Catalogue

This resource is primarily based on teaching material developed by the author over several years for courses (including CIVL4201/6201 Geotechnical and Geoenvironmental Engineering, and CIVL4571/6571 Geotechnical Engineering Project) offered by the University of Newcastle, Australia. It builds upon fundamentals of Soil Mechanics and Foundation Engineering introduced elsewhere, and it assumes that the reader has some familiarity with basic soil mechanics concepts. The resource is focused on application of fundamental soil mechanics concepts to practical Geotechnical Engineering tasks, such as: interpretation of geotechnical investigation results, design of shallow foundations under serviceability and ultimate limit state conditions, and analysis and design of deep foundations. In addition to the above, the resource includes a brief introduction to Geoenvironmental Engineering, concentrating on the problem of soil and groundwater contamination, the description of relevant remediation techniques and the demonstration of simple methods for the design of remediation facilities.

The analytical and empirical state-of-practice and state-of-the-art methodologies covered in this resource conform (or have been adapted by the author) to the pertinent Australian Standards, which are extensively referenced in the text, whereas normative design concepts such as the Load and Resistance Factor Design are demonstrated, via their application in numerous worked examples.

In parallel, the use of numerical methods in Geotechnical and Foundation Engineering is introduced, by means of several example problems treated with the industry-standard finite element code PLAXIS. Emphasis is not put on linear and non-linear finite element theory or advanced numerical modelling techniques and soil constitutive models, but rather on the use of numerical methods to tackle fundamental Geotechnical (and Geoenvironmental) Engineering problems, and on key modeling issues encountered in everyday practice. The concept of using simpler, analytical methods to validate numerical analysis results and guide the development of more complex, real-world models is underlined.

Over twenty-five years, senior Yolŋu knowledge authorities, elders, and researchers have been sharing traditional concepts in their collaborative work of teaching, research, and monitoring and evaluation in various Indigenous-led initiatives at Charles Darwin University – including through the Yolŋu Studies program and more recently the First Nations Sovereignty and Diplomacy Centre. Now for the first time a selection of the most important of these philosophical statements has been collected into a single volume and made available to students of Indigenous languages and cultures through Australia and New Zealand and the world. The volume will also be of particular interest to Government and Non Government organisations and policy developers.

Open Education Down UndOER: Australasian Case Studies is a curated, peer-reviewed, openly-licensed anthology comprising scholarly contributions from esteemed professionals including librarians, researchers, learning and teaching teams, and engaged open education practitioners across Australia. Future editions will seek to extend this coverage to Aotearoa New Zealand, and the broader Asia-Pacific region.

The primary aim of this initiative is to illuminate the pivotal role of open educational practices (OEP) in the advancement of learning and teaching methodologies in the region. By showcasing diverse case studies, our goal is to foster greater awareness and appreciation for open practices, champion inclusivity and equity within educational spheres, and provide practical examples of open educational practices which can be adapted by readers for use in their own contexts.

Diagnosis: a Medical Education Game is an immersive serious game, where players navigate the hospital gathering crucial clinical information to successfully diagnose and hand over a patient. Diagnosis eases the transition from campus-based to placement-based learning, introducing productive failure opportunities in a low-stakes setting. Diagnosis also highlights the importance of managing resources and prioritising differentials, offering opportunities to reflect on multiple elements of the clinical reasoning process, supporting the development of adaptive expertise.

As you progress, you will interview and examine your patient, order tests and imaging scans. Use your judgement wisely, or you will run out of money before reaching a diagnosis. If you miss something, your patient’s condition may deteriorate, so be as thorough as you can! Collaborate with teammates, and challenge your knowledge on your way to solving medical mysteries. But beware of the ‘Spooky Consultant’ lurking around the corners, adding an extra layer of suspense and thrill. Bring out your inner doctor, hone your diagnostic skills, and experience the pulse-pounding excitement of healthcare education like never before!

Updated in 2025, this edition of the guide is designed to support students undertaking Australian legal studies and contribute to the development of research skills in Australian law schools.

An exciting feature of this edition includes a brand new chapter on Legal Research using Generative Artificial Intelligence (Gen AI).

For Educators FeedbackData Dashboard

This book serves to fill a critical gap in existing healthcare education resources, by raising healthcare professional and healthcare educators’ awareness of uncertainty tolerance. This handbook explores the impact health professions education (and educators) can have on the future healthcare workforce’s ability to manage uncertainty effectively, and provides practical approaches (including exemplar curricular templates) for supporting this essential workplace-ready, transferable attribute.

It is unlikely a connected person can conduct many activities in their day without technology accumulating and storing data created by their activities and online interactions with other people. Technology is a driving feature of many individuals’ lives, but few users understand what is happening behind its functional level. Large amounts of personal data are being generated from the multitude of technological devices we interact with each day that are stored by manufacturers and service providers and used for profiling and sale. Once this data is generated and stored, evidence of activity remains on the devices and/or corporate servers where it can be used to build a profile on an individual including their personality which becomes more accurate as more data is accumulated.

Where people forget what they have done, technology never does.

Tens of thousands of iconic fossils are housed in the collections of the Geology Museum at Ōtākou Whakaihu Waka – University of Otago, in Ōtepoti Dunedin, Aotearoa New Zealand. Used for teaching and research for over a century, here we offer a close look at some of the most special fossil treasures in the collections.

The focus of this textbook is on play and learning through a Conceptual PlayWorld. This evidence informed model helps teachers to plan innovative practices relevant for a range of discipline concepts. The teachers and children after reading/hearing a children’s book or nursery rhyme or fairytale jump into the story as characters from the book/story, go on adventures, meet challenges that they solve and return to the real world enriched, and excited to go back in for another adventure (potentially bringing with them things they have learned to enrich their play). The 5 characteristics of planning for a Conceptual PlayWorld are: 1) Selecting a story, 2) Designing an imaginary play space; 3) Planning an exciting entry and entry into that space; 4) Planning a problem that the characters of the story (children in role) will meet and need to solve using concepts; 5) Planning the role of the adults in the imaginary play.

This evidence-informed model forms the foundation of each chapter in the book. Students will learn:

● what is a Conceptual PlayWorld

● the research that underpins a Conceptual PlayWorld

● how to plan and implement a Conceptual PlayWorld

● how to contextualise a Conceptual PlayWorld for specific ages, contexts and discipline content

● how to assess and make learning visible in a Conceptual PlayWorld

● to be leaders and innovators by designing creative and imaginative programs using a Conceptual PlayWorld model of pedagogical practice

● the utility of Conceptual PlayWorlds for creativity, imagination, and wellbeing.

This comprehensive textbook captures best international practice for health information management (HIM) and is focused on the practical needs of current and aspiring health information managers. The text includes evolving and innovative approaches for health information and data management from across the world. The text provides a comprehensive overview of HIM principles, including data governance, electronic health and medical records (EHRs/EMRs), privacy and security regulations, and health informatics. It explores the role of HIM professionals in improving healthcare delivery, enhancing patient outcomes, and supporting clinical decision-making. Through case studies and practical examples, readers will gain insights into the challenges and advancements in HIM, preparing them for a dynamic and evolving healthcare environment.