A CONCENTRATION IN MATERIALS SCIENCE IS EASY!

For more information, please visit the Materials Science website: www.rowan.edu/materials

You may also contact the following faculty in your department: Samuel Lofland, Physics and Astronomy (x4382) Robert Krchnavek, Electrical and Computer Engineering (x5336) Robert Newland, Chemistry and Biochemistry (x4502) James Newell, Chemical Engineering (x5316) Paris von Lockette, Mechanical Engineering (x5341) Doug Cleary, Civil and Environmental Engineering (x5325)

In addition to your required coursework you need: (A) Interdisciplinary Materials Science [now available for Spring 2005 Hegis #4901.486, W/F 10:50 to 12:05, Science Hall, Room 150] (B) two classes outside your department

Graduating in Spring 2005? You’re NOT TOO LATE!Sign up for Interdisciplinary Materials Science (eligible students must have Junior standing) Hegis # 4901.486, W/F 10:50 to 12:05, Science Hall, Room 150

Your major Select two more classes

Chemical Engineering Civil Engineering Materials • Fundamentals of Controlled Releases • Membrane Processes

Civil Engineering Engineering Thermodynamics I and II • Principles of Electrochemical Engineering • Fundamentals of Particle Technology • Introduction to Polymer Chemistry • Pavement Analysis and Evaluation

Electrical Engineering Modern Physics • Statistical Physics • Physical Chemistry • Engineering Thermodynamics I and II • Fundamentals of Particle Technology • Modern Solid State Devices • Electronics II • Principles of Nondestructive Evaluation • Electronic Packaging

Mechanical Engineering Modern Physics • Statistical Physics • Physical Chemistry I • Fundamentals of Particle Technology • Principles of Nondestructive Evaluation •

Introduction to Computational Materials Science

Physics Advanced Inorganic Chemistry • Principles of Nondestructive Evaluation • Principles of Electrochemical Engineering •

Fundamentals of Particle Technology

Physical Science-General Statistical Physics • Advanced Laboratory • Advanced Inorganic Chemistry • Introduction to Polymer Chemistry • Principles of Nondestructive Evaluation • Principles of Electrochemical Engineering • Physical Chemistry I • Fundamentals of Particle Technology

Physical Science-Chemistry Modern Physics • Advanced Inorganic Chemistry • Introduction to Polymer Chemistry • Principles of Nondestructive Evaluation • Principles of Electrochemical Engineering • Fundamentals of Particle Technology

Chemistry Modern Physics • Statistical Physics • Special Topics in Advanced Physics • Principles of Electrochemical Engineering • Principles of Nondestructive Evaluation • Fundamentals of Particle Technology

Biochemistry Modern Physics • Statistical Physics • Principles of Nondestructive Evaluation • Principles of Electrochemical Engineering •

Fundamentals of Particle Technology