Press enter or space to select a node.You can then use the arrow keys to move the node around. Press delete to remove it and escape to cancel.

Press enter or space to select an edge. You can then press delete to remove it or escape to cancel.

EGEE302 - Principles of Energy Engineering

Available Universities

University of British Columbia Course Map - UBC
Western University Course Map - Western
University of Ottawa Course Map - uOttawa
University of Toronto Course Map - UofT
McGill University Course Map - McGill
University of Calgary Course Map - Calgary
University of Waterloo Course Map - Waterloo
Simon Fraser University Course Map - SFU
Carleton University Course Map - Carleton
Toronto Metropolitan University Course Map - TMU
Wilfred Laurier University Course Map - WLU
University of Minnesota Course Map - Minnesota
University of Arizona Course Map - Arizona
University of Washington Course Map - Washington
University of Pennsylvania Course Map - Penn
Texas A&M University Course Map - TAMU
Arizona State University Course Map - ASU
Pennsylvania State University Course Map - Penn State
Duke University Course Map - Duke
University of Central Florida Course Map - UCF
University of Florida Course Map - Florida
Florida State College at Jacksonville Course Map - FSCJ
Yale Univeristy Course Map - Yale

Course: EGEE302 (Principles of Energy Engineering) in EGEE department at Pennsylvania State University.

Credit Hours: 3 • Academic Level: third-year undergraduate course

Course Requirements: Requires 2 prerequisite courses

Prerequisite Chain Depth: 4 levels of foundational courses required

Future Opportunities: Unlocks 7 advanced courses for further study

Interdisciplinary Requirements: Prerequisites span 2 different departments

Course Type: Core pathway course - critical for degree progression

Part of the EGEE curriculum at Pennsylvania State University, helping students progress through degree requirements.

Prerequisites for EGEE302

CHEM112
MATH141

Courses unlocked by EGEE302

EGEE304 - Heat and Mass Transfer
EGEE455 - Materials for Energy Applications
EGEE412 - Green Engineering & Environmental Compliance
EGEE411W - Energy Science and Engineering Lab
EGEE436 - Modern Thermodynamics for Energy Systems
FSC431 - The Chemistry of Fuels
EGEE438 - Wind and Hydropower Energy Conversion

Academic Planning at Pennsylvania State University

Students planning EGEE302 at Pennsylvania State University should complete 2 prerequisites before enrollment.

Course Sequence: This course requires a 4-level prerequisite chain, requiring careful multi-semester planning for optimal progression.

Future Pathways: Completing EGEE302 enables enrollment in 7 advanced courses for further study

This third-year course at Pennsylvania State University integrates into structured degree pathways for EGEE programs, supporting timely graduation and academic progression.