Learning Skills

Learning skills include independent study with strong time management, active reflection through feedback, and continuous professional development. Together, these skills sustain my enthusiasm for lifelong learning and growth in radiography.

Continuous Development

Continuous professional development is essential for maintaining motivation, perseverance, and broadening knowledge within the professional field, as required by AHPRA. It is also central to improving the quality of patient care. My academic and professional journey reflects a consistent commitment to lifelong learning, and it can be divided into three stages.

The first stage began after completing my Bachelor of Nursing, when I worked full-time as a Registered Nurse in a tertiary hospital. I rotated through the Respiratory Department, Interventional Radiology, Digital Subtraction Angiography (DSA), and the Intensive Care Unit (ICU). In these roles, I gained practical experience in pre-operative preparation, intra-operative support, and post-operative care, while also strengthening my ability to adapt to complex clinical environments.

The second stage occurred three years into my nursing career, when I embraced a new challenge and commenced a Master’s in Radiation Protection. During the three years of postgraduate study, I worked part-time as a tutor, teaching nursing students for their OSCE examinations, while also continuing part-time nursing shifts. Balancing two roles alongside demanding academic study not only broadened my professional expertise but also enhanced my time management, resilience, and ability to integrate theory with practice. 

The third stage is my current study of a Master’s in Diagnostic Radiography in Australia. This represents another important step in my continuous learning pathway. Studying a new discipline in a second language has required perseverance, adaptability, and innovative approaches to overcoming communication barriers. This transition has broadened my perspective, shifting my focus from ward-based nursing to diagnostic imaging, and enriching my understanding of patient care in multicultural contexts.

Overall, my academic and professional experiences demonstrate not only perseverance and motivation but also a strong enthusiasm for lifelong learning that directly contributes to professional growth and improved patient outcomes.

Evidence 4: Certificate of First Master's Degree

Independent Learning

I first developed my learning skills during my early career as a registered nurse, where I learned how to balance heavy clinical responsibilities with academic growth. While working full-time, I began a Master’s degree in Radiation Protection. To manage both roles, I made full use of fragmented time, creating study frameworks that allowed me to learn systematically and steadily. Careful planning became essential. I would set long-term and short-term goals, divide them into smaller milestones with clear deadlines, and regularly check my own progress. When circumstances changed, I adjusted my plans accordingly. These strategies not only helped me complete the degree but also gave me the confidence to later finish three academic programs, transition across two different professional fields, and continually strengthen my time management abilities.

As I advanced, feedback also became a key part of my learning. Tutors, colleagues, and supervisors provided constructive comments that helped me to recognise gaps in my knowledge, find ways to improve, and consolidate what I had learned. This habit of using feedback has continued throughout my current Master’s degree in Diagnostic Radiography, where I apply suggestions to both academic tasks and clinical practice. Independent study is also strengthened by actively connecting theory with practice during placements, where I put concepts into action directly with patients and imaging procedures. Over time, these experiences have not only built diverse learning skills but also deepened my enthusiasm for lifelong learning, which I see as essential to my professional growth and to improving patient outcomes.

As my studies progressed, feedback became an important part of my independent learning. Comments from tutors, colleagues, and supervisors helped me to identify knowledge gaps and improve both academic and clinical performance. During my studies in Diagnostic Radiography, I also undertook additional training and gained certifications in CPR, ABI care, and IV cannulation, which strengthened my clinical competence. Independent learning was further reinforced by applying theory directly to patient care during placements, where classroom concepts were translated into practical imaging procedures. These experiences refined my learning skills and strengthened my commitment to lifelong learning as the foundation of professional growth and improved patient outcomes.

Evidence 5: Certificate of ASMIRT IV Cannulation & Radiographic Contrast Media Training

Reflection

Self-assessment and reflection have been consistently practiced throughout my academic and clinical training in diagnostic radiography. In the first and second semesters, I applied Gibbs’ Reflective Cycle to analyse patient interactions and clinical challenges, particularly communication barriers in elderly and cross-cultural contexts. Viewing these situations both as a student radiographer and as a second-language practitioner allowed me to consider how non-English-speaking patients may experience healthcare processes. Through this reflection, I identified areas for improvement and developed strategies such as clearer verification methods, supportive body language, and simplified communication to enhance patient safety and comfort.

In the third semester, I applied theoretical models such as CFIR to deepen my reflection on patient identification errors observed in a multicultural radiology clinic. During placement, I realised that reliance on first-name identification under time pressure significantly increased safety risks. Through a systematic literature review, I discovered that misidentification caused by name confusion is one of the most common and serious problems in healthcare. Reflecting on this issue led me to explore current approaches, noting that larger hospitals often implement structured identification systems, whereas many smaller clinics still rely on basic dual identifiers to confirm patient details. This reflection encouraged me to critically consider how structured verification processes and cultural sensitivity must both be embedded in daily practice to ensure patient trust and safety.

Overall, these reflective experiences across my training have shaped me into a more self-aware and adaptable practitioner. They have shown me how reflection connects theory with practice, allowing me to analyse problems systematically, identify risks, and implement meaningful strategies for improvement. Most importantly, reflection has strengthened my ability to provide safe, culturally responsive, and patient-centred care—qualities that I will continue to develop as I progress in my professional career.

Evidence 6:Reflection Assignment Score

Graduate Qualities

Graduate Qualities provide the best possible foundation for future leadership, and are essential to the design, delivery and assessment of a student's time at the University.

Depth of disciplinary expertise

Deep disciplinary expertise in radiography involves the ability to integrate knowledge of anatomy, pathology, and imaging science to produce diagnostic-quality images while maintaining radiation safety. It requires the critical evaluation of image quality, the adjustment of exposure parameters according to patient habitus and region of interest, and the recognition of artefacts that may affect diagnosis. Equally important is the use of clinical reasoning to connect patient history and referral information with the most appropriate imaging techniques, ensuring that each examination is both technically sound and clinically relevant.

As an international student, I have learned that disciplinary expertise extends beyond technical precision. It also includes the confidence to communicate clearly with patients who have different abilities and needs. Some may have limited English, hearing difficulties, or cognitive impairment due to brain injury. For example, during my hospital placement, I performed a hip X-ray for a patient with poor cooperation following a brain injury. Unlike non-English-speaking patients, who could follow my gestures, this patient required a different approach. I worked with my colleagues to perform safe manual handling and to assess the patient’s awareness while ensuring dignity and comfort. In that moment, I realised that the gap in my knowledge was not purely technical—it was about understanding and adapting to diverse patient conditions.

To strengthen my clinical reasoning and broaden my competence, I undertook additional training in Communication with patient with Acquired Brain Injury (ABI) training, which deepened my understanding of patient evaluation and vascular safety. Through these experiences, I have come to see learning as a lifelong process that involves staying current with technology, refining communication skills, seeking feedback, and reflecting on real clinical practice. This combination of knowledge, adaptability, and curiosity forms the foundation of my professional growth as a radiographer.

Evidence 7: Certificate of Acquired Brain Injury (ABI)

Interdisciplinary effectiveness

Interdisciplinary effectiveness involves integrating knowledge and practices from multiple disciplines and working collaboratively across professional boundaries. In daily radiographic practice, this means more than operating imaging equipment or identifying anatomy, it requires managing time effectively, communicating with patients and colleagues, and occasionally performing tasks that overlap with nursing, engineering, and medical roles. For example, radiographers are expected to perform IV cannulation, maintain hygiene standards, troubleshoot equipment functions, and understand the implications of medical devices such as pacemakers, metal implants, IUDs, or radioactive seeds. Recognising these devices on imaging and managing patients safely requires both technical knowledge and clinical awareness.

With eight years of prior nursing experience in tertiary hospitals across intensive care, interventional, and respiratory wards, I developed a strong foundation for interdisciplinary collaboration. As a nurse, I became skilled in patient monitoring, aseptic technique, and emergency response, all of which now complement my radiography practice. In my current role as a radiography student, I have transferred these capabilities into the Australian healthcare context through certifications in CPR and hand hygiene, which reflect the integration of knowledge from nursing and diagnostic imaging. These skills enhance my ability to collaborate effectively within multidisciplinary teams and to respond appropriately in clinical settings.

During placements, supervisors often showed additional trust after learning about my nursing background, assigning me to assist with more complex procedures such as lumbar punctures, joint injections, and biopsies. This trust motivated me to perform to a higher standard and to demonstrate my competence across different modalities, creating a positive cycle of confidence and collaboration. My familiarity with sterile environments and surgical instruments also allowed me to assist efficiently in CT-guided interventions. Through these experiences, I have come to appreciate that interdisciplinary effectiveness is not only about shared knowledge but also about mutual respect, adaptability, and the ability to contribute meaningfully to patient-centred care.

Evidence 8: CPR Certificate

Evidence 9: Hand hygiene Certificate

oral and written communication

As a medical radiation practitioner, oral and written communication are central to safe and high-quality practice. They underpin every stage of imaging, from greeting the patient to obtaining a diagnostic image. Verbal communication is essential for building rapport, explaining procedures clearly, and gaining informed consent, while written communication ensures continuity of care through accurate documentation, imaging notes, and clinical records. The ability to communicate effectively in both spoken and written forms supports teamwork, patient trust, and the overall safety of radiographic practice.

Before studying radiography in Australia, I worked for nine months as a tutor for an OSCE preparation course, where I taught nursing students how to prepare, evaluate, and deliver structured and empathetic communication under assessment pressure. Guiding others to express clinical reasoning, explain procedures, and demonstrate professional skills helped me realise that communication is not just a soft skill but also a measurable clinical competence. Teaching also strengthened both my input and output language skills, allowing me to think more critically and communicate more confidently. When I later began my Diagnostic Radiography studies, this tutoring experience shaped the way I approached patient interactions. In my first semester, I achieved an almost perfect score in my OSCE assessment, which confirmed that my previous experience had built a strong foundation for professional communication.

Performing well in OSCEs reflects more than memory or technique. It shows the ability to connect with patients, interpret verbal and non-verbal cues, and translate clinical understanding into clear, compassionate action. In radiography, every successful examination begins with this foundation of communication. Whether explaining breath-hold instructions, clarifying exposure risks, or documenting findings, effective communication ensures that each image begins with patient understanding and ends with clinical accuracy.

Evidence 10: OSCE Score

Future Goals

Future Goal

To build expertise in advanced imaging, starting with CT and progressing into MRI.

Learning Needs

Strengthen CT protocols and image reconstruction skills

Gain structured training in MRI theory and practice

Continue developing patient communication and teamwork skills

Steps

1. Graduate and gain AHPRA registration and radiation licence

2. Undertake CT training and rotations after starting in a clinic

3. Join CPD programs through ASMIRT and other providers     

4. Enrol in formal MRI training once established in CT               

5. Keep reflecting and building multi-modality skills over time