Forensic science is nearly unrecognisable from itself just 20 years ago. But with a growing research base, new technologies, and emerging frameworks for quality management, there are new challenges in navigating and communicating that complexity in a trustworthy way. These challenges come in the face of longstanding barriers to rebuilding credibility, such as reports of wrongful convictions and inquiries into the scientific reliability of forensic information. Addressing these challenges head on, we bring together an international group of researchers from a wide range of fields with distinctive experiences in: strategic management, scientific communication, the history and philosophy of science, psychology, validation of methodologies, Cochrane systematic reviews, and forensic science quality management.

This workshop offers a fresh perspective on DNA profile analysis, focusing on enhancing efficiency, accuracy, and the integration of probabilistic genotyping.

Key topics include:

• Examining raw EPG data and the impact of peak smoothing on peak calls
• Comparing sizing variations across different analysis software
• Exploring operator tools for effective analysis
• Understanding stutter modelling and its role in interpretation and determination of the number of contributors
• Developing optimized workflows
• Validating analysis software for reliable results

The forensic-register is a case management system with an integrated laboratory information management system (LIMS) that is compliant with quality standards. It allows for the recording, collection and processing of forensic evidence, from the crime scene, through the laboratory and into the courtroom. It has been designed for practitioners by practitioners.

The workshop will be run by practitioners with real world experience of the forensic-register – both at a scene and in the laboratory – and will take participants on a hands-on journey through the forensic-register, allowing them to navigate efficiently through the system, and explore the many features available. At the end, participants will be familiar with the core features of the system and gain an understanding of how to use the forensic-register. They will also have awareness of the additional modules that are available.

Key features include:

• Case files and case management – allows the user to collate all information relevant to the case
• Exhibit management – allows the user to maintain continuity of the exhibits
• Quality and Compliance – allows for the inclusion of quality improvement systems and training catalogues
• Equipment and Supplies – equipment and supplies can be registered and linked to processes within the FR, allowing for further quality compliance
• Personnel Management – maintains records related to a user including positions, training, competencies, achievements and permissions
• System administration – allows configurability of some areas of the system, security management and auditing capabilities

The aim of this workshop is to familiarise practitioners with cognitive science issues that impact their decision-making, and develop strategies to mitigate their effects. Over the last decade, the forensic sciences have begun to engage with issues relating to human decision-making. Initial interest centred on cognitive biases in forensic practitioners, but has since expanded to include multiple aspects of human cognition that impact the accuracy of decisions made by forensic scientists and how forensic science evidence is interpreted by others. Importantly, many of these issues are an inevitable and unavoidable part of simply being human. Luckily, understanding more about how the human mind works allows us to design simple yet effective ways to mitigate the risks of these issues and safeguard human decision-making in the forensic sciences. Our Thinking Forensics Training presents ‘10 things forensic scientists should know about cognitive science’ in a series of fun and interactive activities. We are firm believers that trainees should experience each of our ‘10 things’ for themselves, rather than having us tell them. This approach results in engaging and thoughtful discussion around each ‘thing’, where practitioners share their own unique experiences with the group and help each other design practical strategies to mitigate risk in their specific roles. The Thinking Forensics Training is based on one of our peer-reviewed publications with an international and inter-disciplinary team of cognitive scientists, lawyers and forensic scientists.

Join us for an immersive one-day workshop designed specifically for new and aspiring forensic science practitioners! This unique event provides a comprehensive overview of forensic science in Australia and New Zealand, making it an invaluable opportunity for students and early-career professionals.

• Exploration of Disciplines: Gain insights into various forensic science disciplines and discover where they fit within the broader forensic landscape.
• Expert Insights: Learn directly from experienced practitioners in the field. Our speakers will share the techniques they employ in their work, along with real case examples that illustrate the practical applications of forensic science.
• Current Trends and Future Directions: Stay informed with an update on the current status of forensic science and explore its future trends.
• Career Panel: Conclude the day with a dynamic career panel featuring distinguished guests who will share their experiences and offer guidance on building a successful career in forensic science.

This workshop is a must-attend for anyone looking to establish themselves in the exciting field of forensic science. Don't miss the chance to network, learn, and propel your career to new heights!

Forensic Investigative Genetic Genealogy (FIGG) has proven tremendously successful in many countries. There is still much to learn about the best approach(es) forward and how we, as a community of scientists and investigators, can maximise existing forensic laboratory operations and personnel, budgets, and access to public data to address the increasing demand for FIGG services.

This workshop will utilise hands-on approaches to explore best practice decisions for setting up an in-house FIGG laboratory workflow. This will include assessing three unique yet invaluable scientific approaches (targeted amplification of SNPs, large-scale microarrays, and whole genome sequencing) to generate a DNA data file for genealogical searching.

The workshop will consider the foundations of validation, accreditation and implementation strategies in the context of legal, privacy, and considerations around training and education. Participants will be provided with a broad understanding of the current and future state of FIGG, to inform operational and strategic decision-making.

This workshop includes an interactive panel session discussing the validation and quality standard requirements for forensic biology and chemistry. Also covered are presentations on the new mixture deconvolution solution from Thermo Fisher and validation services partnership offerings to streamline implementation. Further details on content will be coming soon.