BS in Energy, Science and Technology

Intensive English Program (3 quarters)

• TOEFL (iBT) 50 overall
• IELTS 5.0 overall
• Pearson (PTE) 42
• Pearson Versant 43-47
• Duolingo Not Accepted
• Gao Kao English 77/120; 99/150
• GPA: 2.5 for International Year
• 11 to 15 credit hours towards degree

Intensive English Program (2 quarters)

• TOEFL (iBT) 60 overall
• IELTS 5.5 overall
• Pearson (PTE) 45
• Pearson Versant 48-54
• Duolingo Not Accepted
• Gao Kao English 83/120; 105/150
• GPA: 2.5 for International Year
• 11 to 15 credit hours towards degree

Intensive English Program (1 quarter)

• TOEFL (iBT) 68 overall
• IELTS 6.0 overall
• Pearson (PTE) 50
• Pearson Versant 55-63
• Duolingo Not Accepted
• Gao Kao English 115/150; 95/120
• GPA: 2.5 for International Year
• 8 to 10 credit hours towards degree

International Year (3 quarters)

• TOEFL (iBT) 50 overall
• IELTS 5.0 overall
• Pearson (PTE) 42
• Pearson Versant 43-47
• Duolingo 75
• Gao Kao English 77/120; 99/150
• GPA: 2.5 for International Year
• 11 to 15 credit hours towards degree

International Year (2 quarters)

• TOEFL (iBT) 60 overall
• IELTS 5.5 overall
• Pearson (PTE) 45
• Pearson Versant 48-54
• Duolingo 85
• Gao Kao English 83/120; 105/150
• GPA: 2.5 for International Year
• 11 to 15 credit hours towards degree

International Year (1 quarter)

• TOEFL (iBT) 68 overall
• IELTS 6.0 overall
• Pearson (PTE) 50
• Pearson Versant 55-63
• Duolingo 95
• Gao Kao English 115/150; 95/120
• GPA: 2.5 for International Year
• 8 to 10 credit hours towards degree

Direct Admission

• TOEFL (iBT) 79 overall
• IELTS 6.5 overall
• Pearson (PTE) 62
• Pearson Versant Not Accepted
• Duolingo 105
• Gao Kao English Not Accepted
• GPA: 2.5 for Direct Admission
  *Semester= 4Months
  Our team will assist you further

Requirements
Energy Science (16 credits)

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

Math and Science Fundamentals (40-44 credits)

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
PHYS 220 - Physics with Calculus IV Credits: 4
or PHYS 350 - Engineering Thermodynamics Credits: 3
or EECE 351 - Electronics for Engineering Credits: 4
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

Economics and Policy Fundamentals (16-17 credits)

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 ENVS 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

Advanced Energy Technology Courses (16-18 credits)

Students must take at least four courses from this list.
Complete a minimum of four of the following:
ENRG 420 - Advanced Energy Science Credits: 3
and ENRG 421 - Energy Science Laboratory Credits: 2 (both ENRG 420 and ENRG 421 count as one)
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

Electives (25 credits minimum)

Students must take at least 25 credits from this list.
Complete a minimum of 25 credits from the following courses:
CHEM 351 - Organic Chemistry Credits: 4
EECE 351 - Electronics for Engineering Credits: 4
ENRG 322 - Energy Data Analysis Credits: 4
ENRG 342 - Quantitative Methods in Environmental Science Credits: 5
or ESCI 342 - Quantitative Methods in Environmental Science Credits: 5
ANTH 345 - Energy in the Global South Credits: 5
or ENRG 345 - Energy in the Global South Credits: 5
or ENRG 340 - Energy and Climate in Rural Development Credits: 4
ENRG 381 - Biofuels Credits: 3
or CHEM 381 - Biofuels Credits: 3
ENRG 388 - Campus Energy System Analysis Credits: 2-3
ENRG 392 - Energy Symposium Credits: 1
ENRG 430 - Energy Materials and Waste Credits: 4
ENRG 449 - Northwest Energy Systems Transitions Credits: 4
or ENVS 449 - Northwest Energy Systems Transitions Credits: 4
ENRG 459 - Advanced Energy Policy Credits: 4
or ENVS 459 - Advanced Energy Policy Credits: 4
ENRG 480 - Applications in Energy Production Credits: 4
or ESCI 480 - Applications in Energy Production Credits: 4
ENRG 484 - Economics of Alternative Energy Credits: 4
or ECON 484 - Economics of Alternative Energy Credits: 4
ENRG 490 - Energy Capstone: Energy System Synthesis Credits: 4
ENVS 320 - GIS I: Introduction to Geographic Information Science Credits: 4
ENVS 326 - Climatology Credits: 4
or ESCI 392 - Introduction to Global Change Credits: 3
or ESCI 492 - Climate Change Credits: 4
ENVS 361 - Introduction to Planning Credits: 3
or UEPP 361 - Introduction to Planning Credits: 3
ENVS 419 - Applications in GIS Credits: 3
or ENVS 420 - GIS III: Analysis and Modeling Credits: 5
ENVS 471 - Campus Sustainability Planning Studio Credits: 3
or UEPP 471 - Campus Sustainability Planning Studio Credits: 3
GEOL 306 - Mineralogy Credits: 4
or GEOL 311 - Earth Materials Credits: 5
MATH 307 - Mathematical Computing Credits: 4
MATH 331 - Ordinary Differential Equations Credits: 4
MATH 341 - Probability and Statistical Inference Credits: 4 or MATH 345 - Statistics for Engineering Credits: 4
Note: Students may not count EECE 351 as both a science fundamentals course and an elective.

 

Intensive English Program (1-3 quarters) $ 3,276 per quarter

International Year (1-3 quarters) $7,821** (Net = $5,000) per quarter

 Direct Admission $24167 

Estimated Room & Board $ 11,873 - $17,710 

Undergraduate Pathway Scholarship 

Scholarship Available - Upto $8463 

Undergraduate Direct Admission Scholarship 

Scholarship Available - Upto $6000 

*Direct admission scholarship is available in each year