Available courses
1. Understanding European Curriculum Standards
2. Applying ESG (European Standards & Guidelines) Principles
3. Analysing and Comparing International Programmes
4. Designing Learning Outcomes and Programme Structures
5. Integrating Modern Pedagogical Approaches
6. Designing ECTS-Aligned Assessment Methods
7. Developing Competence-Based Curricula
8. Adapting European Practices to South African Contexts
To equip South African academic staff with the knowledge, tools, and applied skills required to design, benchmark, and adapt energy poverty–related curricula in alignment with European higher education standards (ESG, ECTS, competence-based learning), while responding to local South African realities, as promoted by the FAIR project.
- Understand the importance of sustainable fuels and transportation in addressing energy poverty and promoting sustainability.
- Analyze the technical characteristics and environmental impacts of alternative fuel options.
- Evaluate the socio-economic feasibility and scalability of sustainable transportation solutions.
- Design integrated energy systems incorporating sustainable fuels and transportation modes to meet the mobility needs of communities.
- Identify policy and regulatory frameworks that support the adoption of sustainable fuels and transportation technologies.
- Develop strategies for promoting equitable access to sustainable transportation options in energy-poor communities.
The Sustainable Fuels and Transportation module explores the role of alternative fuels and transportation solutions in alleviating energy poverty while promoting sustainability and resilience. Students will examine various sustainable fuel options, including biofuels, hydrogen, and synthetic fuels, and their application in transportation systems. Through case studies, technical analyses, and policy discussions, students will gain insights into the challenges and opportunities of transitioning towards sustainable fuels and transportation modes in energy-poor communities.
- Understand the principles and mechanisms of advanced renewable energy technologies.
- Evaluate the technical feasibility and economic viability of deploying advanced renewable technologies in energy-poor communities.
- Analyze the socio-economic and environmental impacts of advanced renewable energy solutions.
- Design integrated energy systems incorporating advanced renewable technologies to meet the energy needs of communities.
- Identify barriers and challenges to adopting advanced renewable technologies and propose strategies for overcoming them.
The Advanced Renewable Technologies module delves into cutting-edge renewable energy solutions tailored to address the specific challenges of energy poverty. Students will explore the latest advancements in renewable energy technologies, including solar, wind, hydro, and biomass, focusing on their applicability and scalability in resource-constrained settings. Students will understand the technical, economic, and social dimensions of deploying advanced renewable technologies for energy access and poverty alleviation through theoretical study, practical demonstrations, and case analyses.
- Understand the ethical dimensions of addressing energy poverty through technology interventions.
- Analyze ethical frameworks and principles relevant to energy poverty alleviation technologies.
- Critically evaluate technology interventions' social, environmental, and cultural impacts on energy-poor communities.
- Identify and assess ethical dilemmas and trade-offs inherent in energy poverty alleviation initiatives.
- Develop ethical guidelines and strategies for promoting responsible and equitable technology deployment.
Communicate ethical considerations and recommendations effectively to diverse stakeholders.
The Tackling Global-Local Challenges in Ethics module explores the ethical dimensions of addressing energy poverty through technology interventions at both global and local levels. Students will examine ethical frameworks, principles, and dilemmas related to the development, deployment, and impact of energy poverty alleviation technologies. Students will also learn about the tension between universal ethical norms and cultural relativism. In addition, this module will also examine the role of corporations, local communities and governments in addressing global-local ethical challenges. Students will be encouraged to critically evaluate how cultural values shape ethical perspectives and consider how to navigate these differences in a global context. Through case studies, ethical analyses, and interactive discussions, students will critically evaluate technology interventions' social, environmental, and cultural implications, considering diverse perspectives and ethical considerations. The module aims to equip students with the ethical awareness and analytical skills to navigate complex ethical challenges in energy poverty alleviation initiatives.
- Understand the ethical dimensions of addressing energy poverty through technology interventions.
- Analyze ethical frameworks and principles relevant to energy poverty alleviation technologies.
- Critically evaluate technology interventions' social, environmental, and cultural impacts on energy-poor communities.
- Identify and assess ethical dilemmas and trade-offs inherent in energy poverty alleviation initiatives.
- Develop ethical guidelines and strategies for promoting responsible and equitable technology deployment.
- Communicate ethical considerations and recommendations effectively to diverse stakeholders.
The Tackling Global-Local Challenges in Ethics module explores the ethical dimensions of addressing energy poverty through technology interventions at both global and local levels. Students will examine ethical frameworks, principles, and dilemmas related to the development, deployment, and impact of energy poverty alleviation technologies. Through case studies, ethical analyses, and interactive discussions, students will critically evaluate technology interventions' social, environmental, and cultural implications, considering diverse perspectives and ethical considerations. The module aims to equip students with the ethical awareness and analytical skills to navigate complex ethical challenges in energy poverty alleviation initiatives.
- Formulate a straightforward research question or problem statement about energy poverty alleviation technologies.
- Design and implement a research methodology appropriate for addressing the research question or problem.
- Collect, analyse, and interpret data using relevant qualitative or quantitative research methods, depending on the nature of the research.
- Critically evaluate existing literature and empirical evidence in energy poverty alleviation through the synthesis and analysis of research outcomes.
In the Mini Dissertation module context, students are meant to deliver an independent research project, directed to their personal research interests and preferences, focused on energy poverty alleviation technologies. The module aims to assist students in improving their general academic, research, and analytical skills. In more detail, during the module, students will apply the knowledge and skills acquired throughout the program to investigate a specific research problem related to energy access, affordability, or sustainability in marginalised communities. Under the guidance of a supervisor, students will conduct original research, analyze data, and submit an integrated document -the dissertation- that contributes to the wider academic understanding and practical application of energy poverty alleviation technologies.
- Understand the principles and components of hybrid renewable energy systems (HRES) and energy storage technologies.
- Analyse the suitability of different renewable energy sources and energy storage options for community-based energy solutions.
- Design and simulate HRES configurations tailored to specific communities' energy needs and resources.
- Evaluate the socio-economic and environmental impacts of HRES and energy storage deployment in local contexts.
- Develop strategies for community engagement, capacity building, and ownership of HRES projects.
- Demonstrate proficiency in project management and implementation of community-based HRES initiatives.
This module explores the design, implementation, and benefits of hybrid renewable energy systems (HRES) combined with energy storage technologies as community-based solutions for alleviating energy poverty. Students will examine the integration of multiple renewable energy sources, such as solar, wind, and biomass, with energy storage systems to create resilient and sustainable energy solutions tailored to the needs of local communities. Through theoretical learning, case studies, and hands-on projects, students will gain practical skills in designing and managing HRES, addressing energy access challenges, and fostering community engagement for sustainable development.
- Understand the connections between climate change, energy poverty, and social justice.
- Analyze existing energy poverty policies and climate strategies from a justice perspective
- Evaluate the effectiveness and equity of policy interventions addressing energy poverty and climate change.
- Identify the barriers to equitable energy access and climate resilience for vulnerable populations.
- Develop policy recommendations and advocacy strategies for promoting energy justice and climate resilience.
- Communicate complex policy issues related to energy poverty and climate justice to diverse stakeholders effectively.
This module examines the intersection of climate change, energy poverty policy, and social justice within sustainable development. Students will explore the complex relationships between energy access, poverty alleviation, and climate mitigation and adaptation strategies. Through a multidisciplinary approach, including policy analysis, ethical inquiry, and case studies, students will critically assess existing policies and frameworks to address energy poverty and climate change while promoting equity and justice. By engaging with real-world challenges, students will develop the knowledge and skills to advocate for inclusive and effective energy policies prioritising marginalised communities' needs.
- Understand the vital economic principles governing energy markets and investments.
- Analyze the geopolitical factors shaping energy policies and their implications for renewable energy development.
- Evaluate the socio-economic impacts of renewable energy investments on local markets and communities.
- Identify strategies for capitalising on renewable energy investments to alleviate energy poverty and promote sustainable development.
- Assess the risks and opportunities associated with renewable energy projects in different geopolitical contexts.
- Develop policy recommendations and investment strategies for maximising the socio-economic benefits of renewable energy projects at the local level.
This module delves into the intricate relationship between energy economics, geopolitics, and integrating renewable energy investments into local markets. Students will explore the economic principles governing energy markets, analyse the geopolitical factors influencing energy policies, and examine strategies for leveraging renewable energy investments to alleviate energy poverty at the local level. Through case studies and interactive discussions, students will gain insights into the challenges and opportunities of transitioning towards renewable energy economies while promoting sustainable development and energy access for all
- Understand the fundamental principles of sustainable energy technologies.
- Analyze renewable energy sources' technical, economic, and environmental characteristics.
- Evaluate energy efficiency measures and their potential for reducing energy poverty.
- Assess the suitability and feasibility of different sustainable energy technologies in diverse socio-economic contexts.
- Design and propose integrated energy solutions for addressing energy poverty challenges.
- Critically reflect on the ethical and social implications of deploying sustainable energy technologies in communities experiencing energy poverty.
This module comprehensively introduces sustainable energy technologies that focus on alleviating energy poverty. Students will explore various renewable energy sources, energy efficiency measures, and emerging technologies within the context of sustainable development goals. Through theoretical learning, practical demonstrations, and case studies, students will develop a deep understanding of the principles, applications, and implications of sustainable energy technologies for addressing energy poverty and promoting socio-economic development.
- Understand the interconnectedness of energy, society, and sustainable development.
- Critically evaluate energy systems and policies' social, economic, and environmental impacts.
- Analyse the drivers and barriers to energy access and affordability in different socio-economic contexts.
- Assess the role of renewable energy technologies and decentralised energy solutions in energy poverty alleviation.
- Identify strategies for promoting energy justice and social equity in energy transition processes.
- Develop interdisciplinary approaches to addressing energy poverty within sustainable development goals.
The Energy, Society, and Sustainable Development module explores the interface between these aspects in addressing and understanding energy poverty alleviation at both global and local levels. The module, therefore, explores the complex interplay between energy systems, societal dynamics, and sustainable development goals within the context of energy poverty alleviation. Students will examine energy access and utilisation's social, economic, and environmental dimensions, critically analysing policies, technologies, and practices to achieve sustainable energy solutions. Students will gain insights into the challenges and opportunities of transitioning towards equitable and sustainable energy systems through interdisciplinary perspectives and case studies. In general, the module is designed to develop critical, analytical, interpretative, integrative, and presentation skills to enable the students to understand the complex nexus between energy, society, and sustainable development in the current realm of a changing climate and environment. Consequently, the associated perspectives concerning the relationships between humans, energy, and the environment will be clearly understood under the sustainable development framework.
- Understand the importance of research methodology in energy poverty alleviation.
- Critically evaluate different research methods and their suitability for investigating energy poverty-related issues.
- Design a research project on energy poverty alleviation technologies, including formulating research questions and hypotheses.
- Apply ethical principles in research involving vulnerable populations and sensitive topics.
- Demonstrate proficiency in data collection and analysis techniques relevant to energy poverty research.
- Communicate research findings effectively through written reports and presentations.
This module introduces research methodology in the context of energy poverty alleviation technologies. Students will explore various research methods and techniques for studying and addressing energy poverty. Through theoretical learning in lectures, practical exercises, and case studies, students will gain the necessary skills for research design, data collection, analysis, and interpretation in this field. The module aims to equip students with the skills and knowledge required to undertake independent research and critically evaluate existing literature in the field. It will cover qualitative and quantitative research approaches, ethical considerations, data collection techniques, and analysis methods tailored to the unique challenges and opportunities within energy poverty alleviation.