This module introduces sustainability to professionals by exploring the interconnections between environmental, social, and economic systems to address global challenges such as climate change and resource scarcity. It highlights key sustainability principles, introducing sustainable thinking, circular economy, and the United Nations Sustainable Development Goals (SDGs). Participants are equipped with tools and frameworks for understanding and implementing sustainable practices in diverse professional settings and industrial sectors. The module emphasises collaborative approaches, showcasing how cross-sector partnerships can drive transformative change. Case studies and practical applications help learners bridge theory with real-world practice, enabling them to design and advocate for sustainable solutions. By the end of the module, professionals will be empowered to lead sustainability initiatives, driving innovation and resilience within their organisations and industries.

1. Interpret sustainability and sustainable development and what it means in the context of industrial systems and society.
2. Determine the importance of ecosystems service and natural capital in the context of a modern world and interpret its impact to humankind.
3. Appraise the application of circular economy principles in the transformation to a more sustainable future.
4. Evaluate Irish and European policy in terms of challenges for current industrial practices and what it means for future enterprise activities.
5. Contrasta selection of methodologies used to measure sustainability.

This module focusses on developing skills to better understand sustainability challenges and critically assess opportunities for sustainable transformation. Systems Thinking is an important framework for addressing complex problems. Through fostering a deeper understanding of the interconnectedness of our social, environmental and economic systems, the learner will explore opportunities for more effective and enduring solutions to global challenges.

1. Demonstrate a detailed understanding of systems thinking and its role in sustainable transformation
2. Assess the complexity and interconnectedness of sustainability problems such as energy and food security, climate change and the biodiversity crisis.
3. Critically evaluate the application of systems thinking tools to better understand root causes and the interplay between different systems
4. Identify and evaluate the effectiveness of leverage points for sustainable interventions using systems thinking
5. Appraise the value of stakeholder engagement for collaborative, inclusive and effective change
6. Design strategies using systems thinking to facilitate transformative change for sustainability across various sectors

The module Solutions for a Sustainable Future equips advanced sustainability professionals with innovative strategies to address global sustainability challenges. It explores solutions like renewable energy integration, circular economy models, and nature-based approaches to climate resilience. Real-world case studies illustrate the successful application of transformative solutions across industries and regions. Participants will engage in scenario planning and stakeholder collaboration exercises to develop skills that will allow them to implement sustainability frameworks. By the end, learners will be prepared to lead and drive systemic change for a sustainable future.

1. Interrogate the key concepts of sustainability and appraise their place as solutions for a sustainable future
2. Evaluate various sustainability models, systems and case-studies which explore the interconnectedness of environmental, social and economic solutions for today and tomorrow
3. Analyse the principles of social justice and the concept of a just transition to a sustainable world with modern actions and intent.
4. Define and differentiate between various stakeholders and their role and function when addressing transformational approaches to sustainability.
5. Critically assess existing and future methodologies in relation to how sustainability can best be implemented in the face of global change and uncertainty

This module aims to provide an in-depth understanding of climate change, its impacts, and the various strategies and actions being implemented to mitigate and adapt to its effects. The module will explore the science behind climate change, policy frameworks, the role of innovation and technology, and the challenges and opportunities for all sectors in transitioning to a low-carbon, climate-resilient society.

1. Describe and illustrate the fundamental scientific principles underlying climate change, including the role of greenhouse gases, natural climate cycles and anthropogenic influences.
2. Critically analyse and evaluate national and international climate policies, agreements, and frameworks.
3. Differentiate and analyse the various environmental, social, and economic impacts of climate change at local, national and global scales.
4. Evaluate climate change mitigation and adaptation strategies, assessing their effectiveness and feasibility across various sectors.
5. Develop and communicate evidence-based solutions for climate action planning.