Environmental Engineering, Renewable Energies Concentration, B.S.

Major Requirements:

• CHEM 101 - Chemical Principles I
• CHEM 102 - Chemical Principles II
• CHEM 201 - Organic Chemistry I
• CHEM 251 - Quantitative Chemical Analysis
• BIOL 302 - General Microbiology
• MATH 121 - Calculus with Analytic Geometry I
• MATH 122 - Calculus with Analytic Geometry II
• MATH 205 - Essentials of Statistics
• MATH 221 - Calculus III
• MATH 306 - Ordinary Differential Equations I
• PHYS 121 - General Physics I
• PHYS 122 - General Physics II
• PHYS 301 - Thermodynamics, Dynamics and Quantum Mechanics
• ENGR 101 - Introduction to Engineering Concepts I, II
• ENGR 102 - Introduction to Engineering Concepts I, II
• ENGR 201 - Engineering Statics
• ENGR 202 - Engineering Dynamics
• ENGR 301 - Fluid Mechanics
• ENVE 311 - Fundamentals of Environmental Engineering I: Aquatic and Atmospheric Chemistry
• ENVE 312 - Fundamentals of Environmental Engineering II: Transport Processes
• ENVE 313 - Modeling and Simulation of Environmental Systems
• ENVE 321 - Environmental Engineering Measurements I
• ENVE 322 - Environmental Engineering Measurements II
• ENVE 411 - Chemical and Biological Reactor Design
• ENVE 412 - Mechanics of Soils and Geological Materials
• ENVE 413 - Environmental Hydraulics and Hydrology
• ENVE 414 - Hazardous Materials Engineering
• ENVE 415 - Senior Lab
• ENVE 421 - Energy Conversion Engineering I: Mechanical and Nuclear Methods
• ENVE 422 - Energy Conversion Engineering II: Electro-Chemical Methods
• ENVE 498 - Capstone Design Proposal
• ENVE 499 - Capstone Design

Note(s):

(40 credits in Environmental Engineering, 12 credits in Engineering, 46 credits collateral, 49 credits Gen Ed; 147 total credits)