Graduation Requirements for the Major

Students matriculating fall 2015 or after and transfer students matriculating in 2016 and after must complete a goal-based Core Curriculum in place of general education requirements. The goal-based core is described here: http://sebs.rutgers.edu/core. Courses are certified for the Core Curriculum by a faculty committee. A current list of certified courses can be found here: http://sebs.rutgers.edu/core. Bioenvironmental engineering major requirements are as described below.

Proficiency in Bioenvironmental Engineering (101-102 credits)

A. REQUIRED COURSES (89)

Quantitative Skills (16)

  01:640:151-152  Calculus for Mathematical and Physical Sciences (4,4)

  01:640:244  Differential Equations for Engineering and Physics (4)

  01:640:251  Multivariable Calculus (4)

Computer and Information Technology Competence (3)

  14:440:127  Introduction to Computers for Engineers (3)

Professional Ethics

Ethical, social, and safety considerations important in engineering practice are included in several of the required upper-level design courses.

Additional Requirements (70)

  01:160:209  Elementary Organic Chemistry (3)

  01:160:211  Elementary Organic Chemistry Laboratory (1)

  01:750:227  Analytical Physics IIA (3)

  01:750:229  Analytical Physics IIA Laboratory (1)

  11:117:100  Introduction to Bioenvironmental Engineering (1)

  11:117:413,414  Unit Processes in Bioenvironmental Engineering I,II (3,3)

  11:117:423,424  Bioenvironmental Unit Processes Laboratory I,II (1,1)

  11:117:462  Design of Solid Waste Treatment Systems (3)

  11:117:468  Hazardous Waste Treatment Engineering (3)

  11:117:474  Air Pollution Engineering (3)

  11:216:351  Principles of Ecology (3)

  11:374:460  Environmental Law and Policy I (3)

  11:375:202  Chemical Principles of Environmental Sciences (3)

  11:375:203  Physical Principles of Environmental Sciences (3)

  11:375:303  Numerical Methods in Environmental Science (3) (or 300+ level Statistics course (3))

  11:375:322  Energy Technology and its Environmental Impact (3) (or 11:670:453 Air Quality Modeling (3))

  11:375:423  Environmental Fate and Transport (3) 

  11:670:453  Air Quality Modeling (3) (or 11:375:322  Energy Technology and its Environmental Impact (3))

  14:180:215  Engineering Graphics (1)

  14:180:243  Mechanics of Solids (3)

  14:180:387  Fluid Mechanics (3) (or 14:650:312  Fluid Mechanics (3))

  14:180:389  Fluid Mechanics Laboratory (1)

  14:332:373  Elements of Electrical Engineering (3)

  14:650:351  Thermodynamics (3)

  01:460:414  Hydrologic Processes (3)

  01:460:428  Hydrogeology (3)

  01:640:250  Introductory Linear Algebra (3)

  01:640:350  Linear Algebra (3)

  01:750:326  Computer-Based Experiments (4)

  01:750:327  Modern Instrumentation (3)

  11:117:450  Applied Instrumentation and Control (4)

  11:117:494  Land and Water Resources Engineering (3)

  11:117:495  Environmental Systems Analysis for Engineers (3)

  11:117:496  Planning and Design of Land Treatment Systems (3)

  11:117:497,498  Special Problems in Bioresource Engineering (Up to 6 credits count toward technical electives)

  11:372:232,233  Fundamentals of Environmental Geomatics (3) and Laboratory (1) (4)

  11:375:322  Energy Technology and its Environmental Impact (3)

  11:375:340  Environmental Applications of Organic Chemistry (3)

  11:375:346  Introduction to Atmospheric Chemistry (3)

  11:375:360  Soils and Water (3)

  11:375:407  Environmental Toxicology (3)

  11:375:411  Environmental Microbiology (3)

 11:375:421  Fundamentals of Air Pollution (3)

  11:375:424  Air Sampling and Analysis Techniques (3)

 11:375:434  Principles of Industrial Hygiene (3)

 11:375:444  Water Chemistry (3)

 11:375:453  Soil Ecology (3)

 11:670:102  Introduction to Climate Science (3)

 11:670:323  Thermodynamics of the Atmosphere (3)

 11:670:324  Dynamics of the Atmosphere (3)

 11:670:453  Air Quality Modeling (3)

 11:375:430  Hazardous Wastes (3)

 11:680:390  General Microbiology (4)

 14:180:372,374  Soil Mechanics and Laboratory (3,1)

 14:180:382  Hydraulic and Environmental Engineering (3)

 14:180:429  Water and Wastewater Engineering (3)

 14:540:343  Engineering Economics (3)

 14:650:462  Power Plants (3)

 14:650:481  Heat Transfer (3) 

 33:010:272  Principles of Accounting I (3)

 33:010:275  Principles of Accounting II (3)

Unspecified Electives

In addition to courses meeting the above requirements, students can take any other courses offered by the university, for which they meet the course eligibility requirements, to bring their total number of credits to the minimum of 128 required for graduation.