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Dissertation projects for computing and data science

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Dissertation projects for computing and data science

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Investigating efficient use of computing resources, efficient and scalable algorithms
Use of computing and data to support ecological projects - monitoring resource use, monitoring compliance with legal standards for sustainability

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2023 completed EPSRC internships (with direct linkage into the sustainability team)

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2023 completed EPSRC internships (with direct linkage into the sustainability team)

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Summer 2023 internships co-supervised by the sustainability team, which were placed within the Estates team, with a lead academic from within EGIS.

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Sharing information via stories - we would like researchers, teachers, students, friends, family.... to use storytelling as a means to share how climate and environmental change impacts them.

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Sharing information via stories - we would like researchers, teachers, students, friends, family.... to use storytelling as a means to share how climate and environmental change impacts them.

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If you have an idea, a story or a suggestion, please let us know. You can find some inspiration here.

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Dissertation and short-term student projects addressing sustainability challenges faced by HWU

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Dissertation and short-term student projects addressing sustainability challenges faced by HWU

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Where student projects and dissertations address sustainability topics that are directly applicable to HWU operations and activities, the sustainability team can facilitate access to data, information and advice. We are keen to enable students to work on real-world challenges that contribute towards actual solutions. Please let us know if you have any ideas for projects and collaboration.

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Where internship projects are aligned to address sustainability challenges faced by HWU, the sustainability team can facilitate access to available data, supervisory support and linkages to strategic sustainability goals.

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Please tell us if you are aware of any students or ECRs with a strength for presenting information via a variety of media sources (video, podcast, imagery, comics etc.)

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Please tell us if you are aware of any students or ECRs with a strength for presenting information via a variety of media sources (video, podcast, imagery, comics etc.)

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We are particularly keen to be able to showcase students and early career researchers in video content to feature in the training programme. Please leave your contact details if you have anyone in particular in mind, or if you yourself would like to be involved.

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An overview of all of the topics proposed that could feature in the training programme, which will be self-led and accessed via Canvas - this is subject to change as engagement activities progress.

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Carbon Literacy Training - scoping outline DRAFT

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How can the training outline topics be explored in an engaging manner? Ideas are sought for stories, games and educational activities.

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Topic

Navigating Sustainability Reporting and Ethical Dilemmas in Accounting

Learning Objectives

Navigating Sustainability Reporting and Ethical Dilemmas in Accounting. Understand the importance of sustainability reporting in modern accounting practices.

Analyse the ethical dilemmas accountants may face when dealing with sustainability reporting.

Apply accounting principles to assess a real or fictitious Corporation's sustainability performance and financial impact.

Develop critical thinking and decision-making skills in a real-world context.

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Topic

Sustainable Risk Assessment in the Insurance Industry

Learning Objectives

Understand the concept of sustainability in the context of the insurance industry.

Analyse the environmental and social risks and opportunities that insurers face.

Apply actuarial techniques to assess and quantify sustainability-related risks.

Develop critical thinking skills to make informed decisions regarding sustainable insurance products.

Enhance communication skills by presenting findings and recommendations.

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Topic

Sustainable Building Design and Lifecycle Analysis

Learning Objectives

Understand the principles of sustainable building design and their importance in architectural engineering.

Apply sustainability assessment tools and methodologies to analyse building designs.

Evaluate the environmental, social, and economic impacts of architectural decisions.

Develop sustainable design strategies and solutions for real-world projects.

Enhance collaboration and communication skills in interdisciplinary design teams.

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Topic

Sustainability Transformation in Business

Learning Objectives

Recognise the significance of sustainability in contemporary business practices.

Analyse the strategies and challenges associated with integrating sustainability into a corporation's operations.

Apply business administration concepts to develop sustainable business strategies.

Evaluate the economic, environmental, and social impacts of sustainability initiatives.

Enhance teamwork, critical thinking, and decision-making skills in a business context.

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Topic

Biodiversity Conservation in Practice

Learning Objectives

Understand the importance of biodiversity conservation in the context of biological sciences.

Analyse the ecological and social aspects of managing a conservation project.

Apply biological sciences principles to assess the biodiversity of a given area.

Develop and propose evidence-based conservation strategies.
Enhance critical thinking, problem-solving, and communication skills in a real-world conservation context.

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Topic

Restoring Ecosystem Health: A Wetland Restoration Case Study

Learning Objectives

Understand the role of wetlands in ecosystem health and biodiversity.

Analyse the ecological challenges and opportunities of wetland restoration.

Apply biological principles to assess the effectiveness of a wetland restoration project.

Develop and propose science-based solutions to enhance wetland restoration efforts.

Enhance critical thinking and scientific communication skills through laboratory-based research.

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Topic

Sustainable Brewing and Distilling

Learning Objectives

Recognise the importance of sustainability in the brewing and distilling industry.

Analyse the environmental and social impacts of brewing and distilling operations.

Apply brewing and distilling principles to develop sustainable production processes.

Evaluate the economic benefits of sustainable practices in the industry.

Enhance critical thinking, problem-solving, and communication skills in a real-world brewing and distilling context.

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Topic

Inclusive and Sustainable Multilingual Communication at COP

Learning Objectives

Recognize the importance of inclusivity and sustainability in multilingual communication, particularly at global events like COP.

Analyse the social and environmental impacts of language access and translation services in international conferences.

Apply principles of inclusive and sustainable language access to develop innovative strategies for COP.

Evaluate the effectiveness of these strategies in the real-world context of international climate negotiations.

Enhance critical thinking, problem-solving, and communication skills in the context of applied language studies.

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Topic

Sustainable Finance and Corporate Responsibility

Learning Objectives

Understand the intersection of sustainability, finance, and corporate responsibility in modern business.

Analyse the financial and ethical implications of sustainable business practices.

Apply financial and business principles to assess a chosen corporation's sustainability performance.

Develop critical thinking and decision-making skills in a real-world sustainability context.

Enhance communication and collaboration skills within cross-functional teams.

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Topic

Sustainable Process Design

Learning Objectives

Understand the role of chemical engineering in sustainability and environmental stewardship.

Analyse the environmental and economic impacts of chemical processes.

Apply chemical engineering principles to design and optimize sustainable processes.

Evaluate the feasibility and sustainability of alternative process designs.

Enhance critical thinking, problem-solving, and communication skills in a real-world chemical engineering context.

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Topic

Green Chemistry in Action: The Sustainable Synthesis of Solvent Alternatives

Learning Objectives

Understand the principles and importance of green chemistry in sustainable chemical processes.

Analyse the environmental and health impacts of traditional solvents used in chemistry.

Apply green chemistry principles to design and synthesise sustainable solvent alternatives.

Evaluate the feasibility and sustainability of these alternative solvents.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable chemistry.

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Topic

Sustainable Infrastructure Development

Learning Objectives

Understand the principles of sustainability in civil engineering and infrastructure development.

Analyse the environmental, social, and economic impacts of engineered development projects.

Apply civil engineering knowledge to design sustainable urban renewal solutions.

Evaluate the feasibility and sustainability of proposed infrastructure improvements.

Enhance critical thinking, problem-solving, and communication skills in a real-world civil engineering context.

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Topic

Sustainable Campus Development at Heriot-Watt University: The Future of Combined Studies

Learning Objectives

Understand the principles of sustainability in the context of higher education institutions.

Analyse the environmental, social, and economic impacts of campus development and academic programs.

Apply interdisciplinary knowledge to design a sustainable future for Combined Studies at Heriot-Watt University.

Evaluate the feasibility and sustainability of proposed changes.

Enhance critical thinking, problem-solving, and communication skills in a real-world university context.

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Topic

Designing Sustainable Change

Learning Objectives

Understand the principles of sustainability and their relevance in the field of communication design.

Analyse the role of visual communication in promoting sustainability and environmental awareness.

Apply design principles to create a sustainability-focused communication campaign.

Evaluate the effectiveness and impact of the campaign in raising awareness and promoting sustainable behaviours.

Enhance critical thinking, creative problem-solving, and communication skills in the context of sustainability.

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Topic

Sustainable Computing Solutions: Transforming the Digital Landscape

Learning Objectives

Understand the principles of sustainability in the context of computer science and technology.

Analyse the environmental and social impacts of digital technologies and computing practices.

Apply computer science knowledge to design and develop sustainable computing solutions.

Evaluate the feasibility and sustainability of proposed solutions.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable technology.

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Topic

Green Computing: Designing Sustainable Computer Systems

Learning Objectives:

Understand the principles of sustainability in the context of computer systems and technology.

Analyse the environmental and energy impacts of computer systems and data centres.

Apply computer systems knowledge to design and develop energy-efficient and sustainable computing solutions.

Evaluate the feasibility and sustainability of proposed solutions.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable computer systems.

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Topic

Sustainable Construction Project Management: Building a Greener Future

Learning Objectives

Understand the principles of sustainability in construction project management.

Analyse the environmental, social, and economic impacts of construction projects.

Apply project management knowledge to plan and execute sustainable construction projects.

Evaluate the feasibility and sustainability of sustainable construction practices.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable construction.

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Topic

Sustainable Textile Design: Shaping a Greener Future

Learning Objectives

Understand the principles of sustainability in textile design.

Analyse the environmental and social impacts of textile production and design.

Apply textile design knowledge to create sustainable and environmentally friendly textile products.

Evaluate the feasibility and sustainability of proposed textile designs.

Enhance critical thinking, creativity, and communication skills in the context of sustainable textile design.

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Topic

Sustainable Economic Development: Balancing Growth and Environmental Stewardship

Learning Objectives

Understand the principles of sustainability in economics and their relevance in contemporary economic challenges.

Analyse the environmental, social, and economic impacts of economic development strategies.

Apply economic theories and tools to design sustainable economic policies.

Evaluate the feasibility and sustainability of proposed economic development strategies.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable economics.

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Topic

Sustainable Innovation in Electrical and Electronic Engineering

Learning Objectives

Understand the principles of sustainability in electrical and electronic engineering.

Analyse the environmental, social, and economic impacts of electrical and electronic technologies.

Apply engineering knowledge to design sustainable electrical and electronic systems.

Evaluate the feasibility and sustainability of proposed innovations.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable engineering.

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Topic

Electrical Engineering for Sustainable Energy Solutions

Learning Objectives

Understand the principles of sustainability in electrical engineering.

Analyse the environmental and social impacts of electrical technologies and energy systems.

Apply electrical engineering knowledge to design sustainable energy solutions.

Evaluate the feasibility and sustainability of proposed innovations.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable electrical engineering.

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Topic

Engineering for Sustainable Development: Designing a Greener Tomorrow

Learning Objectives

Understand the principles of sustainability in engineering and their relevance in contemporary engineering challenges.

Analyse the environmental, social, and economic impacts of engineering projects and technologies.

Apply engineering knowledge to design sustainable solutions for real-world challenges.

Evaluate the feasibility and sustainability of proposed engineering innovations.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable engineering.

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Topic

Sustainable Fashion: Redesigning the Industry

Learning Objectives

Understand the principles of sustainability in the fashion industry.

Analyse the environmental and social impacts of fashion production and consumption.

Apply fashion design and business knowledge to create sustainable fashion products and practices.

Evaluate the feasibility and sustainability of proposed sustainable fashion innovations.

Enhance critical thinking, creative problem-solving, and communication skills in the context of sustainable fashion.

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Topic

Sustainable Fashion Branding: Redefining Style with a Conscience

Learning Objectives

Understand the principles of sustainability in fashion branding and promotion.

Analyse the environmental and social impacts of fashion marketing and branding.

Apply branding and promotion strategies to create sustainable fashion campaigns.

Evaluate the feasibility and sustainability of proposed sustainable fashion branding initiatives.

Enhance critical thinking, creativity, and communication skills in the context of sustainable fashion.

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Topic

Sustainable Fashion Communication: Crafting a Greener Narrative

Learning Objectives

Understand the principles of sustainability in fashion communication.

Analyse the environmental and social impacts of fashion communication and media.

Apply communication and media skills to promote sustainable fashion narratives.

Evaluate the feasibility and sustainability of proposed sustainable fashion communication campaigns.

Enhance critical thinking, creativity, and communication skills in the context of sustainable fashion.

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Topic

Sustainable Fashion Retailing: Redefining the Shopping Experience

Learning Objectives

Understand the principles of sustainability in fashion marketing and retailing.

Analyse the environmental and social impacts of fashion retail practices.

Apply marketing and retailing strategies to promote sustainable fashion choices.

Evaluate the feasibility and sustainability of proposed sustainable fashion retailing initiatives.

Enhance critical thinking, creativity, and communication skills in the context of sustainable fashion.

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Topic

Sustainable Fashion Technology: Innovating with a Green Touch

Learning Objectives

Understand the principles of sustainability in fashion technology.

Analyse the environmental and social impacts of fashion technology innovations.

Apply technological knowledge to design sustainable fashion tech solutions.

Evaluate the feasibility and sustainability of proposed sustainable fashion tech innovations.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable fashion technology.

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Topic

Sustainable Finance: Navigating the Green Investment Frontier

Learning Objectives

Understand the principles of sustainable finance and its significance in addressing global environmental and social challenges.

Analyse the environmental, social, and financial impacts of investment choices.

Apply financial knowledge to evaluate and select sustainable investment opportunities.

Evaluate the risks and rewards of sustainable investment strategies.

Enhance critical thinking, analytical, and communication skills in the context of sustainable finance.

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Topic

Sustainable Financial Mathematics: Modeling a Greener Future

Learning Objectives

Understand the principles of sustainable finance and its significance in addressing global environmental and social challenges.

Apply financial mathematical techniques to analyse the environmental and financial impacts of investment choices.

Develop and evaluate sustainable financial models for investment decision-making.

Assess the risks and returns of sustainable financial strategies.

Enhance critical thinking, quantitative analysis, and communication skills in the context of sustainable financial mathematics.

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Topic

Sustainable Urban Planning: Navigating the Path to Resilient Cities

Learning Objectives

Understand the principles of sustainability in urban planning and geography.

Analyse the environmental, social, and economic challenges facing urban areas.

Apply geographical knowledge to develop sustainable urban planning solutions.

Evaluate the feasibility and sustainability of proposed urban planning initiatives.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable urban planning.

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Topic

Sustainable Interior Design: Crafting Eco-Friendly Spaces

Learning Objectives

Understand the principles of sustainability in interior design.

Analyse the environmental and social impacts of interior design choices.

Apply interior design knowledge to create sustainable and aesthetically pleasing spaces.

Evaluate the feasibility and sustainability of proposed sustainable interior design projects.

Enhance critical thinking, creativity, and communication skills in the context of sustainable interior design.

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Topic

Sustainable Global Business Expansion: Navigating Environmental and Social Challenges

Learning Objectives

Understand the principles of sustainability in international business management.

Analyse the environmental and social impacts of global business operations.

Apply international business management strategies to create sustainable and responsible expansion plans.

Evaluate the feasibility and sustainability of proposed sustainable global business expansion projects.

Enhance critical thinking, cross-cultural communication, and decision-making skills in the context of sustainable international business.

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Topic

Sustainable Marine Conservation: Balancing Biodiversity and Human Impact

Learning Objectives

Understand the principles of sustainability in marine biology and conservation.

Analyse the environmental and social impacts of human activities on marine ecosystems.

Apply marine biology knowledge to develop sustainable conservation strategies.

Evaluate the feasibility and sustainability of proposed marine conservation projects.

Enhance critical thinking, research skills, and communication abilities in the context of sustainable marine biology.

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Topic

Sustainable Marketing Strategies: Navigating Environmental and Social Responsibilities

Learning Objectives

Understand the principles of sustainability in marketing and its significance in addressing global environmental and social challenges.

Analyse the environmental and social impacts of marketing practices.

Apply marketing knowledge to develop sustainable marketing strategies.

Evaluate the feasibility and sustainability of proposed sustainable marketing campaigns.

Enhance critical thinking, creativity, and communication skills in the context of sustainable marketing.

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Topic

Sustainable Energy Solutions: The Mathematical Physics Approach

Learning Objectives

Understand the principles of sustainability and their relevance to energy systems in mathematical physics.

Analyse the environmental and social impacts of different energy sources and technologies.

Apply mathematical and physics principles to model and optimise sustainable energy solutions.

Evaluate the feasibility and sustainability of proposed energy projects.

Enhance critical thinking, quantitative analysis, and communication skills in the context of sustainable energy.

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Topic

Mathematics for Sustainable Solutions: Tackling Global Challenges

Learning Objectives

Understand the principles of sustainability and their application to global challenges.

Analyse the environmental, social, and economic dimensions of sustainability issues.

Apply mathematical principles to model and solve sustainability-related problems.

Evaluate the feasibility and effectiveness of proposed sustainable solutions.

Enhance critical thinking, quantitative analysis, and communication skills in the context of sustainability mathematics.

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Topic

Sustainable Engineering Solutions: Innovations in Mechanical Engineering

Learning Objectives

Understand the principles of sustainability in mechanical engineering and their application to address global challenges.

Analyse the environmental and social impacts of mechanical engineering practices.

Apply mechanical engineering principles to design and develop sustainable solutions.

Evaluate the feasibility and sustainability of proposed engineering projects.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable mechanical engineering.

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Topic

Linguistic Sustainability: Promoting Cultural and Environmental Resilience

Learning Objectives

Understand the principles of sustainability and their relevance to language, culture, and the environment.

Analyse the cultural and environmental impacts of linguistic and communication practices.

Apply linguistic and cultural knowledge to promote sustainability in various contexts.

Evaluate the feasibility and sustainability of proposed linguistic sustainability projects.

Enhance critical thinking, intercultural communication, and problem-solving skills in the context of linguistic sustainability.

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Topic

Physics for Sustainable Solutions: Harnessing Scientific Principles for a Greener World

Learning Objectives

Understand the principles of sustainability and their application to scientific disciplines.

Analyse the environmental, social, and economic dimensions of sustainability challenges.

Apply physics principles to model and address sustainability-related problems.

Evaluate the feasibility and effectiveness of proposed sustainable solutions.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable physics.

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Topic

Psychology for Sustainable Well-being: Nurturing Mental Health and Environmental Stewardship

Learning Objectives

Understand the principles of sustainability and their relevance to psychological well-being and environmental behaviour.

Analyse the interconnectedness between mental health, societal well-being, and environmental sustainability.

Apply psychological theories and research to address sustainability challenges.

Evaluate the feasibility and effectiveness of proposed interventions for sustainable well-being.

Enhance critical thinking, research, and communication skills in the context of sustainable psychology.

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Topic

Sustainable Construction: Transforming Quantity Surveying Practices

Learning Objectives

Understand the principles of sustainability in construction and their relevance to quantity surveying.

Analyse the environmental, economic, and social impacts of construction projects.

Apply quantity surveying principles to assess and promote sustainable construction practices.

Evaluate the feasibility and sustainability of sustainable construction projects.

Enhance critical thinking, cost estimation, and communication skills in the context of sustainable quantity surveying.

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Robotics, Autonomous & Interactive Systems

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Robotics, Autonomous & Interactive Systems

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Topic

Sustainability-Driven Robotics: Innovating for a Greener Future

Learning Objectives

Understand the principles of sustainability and their application to robotics and autonomous systems.

Analyse the environmental, social, and economic impacts of robotics and autonomous technologies.

Apply robotics and automation principles to design and develop sustainable solutions.

Evaluate the feasibility and sustainability of proposed robotics projects.

Enhance critical thinking, problem-solving, and communication skills in the context of sustainable robotics.

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Topic

Sustainable Software Engineering: Building a Greener Digital Future

Learning Objectives

Understand the principles of sustainability and their application to software engineering.

Analyse the environmental, social, and economic impacts of software systems.

Apply software engineering principles to design and develop sustainable software solutions.

Evaluate the feasibility and sustainability of proposed software projects.

Enhance critical thinking, software development, and communication skills in the context of sustainable software engineering.

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Topic

Sustainable Sports: Fostering Health and Environmental Well-being

Learning Objectives

Understand the principles of sustainability and their application to sports and exercise science.

Analyse the environmental, social, and economic impacts of sports and exercise practices.

Apply sport and exercise science principles to promote sustainable and healthy lifestyles.

Evaluate the feasibility and sustainability of sustainable sports initiatives.

Enhance critical thinking, research, and communication skills in the context of sustainable sports and exercise science.

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Topic

Sustainable Decision-Making with Data Science: A Path to a Greener Future

Learning Objectives

Understand the principles of sustainability and their relevance to statistical data science.

Analyse the environmental, social, and economic impacts of data-driven decisions.

Apply statistical data science techniques to solve sustainability-related problems.

Evaluate the feasibility and sustainability of data-driven sustainability projects.

Enhance critical thinking, data analysis, and communication skills in the context of sustainable statistical data science.

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Topic

Sustainable Structural Engineering: Building a Resilient and Greener Future

Learning Objectives

Understand the principles of sustainability and their application to structural engineering.

Analyse the environmental, social, and economic impacts of structural designs and construction practices.

Apply structural engineering principles to design sustainable and resilient structures.

Evaluate the feasibility and sustainability of proposed structural engineering projects.

Enhance critical thinking, structural design, and communication skills in the context of sustainable structural engineering.

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Topic

Sustainable Urban Planning: Building Resilient Cities for a Greener Tomorrow

Learning Objectives

Understand the principles of sustainability and their application to urban planning and property development.

Analyse the environmental, social, and economic impacts of urban development and property projects.

Apply urban planning and property development principles to create sustainable and resilient urban spaces.

Evaluate the feasibility and sustainability of proposed urban development projects.

Enhance critical thinking, urban design, and communication skills in the context of sustainable urban planning.