Master of Sustainable Energy at University of Technology Sydney

AUD 48,420

University of Technology Sydney, AUS

Type: Masters Duration: 2.0 years

Explore the Master of Sustainable Energy program at University of Technology Sydney. This program is offered in AUS and provides an excellent learning opportunity in Masters studies.

The Master of Sustainable Energy at the University of Technology Sydney (UTS) is a comprehensive online program designed for professionals aiming to lead in the sustainable energy sector. Over a minimum duration of two years, students will engage with 12 subjects, totaling 72 credit points, focusing on critical areas such as clean energy technologies, sustainability practices, and the science of climate change. The curriculum emphasizes practical applications and equips students with the skills to evaluate and implement innovative solutions to complex energy challenges. Core subjects include 'Shaping Policies for the Future', 'Clean Energy Technology', and 'Innovations in Energy', while elective options allow for further specialization. The program is fully online, enabling flexibility for working professionals, and is structured to support part-time study. Graduates will emerge as leaders capable of influencing policy and driving sustainable practices across various industries, contributing significantly to the transition towards a cleaner energy future.

University
University of Technology Sydney
University Location
AUS (Online)
Program Duration
2.0 years
Ranking
#88
Part-time allowed
Yes

Required Courses
  • Shaping Policies for the Future
  • Science of Climate Change for Leaders
  • Sustainability Practices in Industry
  • Science and Big Data
  • Clean Energy Technology
  • Sustainable Energy: Sources and Systems
  • Innovations in Energy
  • Technology Innovation Management
  • Communicating Science and Vision
  • High Performance Science Leadership
  • Leadership in Action
Elective Courses
  • Finance Fundamentals
  • Leading Organisational Change
  • Leading People and Change
  • Data-Driven Decision Making
  • Driving Stakeholder engagement
  • Environmental and Social Impact Assessments
  • Sustainable Urban Development
  • Introduction to Psychological Science
  • Planning & Design Theory and Decision-Making
  • Digital Strategy: Aligning Business and Technology