Major: Physics
Concentration: Materials Science
Degree: Bachelor of Science
Prerequisites (30 credits)
CHEMISTRY 1 REQUIREMENT
  • CHM 2045 General Chemistry I
  • CHM 2045L General Chemistry I Lab
    Acceptable substitutes: (CHMX040 and CHMX041) or CHMX045C
CHEMISTRY 2 REQUIREMENT
  • CHM 2046 General Chemistry II
  • CHM 2046L General Chemistry II Lab
    Acceptable substitutes: CHMX046C
MAC2311 (GM) Calculus I (4 Credits)
Acceptable substitutes: MACX281
Prereq: MAC 1147
MAC2312 (GM) Calculus II (4 Credits)
Acceptable substitutes: MACX282
Prereq: MAC 2311
MAC2313 (GM) Calculus III (4 Credits)
Acceptable substitutes: MACX283
Prereq: MAC 2312
PHYSICS REQUIREMENT:
  • PHY 2048 Calculus Physics I
  • PHY 2048L Calculus Physics I Lab
  • PHY 2049 Calculus Physics II
  • PHY 2049L Calculus Physics II Lab
Contextual Courses (11 credits)
MAP2302 (GM) Ordinary Differ Equations (3 Credits)
ORGANIC Organic Chemistry I&II w/labs
  • CHM2210 Organic Chemistry I
  • CHM2210L Organic Chemistry I Lab
  • CHM2211 Organic Chemistry II
  • CHM2211L Organic Chemistry II Lab
Major Requirements (31 credits)
PHY1024 Intro Phys for New Majors (1 Credit)
EMA3010 Intro to Materials Science (3 Credits)
PHY3101 Modern Physics (3 Credits)
PHY3101L Modern Physics Lab (1 Credit)
PHY3220 Classical Mechanics (4 Credits)
PHY3320 Electricity and Magnetism (4 Credits)
PHY3424C Optics with Laboratory (4 Credits)
PHY4523 Thermodyn and Statistical Mech (4 Credits)
PHY4604 Quantum Mechanics (4 Credits)
PHZ3113 Mathematical Physics (3 Credits)
Major Electives (22 credits)
Select 22 credits from the list below, no more than 3 credits may be lower level (2000 level)
SELECT 22 credits from list
  • PHZ3404 Solid State Physics
  • PHY4802L Advanced Physics Lab
  • PHY4910 Physics Research & Seminar
  • PHY3722C Electronics for Scientists
  • CHM4410C Physical Chemistry I
  • CHM3120C Qualitative Analytical Chemistry
  • CHM3610 Inorganic Chemistry
  • CHM3610L Inorganic Chemistry Lab
  • CHM4627 Solid State Chemistry
  • EGN3311 Statics
  • EGN3331 Strangth of Materials
  • EML3100 Thermodynamics I
  • EML3101 Thermodynamics II
  • EML4930 Material Characterization
  • EML4320C Integrated Design and Manufacturing
  • EML4930 Microstructural Evolution
  • COP2220 Computer Science I (intro to C)
  • COP2551 Intro to OO Programming (Intro to Java)
  • COP2010 Intro to V&P Programming (Visual Basic)
Free Electives (2 credits)
TAKE 3 hrs at the 3000/4000 level
This degree requires a minimum of 120 total hours with 48 upper (3000/4000) level hours. Free electives may be courses in any discipline (provided the required prerequisites are met) and they are the hours needed to satisfy the total hour requirement. These hours may vary (consult your advisor about free elective hours needed to graduate).