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BS(Hons) Energy Science and Technology

Western Washington University, United States
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Course Overview

The BS(Hons) Energy Science and Technology program at Western Washington University provides students with a comprehensive understanding of the principles and practices of energy science and technology. The program covers a wide range of topics, including energy systems, sustainability, renewable energy sources, energy efficiency, and energy policy. Students will learn how to design, install, and maintain energy systems, as well as how to evaluate their environmental impact. The program also provides opportunities for students to gain practical experience through internships and research projects. Upon completion of the program, students will be well-prepared to pursue careers in the energy industry or to further their studies at the graduate level.

Additional Information

The BS(Hons) Energy Science and Technology program is designed to meet the growing demand for skilled professionals in the energy sector. With a focus on sustainability and renewable energy sources, students will learn how to design and implement energy systems that are environmentally friendly and efficient. The program also provides opportunities for students to gain practical experience through internships and research projects, allowing them to apply their knowledge and skills in real-world settings.

Unlocking the Potential of Renewable Energy at Western Washington University

Western Washington University is an ideal location for studying energy science and technology due to its proximity to the Pacific Northwest, a region known for its abundant renewable energy resources. The university's proximity to the coast and access to marine renewable energy resources provides students with unique learning opportunities. Additionally, the university's commitment to sustainability and environmental stewardship aligns with the program's focus on renewable energy sources and energy efficiency.

Why You Should Study This Course

The goal of the Energy Science and Technology degree is to give students knowledge and analytic skills in the science and technology of today’s diverse energy systems and industries. The degree is designed to prepare graduates to become leaders in Washington’s emerging clean energy economy with an interdisciplinary education that emphasizes applied science and technology, complemented by energy policy and business practices, that industry experts have prioritized among Washington’s energy workforce needs.

Globally, access to modern energy services, including efficient usage, is essential to realize 20th century, let alone 21st century, living standards. A transition from inefficient use of fossil fuels to a clean, efficient energy system is key to managing urgent global risks such as climate change. Locally, demand is increasing for a trained energy workforce in Washington, due to an aging energy workforce and growth in emerging energy efficiency, grid modernization and energy storage industries in the state.

General Eligibility

Academic Requirements for freshman students:

The admission requirements for undergraduate courses are given as follows:

  • Completed application form

  • Academic Transcripts(certified english translations if necessary)

  • Relevant High school degree/Grade Report/Certificates

  • SAT or ACT Scores (Optional)

  • A cumulative GPA of 2.0

  • Personal Statement or essay

  • One letter of recommendation

  • List of extracurricular activities(if any)

  • Portfolio

What You'll Study

1 Advanced Energy Technology Courses

Students must take at least four courses from this list.

❑ Complete a minimum of four of the following:

  • ENRG 430 - Energy Materials and Waste Credits: 4

  • ENRG 461 - Mechanical and Environmental Systems in Buildings Credits: 5

    or ESCI 461 - Mechanical and Environmental Systems in Buildings Credits: 5

  • ENRG 464 - Sustainable Building Analysis and Design Credits: 4

    or ESCI 464 - Sustainable Building Analysis and Design Credits: 4

  • ENRG 466 - Life Cycle Analysis Credits: 4

    or ESCI 466 - Life Cycle Analysis Credits: 4

  • ENRG 475 - Renewable Electric Power Systems Credits: 4

    or ESCI 475 - Renewable Electric Power Systems Credits: 4

  • ENRG 482 - Greenhouse Gas Mitigation Credits: 4

    or ESCI 482 - Greenhouse Gas Mitigation Credits: 4

  • ENRG 486 - Electric Utility Resource Planning Credits: 4

  • ENRG 488 - Energy Management in Organizations Credits: 4

  • GEOL 485 - Geothermal Energy Credits: 4

2 Economics and Policy Fundamentals

❑ ECON 206 - Introduction to Microeconomics Credits: 4

❑ PLSC 250 - The American Political System Credits: 5

or MGMT 271 - Law and the Business Environment Credits: 4

❑ ENRG 350 - Energy Policy and Politics Credits: 4

or UEPP 350 - Energy Policy and Politics Credits: 4

❑ ECON 384 - Energy Economics Credits: 4

or ECON 386 - The Economics of Electricity Markets Credits: 4

or ENRG 384 - Energy Economics Credits: 4

or ENRG 386 - The Economics of Electricity Markets Credits: 4

3 Electives

  • CHEM 351 - Organic Chemistry

  • CSCI 241 - Data Structures

  • CSCI 301 - Formal Languages and Functional Programming

  • ENGR 351 - Electronics for Engineering

  • ENRG 322 - Energy Data Analysis

  • ENRG 342 - Quantitative Methods in Environmental Science

  • ESCI 342 - Quantitative Methods in Environmental Science

  • ENRG 344 - Community Solutions to Climate Change

  • UEPP 344 - Community Solutions to Climate Change

  • ENRG 352 - Climate Change Policy Tools

  • UEPP 352 - Climate Change Policy Tools

  • ANTH 345 - Energy in the Global South

  • ENRG 345 - Energy in the Global South

  • ENRG 340 - Energy and Climate in Rural Development

  • ENRG 372 - Electrical Power and Electromechanical Devices

  • EECE 372 - Electrical Power and Electromechanical Devices

  • ENRG 381 - Biofuels

  • CHEM 381 - Biofuels

  • ENRG 388 - Campus Energy System Analysis

  • ENRG 391 - Energy Speaker Series

  • ENRG 392 - Energy Symposium

  • ENRG 400 - Directed Independent Study

  • ENRG 421 - Energy Science Laboratory

  • ENRG 449 - Northwest Energy Systems Transitions

  • UEPP 449 - Northwest Energy Systems Transitions

  • ENRG 459 - Advanced Energy Policy

  • UEPP 459 - Advanced Energy Policy

  • ENRG 480 - Applications in Energy Production

  • ESCI 480 - Applications in Energy Production

  • ENRG 484 - Economics of Alternative Energy

  • ECON 484 - Economics of Alternative Energy

  • ENRG 490 - Energy Capstone: Energy System Synthesis

many more......

4 Energy Science

❑ ENRG 320 - Science of Energy Resources Credits: 4

❑ ENRG 330 - Energy from the Earth Credits: 4

or GEOL 330 - Energy from the Earth Credits: 4

❑ ENRG 360 - Energy Efficient and Carbon Neutral Design Credits: 4

or ESCI 360 - Energy Efficient and Carbon Neutral Design Credits: 4

❑ ENRG 380 - Energy and Environment Credits: 4

or ESCI 380 - Energy and Environment Credits: 4

❑ ENRG 420 - Advanced Energy Science Credits: 3

5 Math and Science Fundamentals

❑ CHEM 161 - General Chemistry I Credits: 5

❑ GEOL 211 - Physical Geology Credits: 5

❑ MATH 124 - Calculus and Analytic Geometry I Credits: 5

❑ MATH 125 - Calculus and Analytic Geometry II Credits: 5

❑ PHYS 161 - Physics with Calculus I Credits: 5

❑ PHYS 162 - Physics with Calculus II Credits: 5

❑ Choose one course from:

ENGR 351 - Electronics for Engineering Credits: 4

or ENRG 310 - Thermal Energy Systems Credits: 4

or PHYS 220 - Physics with Calculus IV Credits: 4

or PHYS 350 - Engineering Thermodynamics Credits: 3

❑ Choose two courses from:

  • CHEM 162 - General Chemistry II Credits: 5

  • CHEM 163 - General Chemistry III Credits: 5

  • CHEM 251 - Elementary Organic Chemistry Credits: 5

  • CSCI 140 - Programming Fundamentals in C++ Credits: 4

    or CSCI 141 - Computer Programming I Credits: 4

  • CSCI 145 - Computer Programming and Linear Data Structures Credits: 4

  • ENGR 104 - Introduction to Engineering and Design Credits: 3

  • ENGR 170 - Introduction to Materials Science and Engineering Credits: 4

    or MSCI 201 - Introduction to Materials Science and Engineering Credits: 4

  • MATH 204 - Elementary Linear Algebra Credits: 4

  • MATH 224 - Multivariable Calculus and Geometry I Credits: 5

  • PHYS 163 - Physics with Calculus III Credits: 5

Language Requirement

  • IELTS6.5
  • TOEFL93
  • PTE65
  • Duolingo89

Minimun IELTS Score 6.5 overall.

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