\n
This course requires effective verbal, non-verbal and written communication skills.<\/em><\/p>\nVerbal Communication<\/strong><\/p>\n\nEffective verbal English communication with patients, peers and university and clinical staff is required for effective learning and safe and effective practice.<\/li>\n Communication is critical to developing respect, empathy, and trust. Some interactions may be limited to verbal communication because of physical limitations of the individual (e.g. injury, disease or congenital conditions). Demonstration of timely, accurate and effective delivery of instructions critical to individual safety, treatment, and management.<\/li>\n Examples:\n\nVerbal English must allow for fluid, precise and comprehensible two-way discussions, at conversational speed, audible speaking volume, and appropriate tone of voice.<\/li>\n Build conversational rapport with patients to encourage their trust and cooperation in the medical radiation science procedure.<\/li>\n Effectively communicate and confirm instructions in noisy environments.<\/li>\n Question directions and decisions that are unclear.<\/li>\n Provide timely and audible responses to classes and groups in classroom, laboratory, and clinical workplace settings.<\/li>\n Present information to an audience of health professionals.<\/li>\n Communicate in English accurately and efficiently, with patients, carers, and members of health care teams.<\/li>\n Communicate effectively and sensitively with others irrespective of their sex, age, culture, lifestyle, sexual orientation, spiritual beliefs, or disabilities, including patients, families and any member of the health care team and display respect, empathy, and compassion.<\/li>\n<\/ul>\n<\/li>\n<\/ol>\nNon-verbal communication<\/strong><\/p>\n\nAn ability to recognise, interpret and respond appropriately to non-verbal cues is essential for effective communication as a developing health professional.<\/li>\n The ability to observe, understand and respond appropriately to non-verbal cues assists with building rapport and gaining trust and respect in academic and professional relationships whilst being sensitive to individual and\/or cultural differences demonstrates respect and empathy and helps develop trusting relationships.<\/li>\n Examples:\n\nThe ability to observe and understand non-verbal cues assists with building a rapport with people and gaining their trust and respect in academic and professional relationships.<\/li>\n Displaying consistent and appropriate facial expressions, eye contact, being mindful of space, time boundaries and body movements and gestures promotes trust in academic and professional relationships.<\/li>\n Being sensitive to individual and\/or cultural differences displays respect and empathy to others and develops trusting relationships.<\/li>\n Communicate effectively with people in distress.<\/li>\n Communicate respectfully with people of different gender, sexuality, and age, and from diverse cultural, religious, and socio-economic backgrounds.<\/li>\n Use appropriate eye contact, gestures, facial expression, and an open body language to build rapport and demonstrate understanding and empathy.<\/li>\n<\/ul>\n<\/li>\n<\/ol>\nWritten communication<\/strong><\/p>\n\nEffective communication using written English is required to produce a cohesive academic argument and demonstrate academic writing conventions, including paraphrasing.<\/li>\n Written communication must be at an appropriate level for the audience. Competence in reading and comprehension in English is required for safe and effective development.<\/li>\n Examples:\n\nAccurate written communication, including record keeping and patient notes, is vital to provide consistent and safe patient care.<\/li>\n Communicate in English accurately and efficiently in writing and using electronic devices, with patients and members of health care teams.<\/li>\n Provide clinical documentation in an accurate, concise, and timely fashion that meets professional standards.<\/li>\n Summarise and appropriately reference a range of literature in written assignments.<\/li>\n Construct written arguments using grammatically correct and meaningful sentences.<\/li>\n Produce accurate, concise, and clear reports from laboratory and practical work.<\/li>\n<\/ul>\n<\/li>\n<\/ol>\n\n \n \n <\/div>\n<\/div>\n \n
\n Cognition<\/div>\n
<\/div>\n <\/button>\n
\n
Knowledge and cognitive skills<\/strong><\/p>\n\nConsistent and effective knowledge and cognitive skills must be demonstrated to provide safe and competent medical radiation science care.<\/li>\n The acquisition, recall and application of knowledge, consistent and effective processing of information, attention to detail, theoretical deliberation (problem solving, critical evaluation and professional decision making) and life-long learning behaviours are required for safe and effective practice in medical radiation science.<\/li>\n Examples:\n\nGather, comprehend, integrate and organise patient histories and medical radiation science documents and products, including medical images.<\/li>\n Make safe and appropriate patient-care decisions from retained knowledge and sourced credible evidence.<\/li>\n Notice and respond effectively to small but critical changes in instructions, measurements or reported symptoms.<\/li>\n Engage in scientific, clinical and ethical reasoning.<\/li>\n Complete professional practice tasks in a safe and reasonable time frame.<\/li>\n Competently use information and communication technology, including search engines, common software and online forms, and professional practice systems.<\/li>\n Process, recall and apply appropriate and relevant information in a timely manner.<\/li>\n Comprehend three-dimensional relationships and understand the spatial relationships of structures.<\/li>\n Capacity to locate appropriate and relevant information.<\/li>\n Ability to process information relevant to practice.<\/li>\n Ability to integrate and implement knowledge in practice.<\/li>\n<\/ul>\n<\/li>\n<\/ol>\nLiteracy<\/strong><\/p>\n\nCompetence in reading, comprehension, and attention to detail in English is required for safe and effective development as a student medical radiation science practitioner in Australia.<\/li>\n The ability to acquire information and to accurately convey messages is fundamental to ensure safe and effective assessment, diagnosis, treatment, and delivery of medical radiation science care. The ability to read, decode, interpret, and comprehend multiple sources of information is fundamental for safe and effective delivery of medical radiation science care.<\/li>\n Examples:\n\nRead and comprehend handwriting, online and printed materials.<\/li>\n Read and interpret charts, spreadsheets, and graphs.<\/li>\n Understand hazard signs and warnings.<\/li>\n Comprehend technical documents including risk assessments, standard operating procedures, and material safety data sheets.<\/li>\n Integrate and summarise information accurately in a meaningful manner.<\/li>\n<\/ul>\n<\/li>\n<\/ol>\n\n \n \n <\/div>\n<\/div>\n \n
\n Reflective skills<\/div>\n
<\/div>\n <\/button>\n
\n
\nMedical radiation science practice requires self-awareness and a capacity for reflection and reflexivity to consider the effect of one’s own issues, actions, values, and behaviours.<\/li>\n Understanding, and ongoing learning about oneself is required for safe and effective development as a student medical radiation science practitioner. This includes awareness of own thinking, and the ability to evaluate and adapt to challenges in learning and clinical practice environments, and accurately reflect on their professional performance.<\/li>\n Examples:\n\nManage uncertainties in scientific and professional decision making.<\/li>\n Be aware of and take responsibility for own personal role in inter-personal and team interactions.<\/li>\n Recognise when one\u2019s own thinking differs from another person\u2019s perspective and respond respectfully.<\/li>\n Receive and respond appropriately to constructive feedback, including learning from academic and professional practice setbacks.<\/li>\n<\/ul>\n<\/li>\n<\/ol>\n\n \n \n <\/div>\n<\/div>\n \n
\n Sensory ability<\/div>\n
<\/div>\n <\/button>\n
\n
This course requires adequate visual, auditory, and tactile abilities.<\/em><\/p>\nVisual<\/strong><\/p>\n\nAdequate visual acuity is required to manage in the University and workplace learning environments to provide safe and effective medical radiation science care.<\/li>\n Sufficient visual acuity is necessary to demonstrate the required range of skills, tasks, and assessments to maintain consistent, accurate and safe care of self and to others. Visual observations, examination and assessment are fundamental to safe and effective medical practice.<\/li>\n Examples:\n\nObserving and detecting subtle changes in patient’s physical signs and response to medical radiation science procedures.<\/li>\n Independently set up and use medical radiation science equipment that requires safe operation.<\/li>\n Process visual information from referrals\/requests, medical images, electronic displays, analogue displays\/indicators, medication labels and packaging, typed and handwritten documents, and posters.<\/li>\n Distinguish between colours in medical images and electronic displays, including grey-scale gradients.<\/li>\n Create and interpret textual documents and records using physical and electronic media.<\/li>\n Observe visual alarms, warnings and directions in university and workplace environments.<\/li>\n<\/ul>\n<\/li>\n<\/ol>\nAuditory<\/strong><\/p>\n\nAdequate auditory ability is required to provide effective and safe medical radiation science care.<\/li>\n Sufficient auditory function is required in the university and clinical learning environments to monitor, assess, and manage an individual’s needs consistently and accurately.<\/li>\n Examples:\n\nListen to nuances in patients\u2019 bodily sounds (e.g. changes in breathing, wheezing).<\/li>\n Respond to auditory alarms, warnings and directions in university and workplace environments.<\/li>\n Accurately record and interact with spoken instructions and information.<\/li>\n Follow developing discussions with healthcare colleagues regarding patients.<\/li>\n<\/ul>\n<\/li>\n<\/ol>\nTactile<\/strong><\/p>\n\nSufficient tactile ability is required to perform competent and safe medical radiation science care.<\/li>\n Functional touch sensation, ability to apply appropriate pressure, and appropriate use of touch are required to manage in the university and clinical learning environments, and for safe and effective practice, and are fundamental to safe and effective medical radiation science practice.<\/li>\n Examples:\n\nApply appropriate pressure when manipulating equipment and positioning patients for medical radiation science procedures.<\/li>\n Palpate surface anatomy with appropriate pressure.<\/li>\n Be comfortable touching people of any age or gender, and regardless of their sexual, cultural, religious or socio-economic background, in a professionally-appropriate manner, to observe signs and symptoms, identify surface anatomy, position and immobilise patients, position equipment, take body measurements, and provide first aid.<\/li>\n<\/ul>\n<\/li>\n<\/ol>\n\n \n \n <\/div>\n<\/div>\n \n
\n Strength and mobility<\/div>\n
<\/div>\n <\/button>\n
\n
Gross motor skills<\/strong><\/p>\n\nMedical radiation science practice involves physical demands and requires gross motor function.<\/li>\n Functional movement is required to manage in the university and workplace learning environments, and for safe and effective practice. This includes sufficient strength, range of motion, coordination, and independent mobility (using mobility aids if necessary) to meet practice needs in a time-constrained environment. Tasks that involve gross motor skills include lifting, carrying, pushing, pulling, standing, twisting, and bending. Students must be able to demonstrate and perform these tasks consistently and safely to reduce the risk of harm to self and others.<\/li>\n Examples:\n