Learning Outcomes

Upon successful completion of the MSc in CTM, graduates will be able to:

• Demonstrate an integrated understanding of key clean technology domains and pathways (including energy and resource systems, emerging technologies, and circular-economy solutions), and explain their technical, environmental and economic performance implications in real-world settings.
• Critically evaluate clean-technology options and deployment strategies using appropriate sustainability and techno-economic reasoning, including cost, risk, uncertainty, and feasibility considerations.
• Apply quantitative and data-driven methods—such as applied statistics, econometrics, operational research and optimization to support evidence-based planning, monitoring and decision-making for clean technology projects and programs.
• Design and execute analytical workflows for clean-technology problems using suitable digital tools and datasets, including the appropriate use of machine learning and artificial intelligence where such methods add justified value.
• Formulate clear, professionally relevant problem statements in clean technologies management, select and justify an appropriate methodological approach, and communicate results through coherent argumentation supported by evidence.
• Plan and manage innovation and implementation processes for clean technologies, demonstrating competence in innovation management, entrepreneurship-oriented thinking, and the organizational requirements of scaling and adoption.
• Collaborate effectively in multicultural and interdisciplinary contexts, using professional communication strategies suitable for global industry and technology environments.
• Produce academic and professional work that meets high standards of academic integrity, including correct citation and referencing practices, responsible data handling, and compliance with ethical and legal requirements relevant to postgraduate study.
• Conduct an independent capstone study (MSc Thesis) in English, demonstrating critical thinking, methodological rigor, and the ability to translate a clean-technology management challenge into structured research or applied problem-solving project.