Study Abroad Summer Session MyYSS

Introduction to Green Energy Systems (GES)

You are here

Home    /    Courses & Programs    /    Courses at Yale    /    Courses    /    Introduction to Green Energy Systems (GES)    /    Introduction to Green Energy Systems (GES)
Course Number: 
S105E
Department (unused): 
CENG
Description: 
<p>Course closed to further enrollment. Online Course. Environmental sustainability and the role of green energy in mitigating the impact of greenhouse gases and global warming. Solar thermal, solar photovoltaic, wind, biofuel, hydro, geothermal, and nuclear power; ocean thermal energy conversion and harvesting of tidal power. System-level performance, overall efficiency, cost, and environmental impact of integrated green energy systems. Enrollment limited to 25 students. 1 Credit. Session B: July 1 – August 2. Tuition: $5070. Technology Fee: $85.</p>
Instructor Name: 
Yehia Khalil
Subject Code (deprecated): 
CENG
Subject Number (unused): 
CENGS105E
Meeting Pattern (deprecated): 
TTh 6.30-8.00p
Term Code: 
202402
CRN: 
30752
Instructor UPI (unused): 
10020485
Session (deprecated): 
H5B
Distributional Designation (deprecated): 
LMRM
Syllabus Link: 
https://yale.instructure.com/courses/97741/assignments/syllabus
Subject Code (tax): 
CENG
Meeting Pattern (tax): 
TTh 6.30-8.00p
Distributional Designation (tax): 
LMRM
YCSC
Session (tax): 
H5B
Course Format (tax): 
LMRM
YCSC
Course Categories: 
The Physical World
Prioritize: 
Primary CRN: 
Primary CRN

CENG S105E (CRN: 30752)

Instructors: Yehia Khalil
Dates: H5B
Course Mode: LMRM, YCSC
Meeting Times: TTh 6.30-8.00p
Distributional Requirements: LMRM, YCSC

Course closed to further enrollment. Online Course. Environmental sustainability and the role of green energy in mitigating the impact of greenhouse gases and global warming. Solar thermal, solar photovoltaic, wind, biofuel, hydro, geothermal, and nuclear power; ocean thermal energy conversion and harvesting of tidal power. System-level performance, overall efficiency, cost, and environmental impact of integrated green energy systems. Enrollment limited to 25 students. 1 Credit. Session B: July 1 – August 2. Tuition: $5070. Technology Fee: $85. (View syllabus)


Apply Now Back to course search

Global Climate Governance

PLSC S143 (CRN: 30733)

Dates: H5A
Course Mode: LMIP, YCSO

In-person Course. This seminar provides an overview of global climate governance, incl. overarching conceptual frameworks, a variety of empirical subdomains, interlinkages with other policy fields, and central challenges encountered in global...

Read more

TEST COURSE

WGSS 99999 (CRN: 99999)

Dates:
Course Mode:

Read more

Organic Chemistry II

CHEM S221 (CRN: 30741)

Dates: H5B
Course Mode: LMIP, SUCR, YCSC

In-person Course. The fundamental principles of organic chemistry. Aldehydes and ketones, strategies in organic synthesis, carboxylic acid derivatives, carbonyl condensation reactions, sulfur and phosphorus compounds, bifunctional molecules,...

Read more

General Chemistry Laboratory II

CHEM S136L (CRN: 30675)

Dates: H5B
Course Mode: LMIP, SUCR, YCSC

In-person Course. Laboratory techniques required for qualitative and quantitative analysis, synthesis of inorganic compounds, and simple thermodynamic measurements. May be taken concurrently with CHEM S165 or subsequently. Must be taken after...

Read more

University Physics

PHYS S180E (CRN: 30812)

Dates: H5A
Course Mode: LMRM, SUCR, YCQR, YCSC

Online Course. A broad introduction to classical and modern physics for students who have some previous preparation in physics and mathematics. Covers Newtonian mechanics, gravitation, waves, and thermodynamics. Prerequisite: one term of...

Read more

Planets and Stars

ASTR S110E (CRN: 30751)

Dates: H5A
Course Mode: LMRM, YCQR, YCSC

Course closed to further enrollment. Online Course. An introduction to stars and planetary systems. Topics include the solar system and extrasolar planets, planet and star formation, and the evolution of stars from birth to death. No...

Read more