Spring Semester CR MUS 280 Music Business Internship.....................................3 Music Business II....................................................3 MUS 235 MUS 262 Performance Organization IV (a).........................1 Math OR Science Elective......................................3 Social Science Elective............................................3 13
Minimum Credit Hours required for degree: 60 Notes:
a) Performance Organization I-IV (MUS 161, 162, 261, 262) are required as follows: • All Brass and Woodwind Concentrations will complete four semesters of Wind Ensemble. • All Percussion Concentrations will complete a minimum of two semesters of Percussion Ensemble and two semesters of Wind Ensemble. • All Organ, Piano, and Vocal Concentrations will complete four semesters of Chorus. • All Guitar Concentrations will complete four semesters of Guitar Ensemble. • All String Concentrations will complete four semesters of SCCC or off-campus ensembles with appropriate registration, as advised by the Department.
Nanoscale Materials Technology Associate in Applied Science (A.A.S.) Mission The mission of the Nanoscale Materials Technology Associate in Applied Science degree program is to prepare graduates for employment in the semiconductor and superconductor industries in manufacturing, research or development fields while providing a solid foundation in material and physical sciences, mathematics, and electronics. The program prepares graduates to Goal I: Prepare graduates for employment as technicians in emerging industries. • Objective 1 Demonstrate the ability to operate and maintain equipment used in the design and manufacture of nanoscale materials • Objective 2 Demonstrate the ability to be an effective member or leader of an interdisciplinary team Goal II: Demonstrate an understanding of fundamental principles of nanoscale materials manufacture and function. • Objective 1 Apply the theory of analog and digital electrical circuitry to the manufacture and use of nanoscale materials • Objective 2 Identify the unique qualities and applications of nanoscale materials • Objective 3 Apply statistical analysis to determine product quality and functionality. Goal III: Demonstrate effective written and oral communication skills. • Objective 1 Organize and maintain laboratory journals and technical documentation • Objective 2 Write laboratory reports that accurately represent experimental outcomes • Objective 3 Prepare and deliver oral presentations of technical information and experimental results
First Year
Fall Semester CR CHM 121 General Chemistry I...............................................4 ELT 110 Electrical Circuits I.................................................4 ENG 123 College Composition..............................................3 MAT 129 Algebra II w/ Trig OR MAT 160 Discrete Structures OR Higher........3-4 NMT 150 Introduction to Materials Science.........................3 17-18 Spring Semester CR CIS 221 Advanced Computer Applications........................3 ELT 121 Electrical Circuits II................................................4 ENG 211 Technical Writing....................................................3 MAT 147 Statistics....................................................................3 NMT 152 Introduction to Nanoscale Materials....................3 16
Second Year
Fall Semester CR ELT 231 Electronics................................................................4 NMT 225 Introduction to Vacuum Science & Technology............................................................4 NMT 252 Integrated Nanotechnology Lab............................2 PHY 153 Physics I OR PHY 221 College Physics I.............4 Social Science Elective............................................3 17
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