Presentations
• Portfolios
• Reflective journals
Assessment criteria focus on:
• Knowledge and understanding
• Application of skills
• Communication and professionalism
• Critical thinking and problem-solving

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Teaching:

• Teaching methods include:
• Lectures
• Tutorials
• Laboratory sessions
• Clinical placements
• Simulations
• Faculty members have extensive clinical experience and expertise in medical imaging.
• The programme emphasizes a student-centered learning approach.

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Careers:

• Career options include:
• Medical imaging technologist (requires registration with MRTB)
• Graduates are employed in hospitals, private clinics, and research institutions.

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Other:

• The programme is designed for students interested in pursuing a career in medical imaging.
• Students must meet specific academic and non-academic requirements for admission.