久久妹的脑洞 - 一个什么都学的课表
这是一个我某天在某很无聊的本科生课堂上因对学校课程安排的不满（？）而写的一个自己预想的课表（草）图一乐就好 哈哈哈 还有好多不同版本的捏ww
Bachelor of Arts, Science, and Engineering Program in Health Science & Technology
Combined Degree Requirements
1. A minimum of 200 total credits with at least 120 credits in residence;
2. Completion of the Bachelor of Arts degree requirement;
3. Completion of the Bachelor of Science degree requirement;
4. Completion of the Bachelor of Engineering degree requirement;
5. Completion of three winter term projects;
6. Public defense and submission of a thesis;
7. A minimum of 3.00 GPA.
Bachelor of Arts (BA) Degree Requirements
1. Completion of a major from Anthropology, Philosophy, Psychology, OR Sociology;
2. Completion of the general BA degree requirements:
(1) Required Courses:
[1] Introduction to Psychological Sciences
[2] Introduction to Sociology
[3] Medical Anthropology
[4] Medical Ethics
(2) Writing: one general writing course;
(3) Cultural Diversity: two courses with cultural attributes;
(4) Physical Education: one course or by proficiency.
Bachelor of Science (BS) Degree Requirements
1. Completion of a major from Biology, Chemistry, Neuroscience, OR Physics;
2. Completion of BS degree required courses:
(1) Biology:
[1] Molecular & Cell Biology
[2] Genetics Analysis
[3] General Biology Laboratory
[4] Physiological Control Systems
[5] Human Anatomy & Physiology
(2) Chemistry:
[1] General Chemistry
[2] Organic Chemistry
[3] Inorganic Chemistry
[4] General Biochemistry
(3) Mathematics:
[1] Calculus Sequence: Calculus I, Calculus II, Calculus III, OR by Proficiency
[2] Linear Algebra
[3] Ordinary Differential Equations
[4] Probability & Mathematical Statistics
(4) Physics:
[1] Mechanics and Relativity
[2] Electricity and Magnetism
[3] General Physics Laboratory
[4] Biophysics Laboratory
Bachelor of Engineering (BE) Degree Requirements
1. Completion of the Biomedical Engineering major:
(1) Core BME Requirements:
[1] Introduction to Biomedical Engineering
[2] Biomechanics
[3] Biomechanics Laboratory
[4] Introduction to Biomedical Circuits
[5] Electrical Circuits Laboratory
[6] Quantitative Physiology A
[7] Quantitative Physiology B
[8] Bioengineering Thermodynamics
[9] Transport Phenomena
[10] Biomedical Capstone Design
(2) Technical Requirements:
[1] Introduction to Computer Science
[2] Engineering Mathematics
[3] Technical Communications
[4] Engineers in Communities
2. Choose and Complete a Core Focus Area:
(1) Electrical Focus:
[1] General Electronic Circuits
[2] Signals and Systems
[3] Engineering Electromagnetics Principles
[4] Control Systems
(2) Mechanical Focus:
[1] Solid Mechanics
[2] Fluid Mechanics
[3] Material Science
[4] Dynamics and Vibrations
(3) A combination of other approved courses.
3. Choose and Complete a Concentration Area:
(1) Biochemical Engineering & Processing
(2) Bioelectric Engineering
(3) Biomechanics & Mechanobiology
(4) Biomedical & Biological Imaging
(5) Biomaterials Science & Engineering
(6) Cardiovascular Engineering
(7) Immune Engineering
(8) Molecular & Cellular Engineering
(9) Neural Engineering
(10) Orthopedic Engineering
(11) Synthetic and Systems Biology
4. Completion of an approved internship in Engineering or Technology.
Typical Schedule
Pre-Matriculation:
Summer Semester:
- Single-Variable Calculus 3
- Introduction to Computer Science 3
- Introduction to Sociology 3
- General Chemistry 3
Year 1:
Fall Semester:
- General Chemistry Laboratory 2
- Molecular & Cell Biology 4
- Introduction to Psychological Sciences 3
- Multivariable Calculus 3
- Mechanics and Relativity 3
- Electives 6
Spring Semester:
- Introduction to Biomedical Engineering 3
- Genetics Analysis 3
- General Biology Laboratory 3
- Linear Algebra 3
- Electricity and Magnetism 3
- General Physics Laboratory 3
- Elective 3
Summer Semester:
- Ordinary Differential Equations 3
- Electrical & Electronic Circuits 3
- Physiological Control Systems 3
- Elective 3
Year 2:
Fall Semester:
- Organic Chemistry 3
- Biomechanics 3
- Biomechanics Laboratory 1
- Human Anatomy & Physiology 3
- Electrical Circuits Laboratory 1
- Engineering Mathematics 4
- Medical Anthropology 3
- Elective 3
Spring Semester:
- Bioorganic Chemistry 3
- Organic Chemistry Laboratory 3
- Probability & Mathematical Statistics 3
- Signals and Systems 3
- Biophysics Laboratory 3
- Medical Ethics 3
- Elective 3
Summer Semester:
- Technical Communications 3
- Engineers in Communities 3
- General Biochemistry 3
- Elective 3
Year 3:
Fall Semester:
- Quantitative Physiology A 4
- Bioengineering Thermodynamics 3
- Inorganic Chemistry 3
- Electives 11
Spring Semester:
- Quantitative Physiology B 4
- Transport Phenomena 3
- Electives 14
Summer Semester
- Biomedical Capstone Design 3
- Electives 3
Year 4: All electives.
Additional Coursework for:
- Anthropology Major (21):
Introduction to Cultural Anthropology
Human Origins
Linguistic Anthropology
Archaeology with Laboratory
Culture Theory
2 Anthropology Seminars
- Philosophy Major (21):
Ancient Philosophy
Deductive Logic
Philosophy of Mind
3 Philosophy Topic Electives
1 Philosophy Seminar
- Psychology Major (21):
Abnormal Psychology
Social Psychology
Cognitive Psychology
Developmental Psychology
Experimental Psychology
1 Advanced Method
1 Psychology Seminar
- Sociology Major (21):
Classical and Contemporary Sociological Theory
Social Research Methods
4 Sociology Topic Electives
1 Sociology Seminar
- Biology Major (15):
Evolution and Ecology
4 Biology Topic Electives
- Chemistry Major (15):
Analytical Chemistry
Quantum Chemistry and Kinetics
Chemical and Statistical Thermodynamics
Synthesis Laboratory
1 Chemistry Topic Elective
- Neuroscience Major (15):
Neurophysiology
General Neuroscience Laboratory
1 Molecular & Cellular Topic Elective
1 Behavior & System Topic Elective
1 Neuroscience Seminar.
- Physics Major (15):
Modern Physics
Classical Mechanics
3 Physics Topic Electives
Full Curriculum Sample - Neuroscience + Psychology + Biomedical Engineering + Pre-Medicine
Biology (22 Credits):
Organismal Biology 3Cr
General Biology Laboratory 2Cr
Molecular & Cell Biology 3Cr
Genetics Analysis 3Cr
Microbiology 3Cr
Immunology 3Cr
Physiological Control Systems 2Cr
Human Anatomy & Physiology 3Cr
Chemistry (23 Credits):
General Chemistry 4Cr
General Chemistry Laboratory 3Cr
Organic Chemistry 3Cr
Bioorganic Chemistry 3Cr
Organic Chemistry Laboratory 3Cr
Inorganic Chemistry 3Cr
General Biochemistry 4Cr
Neuroscience (23 Credits):
Principles of Nervous System 3Cr
General Neuroscience Laboratory 3Cr
Neurophysiology 3Cr
Neuropharmacology 3Cr
Neuroethology 3Cr
Cognitive Neuroscience 3Cr
Advanced Neuroscience Laboratory 3Cr
Advanced Neuroscience Seminar 2Cr
Psychology (23 Credits):
Introduction to Psychology 3Cr
Abnormal Psychology 3Cr
Social Psychology 3Cr
Psychology of Personalities 3Cr
Cognitive Psychology 3Cr
Developmental Psychology 3Cr
Experimental Psychology 3Cr
Advanced Psychology Seminar 2Cr
Mathematics (25 Credits):
Single-Variable Calculus 3Cr
Multivariable Calculus 3Cr
Linear Algebra 3Cr
Ordinary Differential Equations 3Cr
Probability & Stochastic Processes 4Cr
Mathematical Statistics 3Cr
Engineering Mathematics 3Cr
Biomedical Engineering (30 Credits):
Introduction to Biomedical Engineering 3Cr
Biomechanics 3Cr
Biomechanics Laboratory 1Cr
Quantitative Physiology A 4Cr
Quantitative Physiology B 4Cr
Bioengineering Thermodynamics 3Cr
Transport Phenomena 3Cr
Biomedical Signal Processing 3Cr
Bioelectric Phenomenon 4Cr
Biomedical Capstone Design 2Cr
General Engineering & Physical Science (25 Credits):
Introduction to Computer Science 3Cr
Mechanics and Relativity 3Cr
Electricity and Magnetism 3Cr
Electrical & Electronic Circuits 3Cr
General Physics Laboratory 3Cr
Electrical Circuits Laboratory 1Cr
Biophysics Laboratory 3Cr
Signals & Systems 3Cr
Engineering Electromagnetics 3Cr
General Social Science & Humanities (25 Credits):
Introduction to Sociology 3Cr
College Writing 3Cr
Technical Communications 3Cr
Medical Ethics 3Cr
Medical Anthropology 3Cr
Principles of Economics 4Cr
Philosophy of Mind 3Cr
Engineering Ethics & Sustainability 1Cr
Engineering Leadership & Team Building 1Cr
Conflict Management and Negotiation 1Cr
