Capstone FWA PDF

CLO 1: Future Foresight Framework (60-80 words) The Future Foresight Framework includes Planning, where current knowledge and beliefs are analyzed; Exploring, to identify global changes and emerging trends; Describing, to outline multiple potential futures based on gathered insights; and Developing...

CLO 1: Future Foresight Framework (60-80 words) The Future Foresight Framework includes Planning, where current knowledge and beliefs are analyzed; Exploring, to identify global changes and emerging trends; Describing, to outline multiple potential futures based on gathered insights; and Developing, which involves actionable strategies to achieve preferred futures. For instance, using this framework, one could analyze urban planning trends to create sustainable cities with green spaces and renewable energy, ensuring a balance between environmental needs and societal well-being. CLO 2: Trend Analysis (60-80 words) Trend Analysis examines emerging patterns like the increasing use of renewable energy to combat climate change. This trend involves identifying drivers such as technological advancements, societal values, and environmental needs. Tools like STEEP analysis help explore how these factors interact, shaping future developments. For example, the adoption of solar power addresses energy demand, reduces carbon emissions, and enhances sustainability efforts, making it a critical trend in global energy transformation. CLO 2: Impact Analysis Matrix (60-80 words) The Impact Analysis Matrix evaluates trends by their urgency and importance to prioritize action. For example, renewable energy adoption has high urgency due to global energy demands and environmental impacts. Its positive effects include reduced greenhouse gas emissions and energy security, while potential challenges involve high initial costs and infrastructure limitations. The matrix helps stakeholders allocate resources effectively to mitigate risks and maximize benefits, supporting the transition to a sustainable energy future. CLO 3: Futures Wheel (120+ words) The Futures Wheel visualizes the direct and indirect effects of a specific trend. For instance, the increasing adoption of electric vehicles (EVs) reduces carbon emissions, directly improving air quality. Indirectly, it lowers healthcare costs and stimulates green technology innovation. However, challenges like battery waste management and high manufacturing costs also emerge. Using this tool allows stakeholders to anticipate ripple effects, ensuring policies address both opportunities and risks. For example, promoting EV adoption in the UAE can drive sustainable transportation initiatives. The Futures Wheel helps map interconnected outcomes, fostering comprehensive planning for sustainable urban mobility. CLO 3: Future Scenarios (120+ words) Future Scenarios explore the range of potential outcomes for a trend. For instance, with electric vehicles (EVs), one scenario envisions widespread adoption, leading to cleaner cities and robust green industries. A second scenario predicts partial adoption, with continued reliance on traditional fuel vehicles, resulting in slow environmental progress. A worst-case scenario involves stagnation due to infrastructure gaps or policy failures. This tool helps planners envision both ideal and problematic futures. In the UAE, creating a preferable scenario for EVs might involve investing in charging infrastructure, subsidizing EV purchases, and advancing battery recycling technologies. By imagining such possibilities, stakeholders can strategize to avoid risks and achieve aspirational outcomes. CLO 4: Backcasting (120+ words) Backcasting begins by envisioning a desired future and working backward to define steps needed to achieve it. For example, a preferred future might involve the UAE becoming a global leader in renewable energy by 2040. Starting from this vision, steps could include policy reforms to encourage green energy investments, scaling solar and wind energy projects, and enhancing public awareness about sustainability. The approach identifies gaps between the present and the desired outcome, ensuring actionable plans bridge them. For instance, renewable energy goals could require setting annual milestones, fostering international partnerships, and training a skilled workforce. Backcasting provides a structured path to align current efforts with long-term aspirations, ensuring the preferred future is attainable.