Pause carousel
Play carousel
Abertay University’s MSc Engineering with Sustainability is designed to meet the growing demand for professionals who can lead in the rapidly expanding sustainable engineering sector. This programme equips you with the theoretical knowledge and practical skills to improve processes, solve complex problems and create innovative, sustainable solutions within the engineering industry.
It’s an excellent choice for professionals from non-engineering backgrounds who want to pivot their careers into the engineering sector. You’ll develop expertise in sustainability and renewable energy, gaining the ability to assess the impact of various renewable energy sources, such as biofuels and biogas production, while understanding their global significance. To demonstrate your capabilities, you’ll complete an advanced research proposal and project focused on a core sustainability topic.
Delivered entirely online and part-time, this programme offers the flexibility to balance your studies with work, family, and other commitments. With six start dates per year, you can begin your journey toward a career in sustainable engineering within weeks of admission.
Prepare to lead projects, influence policy, and make a measurable impact in an industry where sustainability is no longer optional - it’s essential.
Abertay University’s MSc Engineering with Sustainability equips you with the expertise to manage sustainable engineering projects and develop innovative environmental technologies that meet the demands of a changing world. You’ll gain a solid understanding of core concepts in engineering and sustainability, while staying informed about the latest developments in professional practice.
Throughout the programme, you’ll build the ability to:
Critically evaluate sustainability strategies
Reduce carbon footprints
Design community-oriented solutions to address climate change
These skills will position you to lead projects that deliver measurable environmental and economic impact, qualities highly sought after by employers in the global engineering sector.
On successful completion of this MSc Engineering with Sustainability, you will be able to:
Understand and use various data and information gathering tools to make informed judgements and effectively communicate across a range of audiences using a variety of tools.
Appraise engineering technologies and the techniques used to solve problems, increase efficiency and productivity, and improve systems.
Integrate scientific and engineering principles to solve engineering challenges, as well as investigate new and emerging technologies and analyse data to resolve unfamiliar problems.
Analyse sustainable development and its applications in various societal conditions and critique leadership, management, sustainability and health and safety fundamentals.
Review current knowledge in engineering to define, plan, undertake and deliver an independent, time-limited research project that meets specified aims and objectives.
By the end of your studies, you’ll be ready to influence decision-making, implement sustainable practices, and drive innovation in industries committed to a greener future.
If you manage your time well, the online format is a highly rewarding way to obtain a Masters degreeAmjed Saleh | Abertay University | MSc in Computing and Cybersecurity
The modules listed are a guide only. We review and update modules annually. The exact modules available to you may change for reasons such as staff availability, student demand, professional/accreditation requirements, or updates to legislation and curriculum. If you receive an offer to study with us, we’ll send you a Programme document that sets out exactly which modules you can expect to take as part of your Abertay University degree programme. Please see Terms and Conditions for more information.
As international concerns surrounding the undeniable impact of climate change on human life grow, nations have started setting targets to save the planet for this and future generations. This includes targets to mitigate the impact of climate change, reduce carbon emissions and encourage sustainable lifestyles. This module enables students to appraise challenges around climate, carbon and environment conscious communities.
This module develops the critical thinking skills required to evaluate and implement effective safe practices in the workplace. It is based on first principles so that application is relevant to a diverse range of situations at a global level for any type of organisation. You will develop skills to evaluate working practice, identify potential system failure and create robust preventive measures in a dynamic and rapidly changing working environment influenced by different contexts, including cultural and ethical interpretations.
Increasingly many organisations have recognised that the environment is not just a matter of legislative compliance, but also a management issue. As a student of this module, you will engage with a series of practical tools which can be used to manage environmental issues, within both the public and private sector.
Managing a project is like managing a micro-organisation: from handling budgets, managing people, leading change, analysing and treating risk to dealing with contractors, managing stakeholder expectations and overseeing all aspects of the project. This module uses various tools and techniques to help students understand what is happening in a project and ensure a quality product is developed, the service or process is delivered on time, in budget and to specification.
This module equips you with an understanding of the complex nature of leading and managing people when implementing and evaluating change in organisations. The relationship between task, people and technology will be analysed in the context of organisational change. Factors that necessitate change and the main indicators of change are critically analysed. Different approaches to leadership are examined, as are alternative models of organisational change.
This module helps to broaden and deepen the knowledge, understanding and skills of students covering a diverse range of technical subjects that support an organisation’s core activities, including those related to the essential features of a sustainable organisation. It enhances students’ analytical and decision-making skills, particularly in the context of sustainable development.
This module develops a student’s understanding of environmental modelling through investigations of climate change, environmental models and their implications. It aims to equip students with the basic principles of model-based approaches in environmental science, develops their critical understanding of the current basis of climate change predictions, and explores various scenarios to assess future impact on the world.
This module covers introductory aspects of the science, technology, socio−economic and environmental aspects of renewable energy production, with a particular emphasis on biofuels. It aims to provide an understanding of the key types of renewable energy and their production as well as the socio−economic and environmental aspects of their production and utilisation.
This module is designed to introduce you to research methods and statistical analysis. Theoretical approaches to research and statistical concepts are taught in online lectures with virtual lab sessions using both quantitative and qualitative techniques that allow you to put theory into practice.
This module is designed to enable you to develop a research proposal. The module will provide guidance on the essential steps in research proposal development including literature searching, research question setting, identifying objectives and proposing a research methodology. Proposal development will also consider project planning, risks and mitigation, and legal and ethical issues.
Through an independent research project, you will select, plan, conduct and write up a research-based investigation. The project will include the selection of appropriate research and experimental methods, the collection and analysis of data and information and the evaluation and communication of findings and require the synthesis of a solution appropriate to the project aims. You will produce an artefact to complement the write-up of your investigation.
Our online degrees offer excellent value, with flexible payment options designed to suit your budget. You can choose to pay for the full course upfront or spread the cost by paying per module - giving you greater control over your finances.
To access your course materials, tuition fees must be paid before the registration deadline. Payments are made securely online using Visa or Mastercard, ensuring a smooth and straightforward process.
|
|
Scotland |
rUK and International |
|
MSc Engineering Programmes |
£6,900 |
£7,300 |
|
MSc Engineering 15 Credit Module |
£575 |
£608.33 |
|
MSc Engineering 30 Credit Module |
£1,150 |
£1,216.67 |
To study this MSc Engineering with Sustainability, you must have: