Personnel management, encompassing team dynamics, communication, and operational efficiency, is critical yet underemphasized in surgery. This review synthesizes evidence on these components and their impact on surgical outcomes in Australia and New Zealand (ANZ) and internationally. This paper synthesizes peer-reviewed literature on surgical personnel management components and their impact on clinical outcomes, patient safety, operational efficiency, and staff well-being. Emphasis is on evidence-based strategies, training interventions (e.g., simulation, Crew Resource Management), assessment tools, and non-academic competencies like practice management and leadership. Effective personnel management correlates positively with improved surgical outcomes. Stable, dedicated teams [1] [3] often show enhanced efficiency and potentially better clinical results, though evidence on complications and mortality is heterogeneous and requires further investigation. [2] Robust communication, using tools like checklists and briefings [5], is crucial for reducing errors [7], as communication failures are a leading cause of adverse events. [8] Non-technical skills (NOTSS) frameworks [10] offer structured approaches to training and assessment [12], though skills may need ongoing maintenance. [13] Positive leadership influences team culture and mitigates surgeon burnout [14], a significant issue impacting well-being and patient safety. [15] Non-academic skills like practice management [17] and committee work [19] are integral to the modern surgical role. A systematic approach to personnel management, with targeted training in technical, non-technical, and non-academic skills, is essential for optimising surgical performance and patient safety in contemporary healthcare, including within ANZ. [21] Ongoing development, implementation, cultural integration, and rigorous research are needed to address evidence gaps and enhance surgical care.

Feedback is fundamental to surgical training, yet its consistent delivery in busy clinical settings, including Australia and New Zealand (ANZ), is challenging. This paper synthesizes evidence to offer practical guidance for surgical educators and trainees. A literature review of major biomedical databases (PubMed/MEDLINE, Embase) was conducted on feedback in postgraduate surgical education. The review synthesized evidence on feedback models, effectiveness, implementation challenges, best practices, technology's role, and factors relevant to the ANZ context. Effective feedback is timely, specific, objective, actionable, and respectfully delivered. While various models exist (e.g., Pendleton, SET-GO), their application depends on context. Key challenges include time constraints, inconsistent supervisor skills, and cultural factors. Best practices involve psychological safety, collaborative goal setting, and focusing on behaviour. Simulation and video review are valuable adjuncts. Specific ANZ considerations include the RACS training structure and geographical diversity. Optimising feedback requires a multifaceted approach, moving from ad-hoc comments to structured, evidence-based practices. Implementing established principles, training supervisors, leveraging technology, and fostering supportive cultures are crucial for enhancing surgical performance and patient safety in Australasia and internationally. This synthesis provides actionable strategies for improving surgical education.