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Curriculum Design Objectives

Master’s Program in Sustainable Technology

Curriculum Design Objectives

｜Learning Outcomes

Possess professional expertise and interdisciplinary competencies
Aligned with industry and market demands
Advance the Sustainable Development Goals (SDGs)
Strengthen professional and industry linkages
Develop a global perspective
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｜Curriculum Structure

Graduation Requirement: Minimum of 24 credits
 
College Core Required Courses (6 credits)
Program Required Courses (6 credits)
Elective Courses (12 credits)
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｜Course Content

College Core Required Courses

Introduction to Sustainable Technology (3)
Ecological Health and Sustainable Development (3)
Select at least one course
Sustainable Governance, Innovation, and Leadership (3)
Introduction to Waste Management and Circular Economy (3)
Select at least one course

Program Required Courses

Graduate Research (1 credit × 2 semesters)
Seminar  (1 credit × 2 semesters)
Seminar  (1 credit × 2 semesters)
Colloquium  (0 credit × 4 semesters)
Thesis  (0 credit × 1 semesters)
Research Ethics (This course is offered online and must be completed within the first academic year.)

Elective Courses

1. Fundamental Core Area
(Select at least 1 course, 3 credits each)

  • Green Technology
  • Environmental Analytical Chemistry
  • Environmental Science and Engineering
  • Chemistry of Environmental Nano-Materials 
  • Materials Science in Energy Technology
  • Preparation of Catalysts and Characterization
  • Introduction to Electrochemistry
  • Physical Chemistry of Materials
  • Naturalistic Intelligence
  • Research planning, design, and analysis

2. Energy Transition and Net-Zero Technologies Area
(Select at least 1 course, 3 credits each)

  • Introduction to Renewable Energy Technologies
  • Electrochemical Energy Storage Materials
  • Hydrogen Economy and Fuel Cells
  • Low-carbon and Industrial Decarbonization
  • CO2 Capture, Storage, and Utilization.
  • Net-Zero Living and Energy Transition
  • Special Topics in Bioenergy

3. Sustainable Society and Industrial Transformation Area
(Select at least 1 course, 3 credits each)

  • Green Materials and Low-Carbon Production
  • Waste-to-Resource Recovery
  • Life Cycle Assessment and Techno-Economic Analysis
  • Circular Use of Materials
  • Biomass Materials and Circular Recycling 
  • Sustainable and Ecological Food Systems

4. Resource Circularity and Environmental Protection Area
(Select at least 1 course, 3 credits each)

  • Carbon Capture and Utilization Technologies
  • Marine Carbon Sinks and Applications
  • Negative Carbon and Integrated Energy Technologies 
  • Advanced Catalyst Development and Applications
  • Let Formosa Be Formosa
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｜Career Pathways

Further Study
Pursue a Ph.D. degree
Overseas Study
PhDportal – Sustainable Energy PhD list Search Link
Career Opportunities
Engineering & Manufacturing – Sustainable Manufacturing Engineer, Energy Systems Engineer, Materials Circularity Engineer
Research & Development – New Energy Materials Engineer, Smart Energy Engineer, Carbon Management Researcher
Corporate Sustainability & Quality – ESG Project Engineer, Carbon Management Engineer, Green Supply Chain Engineer
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