Total Fees

-

  • Level

    Postgraduate

  • Duration

    Flexible year(s)

  • Study Mode

    Online

  • Major

    Environmental & Agricultural Sciences

  • Campus

    Putrajaya

  • Certification

    Heriot Watt University

Enroll Now Add to Apply

Description

The MSc Energy (Online Distance Learning) from Heriot‑Watt University Online is a flexible, self‑paced postgraduate programme designed to equip future energy professionals with the advanced technical knowledge and strategic insight needed to lead in the transformation of global energy systems, allowing you to study fully online while continuing to work and balance personal commitments. This programme blends engineering fundamentals with business‑focused perspectives to develop deep understanding of energy production, conversion and consumption, renewable technologies, sustainable design and environmental impact assessment, while strengthening analytical, decision‑making and leadership skills that are highly valued across technical, policy and management roles. The curriculum consists of a set of core and optional courses tailored to contemporary energy challenges such as decarbonisation, energy transition and systems design, culminating in a master’s dissertation that integrates learning and demonstrates research capability. Accredited by professional bodies and supported by input from industry partners, the online MSc Energy prepares graduates for careers in fields such as energy engineering, sustainability specialist, energy management, consulting and environmental analysis, and offers a globally recognised qualification that reflects the latest developments in clean technology and sustainable practice.

Intake Month(s)

January, May, September

No fees available at the moment.

Course Structure

  • Foundations of Energy
  • Technology Futures and Business Strategy
  • Critical Analysis and Research Preparation
  • Master’s Dissertation

  • Supply Chain Management
  • Decarbonisation and Renewable Energy
  • Energy Transition Lab
  • Transition Engineering – Achieving Zero Carbon InTIME
  • Electrical Power Systems
  • Distributed Generation
  • Process Intensification
  • Sustainable Processing
  • Renewable Energy Technologies
  • Computational Fluid Dynamics with Heat Transfer
  • Environmental Impact Assessment
  • Demand Management and Energy Storage
  • Economics of Renewable Energy
  • Heat Exchangers and Heat Transfer
  • Advanced Thermodynamic Applications
  • Quality Management
  • Project Management
  • Systems Thinking and Analysis
  • Strategic Project Management
  • Principles of Environmental and Energy Economics
  • Principles of Microeconomics
  • Making Economic Policy
  • Climate Change
  • Sustainability and Adaptation
  • Design of Low Carbon Buildings
  • Energy Systems and Buildings
  • Ventilation and Air Conditioning
  • Project Management: Strategic Issues
  • Project Management: Theory and Practice

Entry Requirement

  • Successful completion of a Bachelor’s degree with First or Second Class Honours in an engineering discipline or in the physical or chemical sciences, or an equivalent qualification.