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| This sub-plan is ideal for those students who want the strongest possible grounding in physics. It is designed to suit the needs of students who are interested in fundamental physics or astrophysics, | This sub-plan is ideal for those students who want the strongest possible grounding in physics. It is designed to suit the needs of students who are interested in fundamental physics or astrophysics, | ||
| - | ^ **Professional Physics Sub-Plan: Additional Programmatic Requirements (50-52 cr.)** | + | ^ **Professional Physics Sub-Plan: Additional Programmatic Requirements (50-52 cr.)** |
| - | | **Upper Division Physics Requirements** | + | | **Upper Division Physics Requirements** |
| - | | PHYS 4001 | Analytical Mechanics | 4 | | + | | PHYS 4001 |
| - | | PHYS 4002 | Electricity and Magnetism | 4 | | + | | PHYS 4002 |
| - | | PHYS 4101 | Quantum Mechanics | 4 | | + | | PHYS 4101 |
| - | | PHYS 4201 | Statistical and Thermal Physics | 3 | | + | | PHYS 4201 |
| - | | PHYS 4303 | Electrodynamics and Waves | 3 | | + | | PHYS 4303 |
| - | | **Methods of Experimental Physics** | + | | **Methods of Experimental Physics** |
| - | | PHYS 4051 | Methods of Experimental Physics I | 5 | | + | | PHYS 4051 |
| - | | PHYS 4052W | Methods of Experimental Physics II | 5 | | + | | PHYS 4052W | Methods of Experimental Physics II |
| - | | **Upper Level Math Elective (Choose At Least One)** | + | | **Upper Level Math Elective (Choose At Least One [not required for students who have taken PHYS3041])** || **Credits** |
| - | | MATH 4242 | Applied Linear Algebra | 4 | | + | | PHYS 3041 | Mathematical Methods for Physics |
| - | | MATH 4428 | Mathematical Modeling | 4 | | + | | MATH 4242 |
| - | | MATH 4567 | Applied Fourier Analysis | 4 | | + | | MATH 4428 |
| - | | MATH 5525 | Introduction to Ordinary Differential Equations | 4 | | + | | MATH 4567 |
| - | | MATH 5583 | Complex Analysis | 4 | | + | | MATH 5525 |
| - | | MATH 5587 | Elementary Partial Differential Equations I | 4 | | + | | MATH 5583 |
| - | | **Upper Level Physics Elective (Choose At Least One)** | + | | MATH 5587 |
| - | | PHYS 3022 | Introduction to Cosmology | 3 | | + | | **Upper Level Physics Elective (Choose At Least One)** |
| - | | PHYS 4041 | Computational Methods in the Physical Sciences | 4 | | + | | PHYS 3022 |
| - | | PHYS 4211 | Introduction to Solid-State Physics | 3 | | + | | PHYS 4041 |
| - | | PHYS 4511 | Introduction to Nuclear and Particle Physics | 3 | | + | | PHYS 4211 |
| - | | PHYS 4611 | Introduction to Space Physics | 3 | | + | | PHYS 4511 |
| - | | PHYS 4911| Introduction to Biopolymer Physics | 3 | | + | | PHYS 4611 |
| - | | PHYS 5041 | Mathematical Methods for Physics | 4 | | + | | PHYS 4911 |
| - | | PHYS 5081 | Introduction to Biopolymer Physics | 3 | | + | | PHYS 5041 |
| - | | PHYS 5401| Physiological Physics | + | | PHYS 5081 |
| - | | **Technical Electives** | + | | PHYS 5401 |
| - | | Technical electives with the approval of your adviser (see list of options at the bottom of this page). These are in addition to any courses listed above. A technical elective is any course in CSE or CBS at the 3XXX-level and above. A 1XXX-level CSCI programming course in java and C++ is also accepted. || 15 | | + | | **Technical Electives** |
| + | | Technical electives with the approval of your adviser (see list of options at the bottom of this page). These are in addition to any courses listed above. A technical elective is any course in CSE or CBS at the 3XXX-level and above. A 1XXX-level CSCI programming course in java and C++ is also accepted. | ||
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| | PHYS 4052W | Methods of Experimental Physics II | 5 | | | PHYS 4052W | Methods of Experimental Physics II | 5 | | ||
| | **Technical Electives** | | **Technical Electives** | ||
| - | | Technical electives in engineering and related areas with the approval of your adviser (see list of options at the bottom of this page). These are in addition to any courses listed above. A technical elective is any course in CSE or CBS at the 3XXX-level and above. A 1XXX-level CSCI programming course in java and C++ is also accepted. In filling the engineering portion of the technical electives, credits can be taken in a single area or distributed across several engineering fields, depending on student' | + | | Technical electives in engineering and related areas with the approval of your adviser (see list of options at the bottom of this page). These are in addition to any courses listed above. A technical elective is any course in CSE or CBS at the 3XXX-level and above. A 1XXX-level CSCI programming course in java and C++ is also accepted. In filling the engineering portion of the technical electives, credits can be taken in a single area or distributed across several engineering fields, depending on student' |
| + | |||
| + | † Students who have not taken PHYS3041 are required to complete **25** technical elective credits. | ||
| Note that CHEM 1061 and 1065, which are required for several of the engineering majors, are strongly recommended. | Note that CHEM 1061 and 1065, which are required for several of the engineering majors, are strongly recommended. | ||
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| | PHYS 4052W | Methods of Experimental Physics II | 5 | | | PHYS 4052W | Methods of Experimental Physics II | 5 | | ||
| | **Technical Electives** | | **Technical Electives** | ||
| - | | Technical electives in biology and related areas with the approval of your adviser (see list of options at the bottom of this page). These are in addition to any courses listed above. When choosing the appropriate courses for the biology requirement students should consult with faculty who have expertise in these areas. PHYS 5401 and PHYS 5402 " | + | | Technical electives in biology and related areas with the approval of your adviser (see list of options at the bottom of this page). These are in addition to any courses listed above. When choosing the appropriate courses for the biology requirement students should consult with faculty who have expertise in these areas. PHYS 5401 and PHYS 5402 " |
| + | |||
| + | |||
| + | † Students who have not taken PHYS3041 are required to complete **11** technical elective credits. | ||
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| | PHIL 3601W | Scientific Thought | 4 | | | PHIL 3601W | Scientific Thought | 4 | | ||
| | **Technical Electives** | | **Technical Electives** | ||
| - | | Technical electives in physics and related areas with the approval of your adviser (see list of options at the bottom of this page). These are in addition to the courses listed above. A technical elective is any course in CSE or CBS at the 3XXX-level and above. Students who follow this degree track with the intent of continuing in physics graduate school are also strongly encouraged to take all four of the upper-division core courses: Phys 4001, 4002, 4101, and 4201. Up to 8 credits will be counted for completion of the introductory chemistry or biology requirements for the general science teaching license and one computer programming course at the CSCI 1xxx level will be counted. | + | | Technical electives in physics and related areas with the approval of your adviser (see list of options at the bottom of this page). These are in addition to the courses listed above. A technical elective is any course in CSE or CBS at the 3XXX-level and above. Students who follow this degree track with the intent of continuing in physics graduate school are also strongly encouraged to take all four of the upper-division core courses: Phys 4001, 4002, 4101, and 4201. Up to 8 credits will be counted for completion of the introductory chemistry or biology requirements for the general science teaching license and one computer programming course at the CSCI 1xxx level will be counted. |
| + | |||
| + | † Students who have not taken PHYS3041 are required to complete **26** technical elective credits. | ||
| Students following this option in preparation for secondary school teaching are strongly advised to participate in a program of voluntary secondary school teaching. Such experience (100 hours) is required for students wishing to enter the University of Minnesota College of Education Secondary School Graduate Program leading certification to teach. (See the Education Advising Office, Wulling Hall for information on how to meet this requirement). | Students following this option in preparation for secondary school teaching are strongly advised to participate in a program of voluntary secondary school teaching. Such experience (100 hours) is required for students wishing to enter the University of Minnesota College of Education Secondary School Graduate Program leading certification to teach. (See the Education Advising Office, Wulling Hall for information on how to meet this requirement). | ||
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| This emphasis is ideal for students who seek a strong grounding in physics and the computational techniques used in physics research. Computational physics connects physics, computer science and applied mathematics to provide scientific solutions to realistic and often complex problems. Students who are interested in moving directly into industry as well as those who want to pursue a graduate degree in physics will find this program valuable. | This emphasis is ideal for students who seek a strong grounding in physics and the computational techniques used in physics research. Computational physics connects physics, computer science and applied mathematics to provide scientific solutions to realistic and often complex problems. Students who are interested in moving directly into industry as well as those who want to pursue a graduate degree in physics will find this program valuable. | ||
| - | ^ **Computational Physics Sub-Plan: Additional Programmatic Requirements (50-52 cr.)** | + | ^ **Computational Physics Sub-Plan: Additional Programmatic Requirements (50-52 cr.)** |
| - | | **Upper Division Physics Requirements** | + | | **Upper Division Physics Requirements** |
| - | | PHYS 4001 | Analytical Mechanics | + | | PHYS 4001 |
| - | | PHYS 4002 | Electricity and Magnetism | + | | PHYS 4002 |
| - | | PHYS 4101 | Quantum Mechanics | + | | PHYS 4101 |
| - | | PHYS 4201 | Statistical and Thermal Physics | + | | PHYS 4201 |
| - | | **Methods of Experimental Physics** | + | | **Methods of Experimental Physics** |
| - | | PHYS 4051 | Methods of Experimental Physics I | 5 | | + | | PHYS 4051 |
| - | | PHYS 4052W | + | | PHYS 4052W | Methods of Experimental Physics II | 3-5 | |
| - | | //or an approved PHYS 4994 project (3+ cr.) with a significant computational component may be substituted for 4052W with adviser approval// | + | | //or an approved PHYS 4994 project (3+ cr.) with a significant computational component may be substituted for 4052W with adviser approval// |
| - | | **Computer Programming** | + | | **Computer Programming** |
| - | | CSCI 1113 | Introduction to C/C++ Programming for Scientists and Engineers | + | | CSCI 1113 |
| - | | //or other comparable computer language programming course may be substituted for CSCI 1113 with adviser approval// | + | | //or other comparable computer language programming course may be substituted for CSCI 1113 with adviser approval// |
| - | | CSCI 1913 or CSCI 1933 | + | | CSCI 1913 or CSCI 1933 | Computer Science II | 4 | |
| - | | **Computational Elective (Choose At Least One)** | + | | **Computational Elective (Choose At Least One)** |
| - | | AST 4101 | Computational Methods in the Physical Sciences | 4 | | + | | AST 4101 | Computational Methods in the Physical Sciences |
| - | | PHYS 4041| Computational Methods in the Physical Sciences | 4 | | + | | PHYS 4041 |
| - | | CHEM 4021| Computational Chemistry | 3 | | + | | CHEM 4021 |
| - | | AEM 5253| Computational Fluid Mechanics | 3 | | + | | AEM 5253 | Computational Fluid Mechanics |
| - | | Technical electives with the approval of your adviser (see list of options at the bottom of this page). These are in addition to the courses listed above. A technical elective is any course in CSE or CBS at the 3XXX-level and above. AST 4101 / PHYS 4041 (Computational Methods) is strongly recommended. At least one of the electives must be a course emphasizing the application of computational methods, for example CHEM 4021 or AEM 5251. | + | | **Technical Electives** |
| + | | Technical electives with the approval of your adviser (see list of options at the bottom of this page). These are in addition to the courses listed above. | ||
| + | |||
| + | |||
| + | † Students who have not taken PHYS3041 are required to complete **15** technical elective credits. | ||
| + | |||
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| - | Technical electives must be selected with approval of your adviser. These are in addition to any courses listed above, and credit requirements vary by subplan. | + | Technical electives must be selected with *approval of your adviser*. These are in addition to any courses listed above, and credit requirements vary by subplan. |
| + | |||
| + | |||
| + | ==== Recommended Technical Electives ==== | ||
| + | |||
| + | | **Course** | ||
| + | | CSCI 1113 | ||
| + | | IE 3521 | ||
| + | | MATS 3011 | ||
| + | | AST 4001 | Astrophysics I | Relevant for astrophysics double majors | ||
| + | | AST 4002 | Astrophysics II | Relevant for astrophysics double majors | ||
| + | | AST 4031 | Interpretation and Analysis of Astrophysical Data | Relevant for astrophysics double majors and students interested in advanced data analysis techniques | ||
| + | | AST 4101 | Computational Methods in the Physical Sciences | ||
| + | | AST 5001 | Galactic Astronomy | ||
| + | | AST 5012 | The Interstellar Medium | ||
| + | | AST 5022 | Relativity, Cosmology, and the Universe | ||
| + | | AST 5201 | Methods of Experimental Astrophysics | ||
| + | | MATH 4242 | ||
| + | | MATH 4567 | ||
| + | | MATH 5583 | ||
| + | | MATH 5587 | ||
| + | | MATH 5588 | ||
| + | | MPHY 5040 | ||
| + | | MM 3305 | ||
| + | | PHYS 3022 | ||
| + | | PHYS 4041 | ||
| + | | PHYS 4121W | History of 20th-Century Physics | ||
| + | | PHYS 4211 | ||
| + | | PHYS 4303 | ||
| + | | PHYS 4511 | ||
| + | | PHYS 4611 | ||
| + | | PHYS 4621 | ||
| + | | PHYS 4632/ | ||
| + | | PHYS4811 | ||
| + | | PHYS 4911 | ||
| + | | PHYS 5022 | ||
| + | | PHYS 5041 | ||
| + | |||
| + | |||
| + | ==== Exhaustive List of CSE/CBS 3xxx-5xxx Level Courses ==== | ||
| + | |||
| + | Many of these courses have specific lower-division pre-requisites. | ||
| ^ **CSE/CBS 3xxx-5xxx level courses** ^^ | ^ **CSE/CBS 3xxx-5xxx level courses** ^^ | ||
| | **Course** | **Course Title** | | **Course** | **Course Title** | ||
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| | AEM 3100 | Software Applications in AEM | | | AEM 3100 | Software Applications in AEM | | ||
| | AEM 3101 | Mathematical Modeling and Simulation in Aerospace Engineering | | | AEM 3101 | Mathematical Modeling and Simulation in Aerospace Engineering | | ||
| - | | AEM 3391 | Independent Design Project | | ||
| - | | AEM 4000H | Honors Research Seminar | | ||
| | AEM 4201 | Fluid Mechanics | | | AEM 4201 | Fluid Mechanics | | ||
| | AEM 4202 | Aerodynamics | | | AEM 4202 | Aerodynamics | | ||
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| | AEM 4321 | Automatic Control Systems | | | AEM 4321 | Automatic Control Systems | | ||
| | AEM 4331 | Aerospace Vehicle Design | | | AEM 4331 | Aerospace Vehicle Design | | ||
| - | | AEM 4333 | Aerospace Design: Special Projects | | ||
| | AEM 4371 | Helicopter Aerodynamics | | | AEM 4371 | Helicopter Aerodynamics | | ||
| - | | AEM 4391 | Independent Design Project | | ||
| | AEM 4495 | Problems in Aerospace Systems | | | AEM 4495 | Problems in Aerospace Systems | | ||
| | AEM 4501 | Aerospace Structures | | | AEM 4501 | Aerospace Structures | | ||
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| | AEM 4602W | Aeromechanics Laboratory | | | AEM 4602W | Aeromechanics Laboratory | | ||
| | AEM 4796 | Professional Experience | | | AEM 4796 | Professional Experience | | ||
| - | | AEM 4894H | Senior Honors Thesis | | ||
| - | | AEM 4896 | International Professional Experience | | ||
| | AEM 5247 | Hypersonic Aerodynamics | | | AEM 5247 | Hypersonic Aerodynamics | | ||
| | AEM 5253 | Computational Fluid Mechanics | | | AEM 5253 | Computational Fluid Mechanics | | ||
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| | AEM 5401 | Intermediate Dynamics | | | AEM 5401 | Intermediate Dynamics | | ||
| | AEM 5451 | Optimal Estimation | | | AEM 5451 | Optimal Estimation | | ||
| - | | AEM 5495 | Topics in Aerospace Systems | | ||
| | AEM 5501 | Continuum Mechanics | | | AEM 5501 | Continuum Mechanics | | ||
| | AEM 5503 | Theory of Elasticity | | | AEM 5503 | Theory of Elasticity | | ||
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| | BMEN 4013 | CAD of Biomechanical/ | | BMEN 4013 | CAD of Biomechanical/ | ||
| | BMEN 4015 | CAE of Biomechanical/ | | BMEN 4015 | CAE of Biomechanical/ | ||
| - | | BMEN 4710 | Directed Research | | ||
| - | | BMEN 4720 | Directed Study | | ||
| - | | BMEN 4794H | Directed Research Honors | | ||
| - | | BMEN 4896 | Industrial Assignment I: Co-op Program | | ||
| - | | BMEN 4996 | Industrial Assignment II: Co-op Program | | ||
| | BMEN 5001 | Advanced Biomaterials | | | BMEN 5001 | Advanced Biomaterials | | ||
| | BMEN 5041 | Tissue Engineering | | | BMEN 5041 | Tissue Engineering | | ||
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| | BMEN 5501 | Biology for Biomedical Engineers | | | BMEN 5501 | Biology for Biomedical Engineers | | ||
| | BMEN 5701 | Cancer Bioengineering | | | BMEN 5701 | Cancer Bioengineering | | ||
| - | | BMEN 5910 | Special Topics in Biomedical Engineering | | ||
| - | | BMEN 5920 | Special Topics in Biomedical Engineering | | ||
| | CHEN 3005 | Transport Phenomena: Momentum and Heat | | | CHEN 3005 | Transport Phenomena: Momentum and Heat | | ||
| | CHEN 3006 | Mass Transport and Separation Processes | | | CHEN 3006 | Mass Transport and Separation Processes | | ||
| | CHEN 3041 | Industrial Assignment I | | | CHEN 3041 | Industrial Assignment I | | ||
| - | | CHEN 3045 | Chemical Engineering Industrial Internship | | ||
| | CHEN 3101 | Chemical Engineering Thermodynamics | | | CHEN 3101 | Chemical Engineering Thermodynamics | | ||
| | CHEN 3102 | Reaction Kinetics and Reactor Engineering | | | CHEN 3102 | Reaction Kinetics and Reactor Engineering | | ||
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| | CHEN 3401W | Junior Chemical Engineering Lab | | | CHEN 3401W | Junior Chemical Engineering Lab | | ||
| | CHEN 3701 | Introduction to Biomolecular Engineering | | | CHEN 3701 | Introduction to Biomolecular Engineering | | ||
| - | | CHEN 4041 | Industrial Assignment II | | ||
| | CHEN 4214 | Polymers | | | CHEN 4214 | Polymers | | ||
| | CHEN 4223W | Polymer Laboratory | | | CHEN 4223W | Polymer Laboratory | | ||
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| | CHEN 4501W | Chemical Engineering Design I | | | CHEN 4501W | Chemical Engineering Design I | | ||
| | CHEN 4502W | Chemical Engineering Design II | | | CHEN 4502W | Chemical Engineering Design II | | ||
| - | | CHEN 4593 | Directed study | | ||
| - | | CHEN 4594 | Directed Research | | ||
| - | | CHEN 4594H | Directed Research - Honors | | ||
| | CHEN 4601 | Process Control | | | CHEN 4601 | Process Control | | ||
| | CHEN 4701 | Advanced Undergraduate Applied Math I: Linear Analysis | | | CHEN 4701 | Advanced Undergraduate Applied Math I: Linear Analysis | | ||
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| | CHEN 5531 | Electrochemical Engineering and Renewable Energy | | | CHEN 5531 | Electrochemical Engineering and Renewable Energy | | ||
| | CHEN 5551 | Survey of Renewable Energy Technologies | | | CHEN 5551 | Survey of Renewable Energy Technologies | | ||
| - | | CHEN 5595 | Special Topics | | ||
| | CHEN 5751 | Biochemical Engineering | | | CHEN 5751 | Biochemical Engineering | | ||
| | CHEN 5753 | Biological Transport Processes | | | CHEN 5753 | Biological Transport Processes | | ||
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| | MATS 3801 | Structural Characterization Lab | | | MATS 3801 | Structural Characterization Lab | | ||
| | MATS 3851W | Materials Properties Lab | | | MATS 3851W | Materials Properties Lab | | ||
| - | | MATS 4041 | Industrial Assignment II | | ||
| | MATS 4212 | Ceramics | | | MATS 4212 | Ceramics | | ||
| | MATS 4214 | Polymers | | | MATS 4214 | Polymers | | ||
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| | MATS 4512 | Corrosion and Electrochemistry of Corrosion | | | MATS 4512 | Corrosion and Electrochemistry of Corrosion | | ||
| | MATS 4591 | Independent Study in Materials Science | | | MATS 4591 | Independent Study in Materials Science | | ||
| - | | MATS 4593 | Directed Study in Materials Science | | ||
| - | | MATS 4594 | Directed Research in Materials Science | | ||
| - | | MATS 4594H | Directed Research - Honors | | ||
| | MATS 5353 | Electron Microprobe Theory and Practice | | | MATS 5353 | Electron Microprobe Theory and Practice | | ||
| | MATS 5517 | Electron Microscopy | | | MATS 5517 | Electron Microscopy | | ||
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| | CHEM 4021 | Computational Chemistry | | | CHEM 4021 | Computational Chemistry | | ||
| | CHEM 4066 | Chemistry of Industry | | | CHEM 4066 | Chemistry of Industry | | ||
| - | | CHEM 4094V | Directed Research | | ||
| - | | CHEM 4094W | Directed Research | | ||
| | CHEM 4101 | Modern Instrumental Methods of Chemical Analysis | | | CHEM 4101 | Modern Instrumental Methods of Chemical Analysis | | ||
| | CHEM 4111W | Modern Instrumental Methods of Chemical Analysis Lab | | | CHEM 4111W | Modern Instrumental Methods of Chemical Analysis Lab | | ||
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| | CHEM 4735 | Bioinorganic Chemistry | | | CHEM 4735 | Bioinorganic Chemistry | | ||
| | CHEM 4745 | Advanced Inorganic Chemistry | | | CHEM 4745 | Advanced Inorganic Chemistry | | ||
| - | | CHEM 4894H | Senior Honors Thesis | | ||
| | CHEM 5210 | Materials Characterization | | | CHEM 5210 | Materials Characterization | | ||
| | CHEM 5245 | Introduction to Drug Design | | | CHEM 5245 | Introduction to Drug Design | | ||
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| | CEGE 3502 | Fluid Mechanics | | | CEGE 3502 | Fluid Mechanics | | ||
| | CEGE 3541 | Environmental Engineering Laboratory | | | CEGE 3541 | Environmental Engineering Laboratory | | ||
| - | | CEGE 4000H | Honors Research Seminar | | ||
| - | | CEGE 4011 | Special Topics | | ||
| - | | CEGE 4092H | Honors Selected Reading | | ||
| - | | CEGE 4094H | Senior Honors Thesis | | ||
| | CEGE 4102W | Capstone Design for Civil Engineering | | | CEGE 4102W | Capstone Design for Civil Engineering | | ||
| | CEGE 4104W | Capstone Design for Geoengineering | | | CEGE 4104W | Capstone Design for Geoengineering | | ||
| | CEGE 4121 | Computer Applications in Civil Engineering II | | | CEGE 4121 | Computer Applications in Civil Engineering II | | ||
| - | | CEGE 4170 | Independent Study I | | ||
| - | | CEGE 4180 | Independent Study II | | ||
| - | | CEGE 4190 | Engineering Co-op Assignment | | ||
| - | | CEGE 4194H | Senior Honors Thesis | | ||
| | CEGE 4201 | Highway Design | | | CEGE 4201 | Highway Design | | ||
| | CEGE 4211 | Traffic Engineering | | | CEGE 4211 | Traffic Engineering | | ||
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| | CEGE 4562 | Environmental Remediation Technology | | | CEGE 4562 | Environmental Remediation Technology | | ||
| | CEGE 5094 | Civil Engineering Research | | | CEGE 5094 | Civil Engineering Research | | ||
| - | | CEGE 5180 | Special Topics | | ||
| | CEGE 5211 | Traffic Engineering | | | CEGE 5211 | Traffic Engineering | | ||
| | CEGE 5212 | Transportation Policy, Planning, and Deployment | | | CEGE 5212 | Transportation Policy, Planning, and Deployment | | ||
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| | CSCI 3081W | Program Design and Development | | | CSCI 3081W | Program Design and Development | | ||
| | CSCI 3921W | Social, Legal, and Ethical Issues in Computing | | | CSCI 3921W | Social, Legal, and Ethical Issues in Computing | | ||
| - | | CSCI 3970 | Industrial Student Co-op Assignment | | ||
| | CSCI 4011 | Formal Languages and Automata Theory | | | CSCI 4011 | Formal Languages and Automata Theory | | ||
| | CSCI 4041 | Algorithms and Data Structures | | | CSCI 4041 | Algorithms and Data Structures | | ||
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| | CSCI 4950 | Senior Software Project | | | CSCI 4950 | Senior Software Project | | ||
| | CSCI 4970W | Advanced Project Laboratory | | | CSCI 4970W | Advanced Project Laboratory | | ||
| - | | CSCI 4994H | Honors Thesis | | ||
| | CSCI 5103 | Operating Systems | | | CSCI 5103 | Operating Systems | | ||
| | CSCI 5105 | Introduction to Distributed Systems | | | CSCI 5105 | Introduction to Distributed Systems | | ||
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| | CSCI 5801 | Software Engineering I | | | CSCI 5801 | Software Engineering I | | ||
| | CSCI 5802 | Software Engineering II | | | CSCI 5802 | Software Engineering II | | ||
| - | | CSCI 5980 | Special Topics in Computer Science | | ||
| - | | CSCI 5991 | Independent Study | | ||
| - | | CSCI 5994 | Directed Research | | ||
| | CSCI 5996 | Curricular Practical Training | | | CSCI 5996 | Curricular Practical Training | | ||
| | ESCI 3001 | Earth Materials | | | ESCI 3001 | Earth Materials | | ||
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| | ESCI 4010 | Undergraduate Seminar: Current Topics in Earth Sciences | | | ESCI 4010 | Undergraduate Seminar: Current Topics in Earth Sciences | | ||
| | ESCI 4093 | Problems in Earth Sciences: Senior | | | ESCI 4093 | Problems in Earth Sciences: Senior | | ||
| - | | ESCI 4094 | Senior Thesis | | ||
| | ESCI 4102W | Vertebrate Paleontology: | | ESCI 4102W | Vertebrate Paleontology: | ||
| | ESCI 4103W | Fossil Record of Mammals | | | ESCI 4103W | Fossil Record of Mammals | | ||
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| | ESCI 4911 | Advanced Field Geology | | | ESCI 4911 | Advanced Field Geology | | ||
| | ESCI 4971W | Field Hydrogeology | | | ESCI 4971W | Field Hydrogeology | | ||
| - | | ESCI 5093 | Directed Studies in Earth Sciences | | ||
| | ESCI 5102 | Climate Change and Human History | | | ESCI 5102 | Climate Change and Human History | | ||
| | ESCI 5201 | Time-Series Analysis of Geological Phenomena | | | ESCI 5201 | Time-Series Analysis of Geological Phenomena | | ||
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| | EE 3161 | Semiconductor Devices | | | EE 3161 | Semiconductor Devices | | ||
| | EE 3601 | Transmission Lines, Fields, and Waves | | | EE 3601 | Transmission Lines, Fields, and Waves | | ||
| - | | EE 3940 | Special Topics in Electrical and Computer Engineering | | ||
| - | | EE 3990 | Curricular Practical Training | | ||
| - | | EE 4043W | Industrial Assignment II | | ||
| - | | EE 4044 | Industrial Assignment III | | ||
| | EE 4111 | Advanced Analog Electronics Design | | | EE 4111 | Advanced Analog Electronics Design | | ||
| | EE 4161W | Energy Conversion and Storage | | | EE 4161W | Energy Conversion and Storage | | ||
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| | EE 4741 | Power Electronics | | | EE 4741 | Power Electronics | | ||
| | EE 4743 | Switch-Mode Power Electronics Laboratory | | | EE 4743 | Switch-Mode Power Electronics Laboratory | | ||
| - | | EE 4930 | Special Topics in Electrical and Computer Engineering Laboratory | | ||
| - | | EE 4940 | Special Topics in Electrical and Computer Engineering | | ||
| - | | EE 4951W | Senior Design Project | | ||
| - | | EE 4970 | Directed Study | | ||
| - | | EE 4981H | Senior Honors Project I | | ||
| - | | EE 4982V | Senior Honors Project II | | ||
| - | | EE 4999 | Special Exam | | ||
| - | | EE 5041 | Industrial Assignment for Graduate Students | | ||
| | EE 5121 | Transistor Device Modeling for Circuit Simulation | | | EE 5121 | Transistor Device Modeling for Circuit Simulation | | ||
| | EE 5141 | Introduction to Microsystem Technology | | | EE 5141 | Introduction to Microsystem Technology | | ||
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| | EE 5741 | Advanced Power Electronics | | | EE 5741 | Advanced Power Electronics | | ||
| | EE 5745 | Wind Energy Essentials | | | EE 5745 | Wind Energy Essentials | | ||
| - | | EE 5940 | Special Topics in Electrical Engineering I | | ||
| - | | EE 5950 | Special Topics in Electrical Engineering II | | ||
| - | | EE 5960 | Special Topics in Electrical Engineering III | | ||
| - | | EE 5970 | Special Topics in Electrical Engineering IV | | ||
| - | | EE 5990 | Curricular Practical Training | | ||
| | IE 3011 | Optimization I | | | IE 3011 | Optimization I | | ||
| | IE 3012 | Optimization II | | | IE 3012 | Optimization II | | ||
| Line 649: | Line 646: | ||
| | IE 3553 | Simulation | | | IE 3553 | Simulation | | ||
| | IE 4011 | Stochastic Models | | | IE 4011 | Stochastic Models | | ||
| - | | IE 4041W | Senior Design | | ||
| - | | IE 4043 | Industrial Assignment II | | ||
| - | | IE 4044 | Industrial Assignment III | | ||
| - | | IE 4091 | Independent Study | | ||
| - | | IE 4094 | Directed Research | | ||
| | IE 4096 | Curricular Practical Training | | | IE 4096 | Curricular Practical Training | | ||
| | IE 4511 | Human Factors | | | IE 4511 | Human Factors | | ||
| - | | IE 4541W | Project Management | | ||
| | IE 4551 | Production and Inventory Control | | | IE 4551 | Production and Inventory Control | | ||
| - | | IE 4894H | Senior Honors Thesis | | ||
| - | | IE 5080 | Topics in Industrial Engineering | | ||
| | IE 5111 | Systems Engineering I | | | IE 5111 | Systems Engineering I | | ||
| | IE 5112 | Introduction to Operations Research | | | IE 5112 | Introduction to Operations Research | | ||
| Line 673: | Line 662: | ||
| | IE 5551 | Production Planning and Inventory Control | | | IE 5551 | Production Planning and Inventory Control | | ||
| | IE 5553 | Simulation | | | IE 5553 | Simulation | | ||
| - | | HSCI 3211 | Biology and Culture in the 19th and 20th Centuries | | ||
| - | | HSCI 3242 | The Darwinian Revolution | | ||
| - | | HSCI 3244 | History of Ecology and Environmentalism | | ||
| - | | HSCI 3331 | Technology and American Culture | | ||
| - | | HSCI 3332 | Science and American Culture | | ||
| - | | HSCI 3401 | Ethics in Science and Technology | | ||
| - | | HSCI 3421 | Engineering Ethics | | ||
| - | | HSCI 3611 | Enlightenment, | ||
| - | | HSCI 3714 | Technology and Civilization: | ||
| - | | HSCI 3715 | Technology and Civilization: | ||
| - | | HSCI 3814 | Revolutions in Science: The Babylonians to Newton | | ||
| - | | HSCI 3815 | Revolutions in Science: Lavoisier, Darwin, and Einstein | | ||
| - | | HSCI 4121W | History of 20th-Century Physics | | ||
| - | | HSCI 4321 | History of Computing | | ||
| - | | HSCI 4455 | Women, Gender, and Science | | ||
| - | | HSCI 5211 | Biology and Culture in the 19th and 20th Centuries | | ||
| - | | HSCI 5242 | The Darwinian Revolution | | ||
| - | | HSCI 5244 | History of Ecology and Environmentalism | | ||
| - | | HSCI 5331 | Technology and American Culture | | ||
| - | | HSCI 5332 | Science and American Culture | | ||
| - | | HSCI 5401 | Ethics in Science and Technology | | ||
| - | | HSCI 5421 | Engineering Ethics | | ||
| - | | HSCI 5611 | Enlightenment, | ||
| - | | HSCI 5993 | Directed Studies | | ||
| - | | HSCI 5994 | Directed Research | | ||
| - | | ME 3041 | Industrial Assignment I | | ||
| - | | ME 3080 | Topics in Mechanical Engineering | | ||
| | ME 3221 | Fundamentals of Design & Manufacturing | | | ME 3221 | Fundamentals of Design & Manufacturing | | ||
| | ME 3221 | Design and Manufacturing I: Engineering Materials and Manufacturing Processes | | | ME 3221 | Design and Manufacturing I: Engineering Materials and Manufacturing Processes | | ||
| Line 707: | Line 669: | ||
| | ME 3324 | Introduction to Thermal Science | | | ME 3324 | Introduction to Thermal Science | | ||
| | ME 3331 | Thermodynamics | | | ME 3331 | Thermodynamics | | ||
| - | | ME 3331 | Thermal Sciences I | | ||
| | ME 3332 | Fluid Mechanics | | | ME 3332 | Fluid Mechanics | | ||
| - | | ME 3332 | Thermal Sciences II | | ||
| | ME 3333 | Heat Transfer | | | ME 3333 | Heat Transfer | | ||
| - | | ME 3333 | Thermal Sciences III | | ||
| - | | ME 3990 | Curricular Practical Training | | ||
| | ME 4031W | Basic Mechanical Measurements Laboratory | | | ME 4031W | Basic Mechanical Measurements Laboratory | | ||
| - | | ME 4043W | Industrial Assignment II | | ||
| - | | ME 4044 | Industrial Assignment III | | ||
| - | | ME 4054W | Design Projects | | ||
| - | | ME 4080 | Topics in Mechanical Engineering | | ||
| - | | ME 4081H | Mechanical Engineering Honors Thesis I | | ||
| - | | ME 4082H | Mechanical Engineering Honors Thesis II | | ||
| | ME 4090 | Advanced Engineering Problems | | | ME 4090 | Advanced Engineering Problems | | ||
| | ME 4131W | Thermal Environmental Engineering Laboratory | | | ME 4131W | Thermal Environmental Engineering Laboratory | | ||
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| | ME 5312 | Solar Thermal Technologies | | | ME 5312 | Solar Thermal Technologies | | ||
| | ME 5332 | Intermediate Fluid Mechanics | | | ME 5332 | Intermediate Fluid Mechanics | | ||
| - | | ME 5341 | Case Studies in Thermal Engineering and Design | | ||
| | ME 5344 | Thermodynamics of Fluid Flow With Applications | | | ME 5344 | Thermodynamics of Fluid Flow With Applications | | ||
| | ME 5351 | Computational Heat Transfer | | | ME 5351 | Computational Heat Transfer | | ||
| Line 757: | Line 708: | ||
| | MATH 3592H | Honors Mathematics I | | | MATH 3592H | Honors Mathematics I | | ||
| | MATH 3593H | Honors Mathematics II | | | MATH 3593H | Honors Mathematics II | | ||
| - | | MATH 4065 | Theory of Interest | | ||
| - | | MATH 4067W | Actuarial Mathematics in Practice | | ||
| | MATH 4151 | Elementary Set Theory | | | MATH 4151 | Elementary Set Theory | | ||
| | MATH 4152 | Elementary Mathematical Logic | | | MATH 4152 | Elementary Mathematical Logic | | ||
| Line 771: | Line 720: | ||
| | MATH 4707 | Introduction to Combinatorics and Graph Theory | | | MATH 4707 | Introduction to Combinatorics and Graph Theory | | ||
| | MATH 4990 | Topics in Mathematics | | | MATH 4990 | Topics in Mathematics | | ||
| - | | MATH 4991 | Independent Study | | ||
| - | | MATH 4992 | Directed Reading | | ||
| - | | MATH 4993 | Directed Study | | ||
| - | | MATH 4995 | Senior Project for CLA | | ||
| - | | MATH 4997W | Senior project (Writing Intensive) | | ||
| - | | MATH 5067 | Actuarial Mathematics I | | ||
| - | | MATH 5068 | Actuarial Mathematics II | | ||
| - | | MATH 5075 | Mathematics of Options, Futures, and Derivative Securities I | | ||
| - | | MATH 5076 | Mathematics of Options, Futures, and Derivative Securities II | | ||
| | MATH 5165 | Mathematical Logic I | | | MATH 5165 | Mathematical Logic I | | ||
| | MATH 5166 | Mathematical Logic II | | | MATH 5166 | Mathematical Logic II | | ||
| Line 817: | Line 757: | ||
| | AST 4031 | Interpretation and Analysis of Astrophysical Data | | | AST 4031 | Interpretation and Analysis of Astrophysical Data | | ||
| | AST 4101 | Computational Methods in the Physical Sciences | | | AST 4101 | Computational Methods in the Physical Sciences | | ||
| - | | AST 4299H | Senior Honors Astrophysics Research Seminar | | ||
| - | | AST 4990 | Directed Studies | | ||
| | AST 4994W | Directed Research | | | AST 4994W | Directed Research | | ||
| | AST 5001 | Galactic Astronomy | | | AST 5001 | Galactic Astronomy | | ||
| Line 825: | Line 763: | ||
| | AST 5201 | Methods of Experimental Astrophysics | | | AST 5201 | Methods of Experimental Astrophysics | | ||
| | PHYS 3022 | Introduction to Cosmology | | | PHYS 3022 | Introduction to Cosmology | | ||
| - | | PHYS 3993 | Directed Studies | | ||
| - | | PHYS 3994 | Directed Research | | ||
| | PHYS 4041 | Computational Methods in the Physical Sciences | | | PHYS 4041 | Computational Methods in the Physical Sciences | | ||
| | PHYS 4121W | History of 20th-Century Physics | | | PHYS 4121W | History of 20th-Century Physics | | ||
| Line 847: | Line 783: | ||
| | PHYS 5041 | Mathematical Methods for Physics | | | PHYS 5041 | Mathematical Methods for Physics | | ||
| | PHYS 5042 | Analytical and Numerical Methods of Physics II | | | PHYS 5042 | Analytical and Numerical Methods of Physics II | | ||
| - | | PHYS 5071 | Physics for High School Teachers: Experimental Foundations and Historical Perspectives | | ||
| - | | PHYS 5072 | Best Practices in College Physics Teaching | | ||
| | PHYS 5081 | Introduction to Biopolymer Physics | | | PHYS 5081 | Introduction to Biopolymer Physics | | ||
| | PHYS 5201 | Thermal and Statistical Physics | | | PHYS 5201 | Thermal and Statistical Physics | | ||
| Line 855: | Line 789: | ||
| | PHYS 5621 | Introduction to Plasma Physics | | | PHYS 5621 | Introduction to Plasma Physics | | ||
| | PHYS 5701 | Solid-State Physics for Engineers and Scientists | | | PHYS 5701 | Solid-State Physics for Engineers and Scientists | | ||
| - | | PHYS 5950 | Colloquium Seminar | | ||
| - | | PHYS 5970 | Physics Journal Club | | ||
| - | | PHYS 5980 | Introduction to Research Seminar | | ||
| - | | PHYS 5993 | Directed Studies | | ||
| - | | PHYS 5994 | Directed Research | | ||
| - | | CSE 4096 | Field Study; Internship, Industrial Assignment | | ||
| - | | CSE 5101 | Introduction to Engineering Design for Teachers | | ||
| - | | CSE 5102 | Principles of Engineering for Teachers | | ||
| - | | CSE 5104 | Civil Engineering and Architecture | | ||
| - | | CSE 5105 | Gateway to Technology | | ||
| | BIOC 3021 | Biochemistry | | | BIOC 3021 | Biochemistry | | ||
| | BIOC 3022 | Biochemistry for Life Scientists | | BIOC 3022 | Biochemistry for Life Scientists | ||
| Line 877: | Line 801: | ||
| | BIOC 4351 | Protein Engineering | | | BIOC 4351 | Protein Engineering | | ||
| | BIOC 4521 | Introduction to Physical Biochemistry | | | BIOC 4521 | Introduction to Physical Biochemistry | | ||
| - | | BIOC 4793W | Directed Studies: Writing Intensive | | ||
| - | | BIOC 4794W | Directed Research: Writing Intensive | | ||
| - | | BIOC 4960 | Special Topics in Biochemistry | | ||
| - | | BIOC 4993 | Directed Studies | | ||
| - | | BIOC 4994 | Directed Research | | ||
| | BIOC 5213 | Selected Topics in Molecular Biology | | | BIOC 5213 | Selected Topics in Molecular Biology | | ||
| | BIOC 5216 | Current Topics in Signal Transduction | | | BIOC 5216 | Current Topics in Signal Transduction | | ||
| Line 895: | Line 814: | ||
| | BIOC 5531 | Macromolecular Crystallography I: Fundamentals and Techniques | | | BIOC 5531 | Macromolecular Crystallography I: Fundamentals and Techniques | | ||
| | BIOC 5532 | Macromolecular Crystallography II: Techniques and Applications | | | BIOC 5532 | Macromolecular Crystallography II: Techniques and Applications | | ||
| - | | BIOC 5960 | Special Topics in Biochemistry | | ||
| | BIOL 3001 | Nature of Science and Research | | | BIOL 3001 | Nature of Science and Research | | ||
| | BIOL 3002 | Plant Biology: Function | | | BIOL 3002 | Plant Biology: Function | | ||
| Line 903: | Line 821: | ||
| | BIOL 3007W | Plant, Algal, and Fungal Diversity and Adaptation | | | BIOL 3007W | Plant, Algal, and Fungal Diversity and Adaptation | | ||
| | BIOL 3020 | Molecular Biology and Society | | | BIOL 3020 | Molecular Biology and Society | | ||
| - | | BIOL 3209 | Understanding the Evolution-Creationism Controversy | | ||
| | BIOL 3211 | Physiology of Humans and Other Animals | | | BIOL 3211 | Physiology of Humans and Other Animals | | ||
| | BIOL 3270 | Introduction To Systems Biology | | | BIOL 3270 | Introduction To Systems Biology | | ||
| | BIOL 3272 | Applied Biostatistics | | | BIOL 3272 | Applied Biostatistics | | ||
| - | | BIOL 3302 | Leadership For Change | | ||
| - | | BIOL 3303 | Peer Leadership Practicum | | ||
| | BIOL 3503 | Biology of Aging | | | BIOL 3503 | Biology of Aging | | ||
| - | | BIOL 3600 | Directed Instruction | | ||
| - | | BIOL 3610 | Internship: | ||
| - | | BIOL 3700 | Undergraduate Seminar | | ||
| | BIOL 3807 | Ecology | | | BIOL 3807 | Ecology | | ||
| | BIOL 3809 | Evolution in Lab and Field | | | BIOL 3809 | Evolution in Lab and Field | | ||
| Line 924: | Line 836: | ||
| | BIOL 4590 | Coral Reef Ecology | | | BIOL 4590 | Coral Reef Ecology | | ||
| | BIOL 4596 | Coral Reef Ecology (Dive Trip) | | | BIOL 4596 | Coral Reef Ecology (Dive Trip) | | ||
| - | | BIOL 4793W | Directed Studies: Writing Intensive | | ||
| - | | BIOL 4794W | Directed Research | | ||
| - | | BIOL 4850 | Special Topics in Biology | | ||
| - | | BIOL 4950 | Special Topics in Biology | | ||
| - | | BIOL 4960H | Thesis Writing in the Biological Sciences: Developing the Literature Review | | ||
| - | | BIOL 4961H | Thesis Writing in the Biological Sciences: Conveying and Contextualizing Results | | ||
| - | | BIOL 4993 | Directed Studies | | ||
| - | | BIOL 4994 | Directed Research | | ||
| | BIOL 5272 | Applied Biostatistics | | | BIOL 5272 | Applied Biostatistics | | ||
| | BIOL 5309 | Molecular Ecology And Ecological Genomics | | | BIOL 5309 | Molecular Ecology And Ecological Genomics | | ||
| | BIOL 5407 | Ecology | | | BIOL 5407 | Ecology | | ||
| | BIOL 5409 | Evolution | | | BIOL 5409 | Evolution | | ||
| - | | BIOL 5910 | Special Topics in Biology for Teachers | | ||
| - | | BIOL 5950 | Special Topics in Biology | | ||
| | EEB 3001 | Ecology and Society | | | EEB 3001 | Ecology and Society | | ||
| | EEB 3002 | Sex, Evolution, and Behavior: Examining Human Evolutionary Biology | | | EEB 3002 | Sex, Evolution, and Behavior: Examining Human Evolutionary Biology | | ||
| Line 953: | Line 855: | ||
| | EEB 4609W | Ecosystem Ecology | | | EEB 4609W | Ecosystem Ecology | | ||
| | EEB 4611 | Biogeochemical Processes | | | EEB 4611 | Biogeochemical Processes | | ||
| - | | EEB 4793W | Directed Studies: Writing Intensive | | ||
| - | | EEB 4794W | Directed Research: Writing Intensive | | ||
| | EEB 4811 | Biogeochemical Processes | | | EEB 4811 | Biogeochemical Processes | | ||
| | EEB 4839 | Field Studies in Mammalogy | | | EEB 4839 | Field Studies in Mammalogy | | ||
| | EEB 4844 | Field Ornithology | | | EEB 4844 | Field Ornithology | | ||
| - | | EEB 4993 | Directed Studies | | ||
| - | | EEB 4994 | Directed Research | | ||
| | EEB 5042 | Quantitative Genetics | | | EEB 5042 | Quantitative Genetics | | ||
| | EEB 5053 | Ecology: Theory and Concepts | | | EEB 5053 | Ecology: Theory and Concepts | | ||
| Line 984: | Line 882: | ||
| | GCD 4161 | Developmental Biology | | | GCD 4161 | Developmental Biology | | ||
| | GCD 4171 | Stem Cells in Biology and Medicine | | | GCD 4171 | Stem Cells in Biology and Medicine | | ||
| - | | GCD 4793W | Directed Studies: Writing Intensive | | ||
| - | | GCD 4794W | Directed Research: Writing Intensive | | ||
| - | | GCD 4993 | Directed Studies | | ||
| - | | GCD 4994 | Directed Research | | ||
| | GCD 5005 | Computer Programming for Cell Biology | | | GCD 5005 | Computer Programming for Cell Biology | | ||
| | GCD 5005 | Computer Programming for Cell Biology | | | GCD 5005 | Computer Programming for Cell Biology | | ||
| Line 997: | Line 891: | ||
| | PBIO 4516W | Plant Cell Biology: Writing Intensive | | | PBIO 4516W | Plant Cell Biology: Writing Intensive | | ||
| | PBIO 4601 | Topics in Plant Biochemistry | | | PBIO 4601 | Topics in Plant Biochemistry | | ||
| - | | PBIO 4793W | Directed Studies: Writing Intensive | | ||
| - | | PBIO 4794W | Directed Research: Writing Intensive | | ||
| - | | PBIO 4993 | Directed Studies | | ||
| - | | PBIO 4994 | Directed Research | | ||
| | PBIO 5109 | Current Questions in Fungal Biology | | | PBIO 5109 | Current Questions in Fungal Biology | | ||
| | PBIO 5301 | Plant Genomics | | | PBIO 5301 | Plant Genomics | | ||