B.S. Applied Science 2015 Materials and Nanoscience Concentration NOTE: This document is meant to display your degree requirements. The Academic Requirements Report must be used to track progress toward fulfilling all degree requirements. The Academic Requirements Report must show all requirements “satisfied” before your degree is awarded. Name Student ID
Materials and Nanoscience Requirements (55 credits) University Degree Requirements APSC‐101 APSC‐349 APSC‐398 APSC‐449 APSC‐401 ENGL‐410 STAT‐330 Overall Credit and GPA Requirements Total Credits (120) Resident Credits (32) Stout GPA (2.000) Racial and Ethnic Studies (6 credits) (Select three credits from RES Category A) (Select three credits from any RES area) CHEM‐136 CHEM‐301 CHEM‐303 CHEM‐331 CHEM‐341 MATH‐250 NANO‐301 NANO‐230 Global Perspective (6 credits) (Complete a program of university‐approved work or study abroad, or 6 credits of global perspective approved courses) NOTE: RES and GLP requirements may be met within GE or major course selection. NANO‐401 PHYS‐281 PHYS‐282 PHYS‐283 PHYS‐327 General Education Requirements (40‐42 credits) Communication Skills (9 credits) ENGL‐101 or ENGL‐111 Composition 1 ENGL‐102 or ENGL‐112 Composition 2 or ENGL‐113 Honors Seminar I SPCOM‐100 Fundamentals of Speech 3 3 3 1 1 1 3 3 5 3 1 3 4 3 3 3 3 5 5 3 3 Research Requirement (Choose one): Analytic Reasoning and Natural Sciences (13‐15 credits) MATH‐153 Calculus I –or‐ MATH‐156 Calculus and Analytical Geometry I MATH‐154 Calculus II –or‐ MATH‐157 Calculus and Analytic Geometry II CHEM‐135 College Chemistry I Applied Science Profession I Co‐op –or‐ Field Experience – or‐ Co‐op Applied Science Profession II Scientific Communication Probability and Statistics for Engineering and the Sciences College Chemistry II Physical Chemistry Physical Chemistry Laboratory Quantitative Analysis Chemistry of Materials Differential Equations w/Linear Algebra Nano Structures Characterization Methods of Nanomaterials Nanotechnology Applications University Physics I University Physics II Modern Physics Solid State Physics BIO‐489 CHEM‐489 PHYS‐489 4‐5 4‐5 5 Advanced Biology Experience Advanced Chemistry Experience Advanced Physics Experience 2 2 2 Technical Emphasis Requirements (Choose one): Emphasis in Materials Physics (23‐25 credits) Arts and Humanities (6 credits) MFGT‐150 Introduction to Engineering Materials 3 CEE‐205 Circuit Analysis 4 PHYS‐222 Thermodynamics and Renewable Energy 3 MFG‐275 OR Thermodynamics and Heat Transfer PHYS‐335 Applied Optics and Photonics 3 PHYS‐383 Quantum Mechanics 3 PHYS‐489 Advanced Physics Experience* 1 Choose enough credits below to fulfill the required 120 credits: CEE‐215 Electronics 4 CEE‐235 Signals and Systems ELEC‐204 Electricity 3 CHEM‐325 Chemistry of Polymers 3 MATH‐158 Calculus III 3 PHYS‐321 Statics and Strength of Materials 4 PHYS‐329 Atomic and Nuclear Physics 3 RD‐320 Prototype Development & Model Making 3 * Students in the materials physics emphasis area need 3 credits in advanced experiences that includes at least 1 credit in PHYS‐489. Consult with your academic advisor for more information. SEE NEXT PAGE FOR ADDITIONAL REQUIREMENTS Emphasis in Nanobiotechnology (24‐25 credits) (Must be from at least two categories: Art History/Music Appreciation, Creative/Performing Arts, Foreign Language & Culture, History, Literature, Philosophy) Recommend RES‐A or RES‐B course Social and Behavioral Sciences (6 credits) (Must be from at least two categories: Anthropology, Economics, Geography, Political Science, Psychology, Sociology) Recommend RES‐A or RES‐B course Contemporary Issues (3 credits) (Courses must be selected from the list of approved contemporary issues courses) Social Responsibility and Ethical Reasoning (3 credits) (Courses must be selected from the list of approved social responsibility and ethical reasoning courses) ProgramWebsite:http://www.uwstout.edu/programs/bsas/index.cfm
See online course description for prerequisites Revised07/2015 BIO‐136 BIO‐235 CHEM‐201 CHEM‐335 BIO‐370 CHEM‐311 College Molecular Cell Biology I Molecular Cell Biology II Organic Chemistry Instrumental Methods and Analysis – or – Biotechnology Biochemistry Any BIO‐3XX, BIO‐4XX, CHEM‐3XX, or CHEM‐4XX With at least one course with a lab. 5 4 4 3 4 4 Emphasis in Entrepreneurship (24 credits) BUACT‐206 BUMKG‐330 BUMKG‐334 BUMGT‐304 BUMGT‐480 SUST‐315 SUST‐425 SUST‐432 Introduction to Financial Accounting Principles of Marketing Prof Selling/Market Development Principles of Management Entrepreneurship: Small Business Plng. Sustainable Engineering Sustainable Design & Dev Capstone Global Sustainability Exp in Design & Mfg 3 3 3 3 3 3 3 3 Ann Parsons, Program Director 331E Science Wing ‐‐ Jarvis Hall Phone: 715‐232‐2563 E‐Mail: parsonsa@uwstout.edu ProgramWebsite:http://www.uwstout.edu/programs/bsas/index.cfm
See online course description for prerequisites Revised07/2015