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NSW Primary Schools Are Invited To Apply for Sponsored ...
In the lead-up to the 76th International Astronautical Congress: IAC-2025 Sydney, The Andy Thomas Space Foundation and Australian-owned EdTech company, Makers Empire , are joining forces to deliver an engaging education program for 32 NSW schools. The International Astronautical Congress (IAC ) is the world's biggest space congress attracting more than 6,000 participants from the global space community. Covering all space sectors and topics, it offers the latest information and developments in academia and industry, networking opportunities, and potential partnerships. The NSW Space Discovery program is a space education program for 32 NSW primary schools designed to engage students in STEM learning and promote awareness of opportunities in the space industry. It offers exciting, space industry links and real-world learning opportunities. The program is supported by the NSW Government through the NSW Department of Investment, Enterprise and Trade. The NSW Space Discovery program is modeled on the Andy Thomas Space Foundation's successful Kids in Space program, and will be delivered to 32 NSW schools during 2024/2025: 16 schools will take part during terms 3 & 4 2024, and a further 16 schools will take part during terms 1 & 2, 2025. Selected NSW schools will receive a package worth approximately $6,499 including: ● 2-5+ teachers will participate in the accredited Makers Empire Learning By Design program with
税务及法律简讯
在本文件中，Lara Marambio & Asociados、Gómez Rutmann y Asociados、Despacho de Abogados 和 Deloitte & Touche, CA 拥有以“Deloitte”名义从事的独家合法权利，其业务范围仅限于提供审计、咨询、税务咨询、法律、风险和财务咨询服务以及其他专业服务。Lara Marambio & Asociados 拥有以“Deloitte”名义从事的独家合法权利，其业务范围仅限于提供审计和其他专业服务。Gómez Rutmann y Asociados、Despacho de Abogados 拥有以“Deloitte”名义从事的独家合法权利，其业务范围仅限于提供法律咨询和其他专业服务。德勤会计师事务所 (Deloitte & Touche, CA) 拥有以“德勤”名义从事并提供咨询、税务咨询、风险和财务咨询服务以及其他专业服务的独家合法权利，且其业务仅限于提供咨询、税务咨询、风险和财务咨询服务以及其他专业服务。
AJP-3.9，盟军联合目标瞄准条令 - GOV.UK
ITA 参照第 0209 段，ITA 坚持认为，只有在动态瞄准的情况下，目标的 PID 才应始终在瞄准周期的第 5 阶段（任务规划和强制执行）中获取。具体而言，PID 是在 F2T2E2A（查找、修复、跟踪、瞄准、交战、攻击、利用和评估）过程的修复步骤中获取的，通常用于执行动态瞄准。
LOCAL NEEDS DUTY & ACCOUNTABILITY AGREEMENT
Yeovil College has a clear mission statement ‘To Create Life-Changing Opportunities'. Our purpose is to proactively engage with our stakeholders to identify the skills needs within our local community, with a particular focus on high value, priority sectors that drive the economy forward. These sectors have currently been identified as Advanced Manufacturing (Aerospace), Health, Science, Construction, Digital (& Design) and Electrical (& Cell) Technology. The College is designing and implementing a curriculum for the local, regional and national skills needs, balancing current and future workforce priorities. The College is focused on creating and growing high quality employer partnerships, which provide opportunities for our learners and deliver the skilled workforce that our business community needs to thrive acknowledging that their prosperity is to the benefit of our whole community and our vision best places us to integrate this locally. The Yeovil College Strategic Plan was last updated and approved in November 2023 and sets the College's direction of travel towards 2028 – in which we will deliver the Government's national and regional skills priorities, while also transforming our campus with three brilliant new buildings made possible with more than £45 million of Department for Education capital investment. Strategic Plan Link: Yeovil College Vision, Mission, Values & Strategic Aims | Yeovil College BEHAVIOURS
AJP-3.9，盟军联合目标瞄准条令 - GOV.UK
ITA 参照第 0209 段，ITA 坚持认为，只有在动态目标定位的情况下，才应在目标定位周期的第 5 阶段（任务规划和强制执行）获取目标的 PID。具体而言，PID 是在 F2T2E2A（查找、修复、跟踪、定位、攻击、攻击、利用和评估）过程的修复步骤中获取的，通常用于执行动态目标定位。
On the Feasibility of CubeSats Application Sandboxing for Space Missions
Satellites, now numbering over 10,000 as of 2024 [43], have transitioned from extraordinary space achievements to common orbital fixtures, especially with the surge in small satellites like CubeSats and nanosatellites. This accessibil- ity has allowed diverse entities, including universities and startups, to engage in space projects. However, the ease of developing these smaller satellites often comes at the cost of security, making them prone to cyberattacks. Teams be- hind these projects may lack comprehensive cybersecurity knowledge, leading to significant vulnerabilities. Furthermore, the evolving nature of cybersecurity means satellite software can quickly become outdated, with updates in orbit posing a challenge, as noted in research like Willbold et al. [47]. Concurrently, there has been a significant evolution in satellite on-board computing, particularly in processing power. This advancement enables small satellites to run full operating systems like Linux, a shift from the basic systems in earlier models. This technological progress enhances satellite func- tionalities but also adds complexity and vulnerability, neces- sitating stronger security measures. As systems become more sophisticated, they are more susceptible to threats, requiring a layered defense approach. Sandboxing is one of the effective methods to isolate software vulnerabilities and protect these advanced systems. In this paper, we discuss the process of selecting a sandbox- ing mechanism for a satellite project currently under develop- ment, named RACCOON [41]. The project's goal is to design
制定社区和利益相关者参与计划
社区和利益相关方参与计划（参与计划）应阐明申请人与代表当地居民和企业的社区组织、工会和工人组织、当地政府、关注环境正义的社区、弱势社区和部落/阿拉斯加原住民公司进行合作的计划和行动。社区，即当地社区（位于项目地理上邻近地区的城镇、城市或县）和更广泛的利益群体，都需要作为参与计划的一部分进行确定和界定。在某些情况下，需要与多个社区进行合作 - 例如，项目可能由社区（如社区组织的合作社或当地市政当局）开发。不过，该项目仍需要确定并与其他相关社区进行合作。