Halton borough council social care and InnovationRichard Harding
The document discusses using technology and innovation to improve health and social care. It outlines several initiatives across the North West Coast region of England aimed at enabling adoption of new care models, creating innovation hubs, driving digital and economic growth. Examples include funding pilots of new technologies, an accelerator to support antibiotic research, and a precision medicine network. The document envisions using sensors, artificial intelligence and other connected devices to monitor individuals at home and detect anomalies, while also increasing independence, social interaction and reducing staff workloads through technology.
Workshop: Best practices for undergraduate research experiencesKirsten Zimbardi
International invitation to facilitate workshop at the inaugural American Physiological Society's Institute on Teaching & Learning (Bar Harbour, Maine, USA; June 2014). Workshop was an interactive consultation with bioscience academics who wanted to implement or expand their programs for engaging undergraduate students in authentic research experiences.
Abstract
Undergraduate research experiences (UREs) during which students undertake a research project over an extended period of time under the direct supervision of a researcher, are associated with high levels of student engagement, academic success (Kuh 2008) and a wide range of student benefits (Hunter et al. 2006). In physiology education, practicals that incorporate physiological research can be used to promote active learning (Michael 2006), and teach students key skills in critical evaluation of complex data alongside important physiological concepts (Zimbardi et al. 2013, Luckie et al. 2012). Following an extensive investigation of diverse ways that research experiences are successfully embedded into undergraduate curricula (Zimbardi and Myatt 2012), we have developed a model for up-scaling UREs to cohorts of several hundred students. We are now leading a national project in Australia to support the uptake of these Authentic Large-Scale Undergraduate Research Experiences (ALUREs) and provide the benefits of research experiences to thousands of undergraduate students. During this workshop, examples of ALUREs from the biosciences will be used to highlight key considerations for ALURE design and implementation. Workshop participants will be engaged in developing their own ALURE using a detailed checklist derived from our extensive experience supporting faculty in developing, implementing and evaluating ALUREs.
Halton borough council social care and InnovationRichard Harding
The document discusses using technology and innovation to improve health and social care. It outlines several initiatives across the North West Coast region of England aimed at enabling adoption of new care models, creating innovation hubs, driving digital and economic growth. Examples include funding pilots of new technologies, an accelerator to support antibiotic research, and a precision medicine network. The document envisions using sensors, artificial intelligence and other connected devices to monitor individuals at home and detect anomalies, while also increasing independence, social interaction and reducing staff workloads through technology.
Workshop: Best practices for undergraduate research experiencesKirsten Zimbardi
International invitation to facilitate workshop at the inaugural American Physiological Society's Institute on Teaching & Learning (Bar Harbour, Maine, USA; June 2014). Workshop was an interactive consultation with bioscience academics who wanted to implement or expand their programs for engaging undergraduate students in authentic research experiences.
Abstract
Undergraduate research experiences (UREs) during which students undertake a research project over an extended period of time under the direct supervision of a researcher, are associated with high levels of student engagement, academic success (Kuh 2008) and a wide range of student benefits (Hunter et al. 2006). In physiology education, practicals that incorporate physiological research can be used to promote active learning (Michael 2006), and teach students key skills in critical evaluation of complex data alongside important physiological concepts (Zimbardi et al. 2013, Luckie et al. 2012). Following an extensive investigation of diverse ways that research experiences are successfully embedded into undergraduate curricula (Zimbardi and Myatt 2012), we have developed a model for up-scaling UREs to cohorts of several hundred students. We are now leading a national project in Australia to support the uptake of these Authentic Large-Scale Undergraduate Research Experiences (ALUREs) and provide the benefits of research experiences to thousands of undergraduate students. During this workshop, examples of ALUREs from the biosciences will be used to highlight key considerations for ALURE design and implementation. Workshop participants will be engaged in developing their own ALURE using a detailed checklist derived from our extensive experience supporting faculty in developing, implementing and evaluating ALUREs.
Translating research experiences to employability skills: using evidence to m...Kirsten Zimbardi
Invited presented for the 2015 Australasian Pharmaceutical Science Association (APSA) and Australian Society for Clinical and Experimental Pharmacology and Toxicology (ASCEPT) Joint Scientific Meeting (Hobart, Tasmania).
Abstract:
All graduates need the skills and habits of mind to solve the complex, unstructured problems they will face in the 21st Century workforce (Bybee & Fuchs, 2006). In science, analysing technical literature, identifying conflicts and gaps, developing relevant, testable hypotheses, collecting and analysing the evidence to these hypotheses, and putting forward reasonable, specific and qualified conclusions, is our bread and butter – the basis of scientific reasoning (Kuhn & Pease 2008). Research experiences and inquiry-based curricula aim to help undergraduate students develop these habits of mind and cognitive skills (Zimbardi & Myatt, 2012). In our inquiry-based curricula we have documented the development of students’ scientific reasoning skills (Zimbardi et al., 2013) and their understanding of the contestable nature of scientific knowledge (Zimbardi et al., in press). We have also developed a series of meta-cognitive assessment items which have reveal students’ ability to translate these learning outcomes into employability skills. Specifically, undergraduate biomedical science students in their final semester are provided with a job interview scenario and asked behavioural questions (e.g “Tell me about a time when you successfully used your scientific problem skills”) and hypothetical questions (e.g “Suggest a potential approach for investigating this issue…”). Students’ responses to these open-ended questions have revealed the diverse skill levels amongst the cohort in translating educational experiences to workplace situations. Notably, we have found several underlying assumptions and misconceptions that hinder students’ articulation of their employability skills, as well as useful models of specific, evidence-based, and convincing, approaches to answering such questions.
Bybee RW & Fuchs B (2006) J Res Sci Teach 43(4): 349–352.
Kuhn D & Pease M (2008) Cogn Instruct 26: 512–559.
Zimbardi K et al (2013) Adv Physiol Educ 37 (4): 303-15.
Zimbardi K et al (in press) IJISME
Zimbardi K & Myatt P (2012) SHE 39 (2): 233-250
Este documento presenta un taller práctico sobre el uso de la aplicación GIMP para crear y modificar imágenes digitales con fines educativos. El taller explica cómo transformar imágenes mediante la selección de regiones, el uso de máscaras y degradados, y el retoque fotográfico. El documento guía al usuario a través de varios ejercicios prácticos como cambiar el cielo de una foto, colorear un dibujo escaneado y crear sombras en imágenes.
Student understanding of the critical features of a hypothesis: variation acr...Kirsten Zimbardi
This document summarizes a study examining first-year biology students' understanding of hypotheses. The researchers developed an instrument to measure student conceptions across epistemic and heuristic dimensions. Initial results found variation in students' views of hypotheses as based on facts versus predictions, and as testable statements versus guesses. Pedagogical interventions were implemented during the semester to help students develop more expert-like views of hypotheses as testable predictions based on observations. Post-testing will determine if students' conceptions changed to reflect disciplinary norms of evidentiary reasoning and controlling experimental variables.
Student self-assessment of the development of advanced scientific thinking sk...Kirsten Zimbardi
Presented at the International Union of Physiological Societies' Teaching Workshop 2013 (Bristol, UK).
Abstract:
We have developed three vertically-integrated inquiry-based practical courses for large cohorts (500-900 students) of early stage physiology students [1-3]. Video recordings of 22 students participating in inquiry classes were annotated by students, highlighting instances of scientific thinking. Most scientific thinking events occurred during development of hypotheses and experimental plans, and during analysis and interpretation of experimental data. However, to their regret, students rarely demonstrated scientific thinking whilst conducting experiments and collecting data. Videos and annotations will be presented; workshop participants will be encouraged to add annotations, to explore how novices and experts critically evaluate evidence of scientific thinking in inquiry-based classes.
References
1. Farrand, K., et al. Creating physiology graduates who think and sound like scientists. in Third National Attributes Graduate Project Symposia. 2009. Griffith University, Queensland, Australia.
2. Farrand-Zimbardi, K., et al. Becoming a scientist: the development of students’ skills in scientific investigation and communication through a vertically integrated model of inquiry-based practical curricula. in International Society for the Scholarship of Teaching and Learning (ISSOTL) annual conference. 2010. Liverpool, UK.
3. Zimbardi, K., et al., A set of vertically-integrated inquiry-based practical curricula that develop scientific thinking skills for large cohorts of undergraduate students. Advances in Physiology Education 37 (4): 303-15, 2013.
The document discusses different processes for pilot selection and training, including traditional single-stage and multistage processes as well as a proposed progressive parallax process. It describes how the progressive parallax process breaks training into small modules, uses statistical models like LDA to predict performance and remove candidates from consideration after each module. It also addresses how these processes could be adjusted to address a pilot shortage by lowering cut-off scores or minimum qualifications.
This document discusses an integrated system using various sensors and devices to monitor elderly individuals and support independent living. The system would produce user profiles, lifestyle monitoring, detection of trends, and recognition of anomalies. The goals are to support independence, enable early detection of issues, and reduce pressures on informal caregivers. It describes the partners involved and objectives to prepare the groundwork for product and service development through user research and a needs assessment.
Procurement and housing: Creative Commissioning in Health and Social Care & ...Richard Harding
This document discusses using digital technologies and data to help support independent living for vulnerable people. It outlines several technologies that can collect health and activity data, such as smart home sensors, wearable devices, and 3D cameras. With this data, artificial intelligence tools could detect patterns and anomalies. The data could also be used to create user profiles and monitor lifestyles. The document then discusses potential applications, such as checking on a person's well-being, coordinating care, increasing social connections, reducing loneliness and staff workloads, and helping people stay in their homes longer. The overall goal is to use digital tools and data to keep vulnerable individuals in the right homes with the right support.
Motivation is key to maintaining sustainability in the workplace. Motivated employees work more effectively and persistently than unmotivated employees. There are many factors that influence motivation, including intrinsic and extrinsic motives, goals, empowerment, relationships, culture and rewards. Leaders must understand what motivates each individual employee and create an environment where employees feel empowered, competent and that their work has meaning and impact. Maintaining high motivation through supportive management practices is essential for optimal job performance and long-term sustainability.
Fidel Castro announced that Cuba would release prisoners from its jails in order to force dialogue with the US about lifting the embargo. This led to around 125,000 Cuban refugees, including criminals and mental patients, flooding to boats waiting to leave for Florida. The forced emigration prompted homesick Cubans to hijack planes as a way to return to Cuba in the 1980s. Releasing prisoners backfired by exacerbating tensions over immigration between Cuba and the US through increased hijackings.
Innovation Agency: European Procurement Projects PPIRichard Harding
The document discusses several innovative projects aimed at helping older adults age independently and safely at home through the use of digital technologies and sensors. It describes projects that use smartphones and artificial intelligence to monitor daily patterns and detect functional decline. It also summarizes a European project called STOPandGO that develops procurement processes to test innovative care models for older people across multiple countries. The goal is to produce standardized templates to help procure 17 million euros in new services for older adults.
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