3units Students gain the understanding and skills needed to taxonomically study biodiversity, including the use of morphological and DNA sequence characters to examine phylogeny, and use of a range of biodiversity research techniques and tools.
Lecture 2 hours/Lab 3 hours.
Prerequisite(s):BIOL 115 or BIOL 118 (with a grade of “C” or better), or instructor consent. Must be a declared Biology Major (all). Grading: Graded
Cross-listed with BOT 113 / ENT 113 / ZOOL 113. Biological Sciences is responsible for scheduling.
3units Develops understanding and skills needed to taxonomically study biodiversity, including the use of morphological and DNA sequence characters to examine phylogeny, and use of a range of biodiversity research techniques and tools.
Lecture 2 hours/Lab 3 hours.
Prerequisite(s):BIOL 115 or BIOL 118 (with a grade of “C” or better), or instructor consent. Must be a declared Biology Major (all). Grading: Graded
Cross-listed with BOT 114 / ENT 114 / ZOOL 114. Biological Sciences is responsible for scheduling.
4units Principles and methods of microbial, plant and animal genetics. Mendelism, cytogenetics, molecular genetics, mutation, quantitative genetics and genetic aspects of evolution.
Lecture 3 hours/Discussion 1 hour.
Prerequisite(s):BIOL 30 and BIOL 31 (with a grade of “C-” or better in each), or instructor consent; CHEM 1A and CHEM 1B (with a grade of “C” or better in each). Must be a declared Biology or Chemistry Major (all). Grading: Graded
4units Molecular genetics of eukaryotes. Replication, repair, mutation, regulation of gene expression, gene organization and methods of recombinant DNA research.
Prerequisite(s):BIOL 115 or MICR 166, and CHEM 135 (all with a grade of “C” or better). Must be a declared Biology Major (all). Grading: Graded
3units Selected experiments to demonstrate genetic concepts using Drosophila, bacteria and other organisms. Techniques include those of classical, bacterial and molecular genetics.
Lecture 1 hours/Lab 6 hours.
Prerequisite(s):BIOL 115 or MICR 127 with a grade of “C” or better. Must be a declared Biology Major (all). Grading: Graded
3units Mendelian traits, classical and molecular cytogenetics, DNA variation, sex determination, gene mapping, mutation, population genetics, multifactorial inheritance, genetic counseling and prenatal diagnosis.
Prerequisite(s):BIOL 115 (with a grade of “C” or better). Must be a declared Biology Major (all). Grading: Graded
4units Principles of molecular and population genetics from an evolutionary perspective. Application of DNA analyses and other techniques to conservation biology, evolution, ecology and systematics.
Lecture 3 hours/Seminar 1 hour.
Prerequisite(s):BIOL 30 and BIOL 31 (with a grade of “C-” or better in each for Biology Majors). Must be a declared Biology or Chemistry Major (all). Grading: Graded
3units Cellular and molecular neuroscience at the neuron, synapse and circuit level, including electrical and chemical signaling. Neurophysiology of development, maintenance and modification of neural circuits. Molecular genetics of neurological disorders such as autism, schizophrenia, Alzheimer’s disease, and mood disorders.
Prerequisite(s):BIOL 115 (with a grade of “C” or better). Must be a declared Biology Major (all). Grading: Graded
3units Introduction to the main public domain tools, databases and methods in bioinformatics. Analysis of algorithms behind the most successful tools, such as the local and global sequence alignment packages, and the underlying methods used in fragment assembly packages. Solution of complex biological questions requiring modification of standard code.
Prerequisite(s):BIOL 30 and BIOL 31, or CS 46A and CS 46B Allowed Declared Majors: Biology, Chemistry, Computer Science Grading: Graded
Cross-listed with CS 123A / SE 123A. Computer Science is responsible for scheduling.
3units Computational methods used for searching, classifying, analyzing, and modeling protein sequences. Tools for analyzing DNA and RNA sequences. More advanced topics, such as genetic algorithms and simulated annealing, which can be used to address folding problems.
3units Physiology of organ systems with emphasis on the human. Neural & hormonal communication, muscle, cardiovascular, respiratory, urinary, digestive, endocrine, and reproductive physiology.
Prerequisite(s):BIOL 115; PHYS 2A, PHYS 2B ; CHEM 112A, CHEM 112B ; All courses with a “C or better”. Must be a declared Biology Major (all). Corequisite(s):BIOL 125 highly recommended. Grading: Graded
2units Selected lab units to demonstrate complex physiological mechanisms and the physiology of organ systems. Methods include animal experiments and physiological recording and stimulation.
Lab 6 hours.
Prerequisite(s): Must be a declared Biology Major (all). Pre/Corequisite(s):BIOL 124 (with grade of “C-” or better), or instructor consent. Grading: Graded
3units Principles of brain organization and function underlying behavior. Topics include neuroanatomy and physiology of language, vision, sexual behavior, memory and abnormal behavior.
Prerequisite(s): Either PSYC 30 and 3 units of biology, or 9 units of biology. Grading: Graded
Note(s): Not acceptable as an elective in the Biology major.
Cross-listed with PSYC 129. Psychology is responsible for scheduling.
4units Light and electron microscopic structure of vertebrate tissues with consideration of related functions. Emphasis on the examination of human tissues including corresponding pathology.
Lecture 2 hours/Lab 6 hours.
Prerequisite(s):BIOL 124 (with grade of “C-” or better), or instructor consent. Must be a declared Biology Major (all). Grading: Graded
BIOL 135A - Eukaryotic Cell and Molecular Biology I
3units First semester of a year-long cell and molecular biology course. Topics include membrane structure, signal transduction, cytoskeletal structure, cell migration, and gene expression.
Prerequisite(s):BIOL 115; CHEM 112A, CHEM 112B, CHEM 135 (with a grade of “C” or better in each). Must be a declared Biology Major (all). Grading: Graded
BIOL 135B - Eukaryotic Cell and Molecular Biology II
3units BIOL 135B is the second semester of a year-long cell and molecular biology course. Topics covered include chromosome structure and maintenance, stem cell biology, cell death, and cancer biology.
SatisfiesSJSU Studies R: Earth & Environment
Prerequisite(s):BIOL 115; BIOL 135A; BIOL 100W (with a grade of “C” or better in each). Must be a declared Biology Major (all). Grading: Graded
3units Lab experience in nucleic acid and protein purification, enzyme assay, bacterial and mammalian cell culture, immunofluorescence, radioisotopic labeling, column chromatography, agarose and polyacrylamide gel electrophoresis, spectrophotometry, liquid scintillation counting, etc.
Lecture 1 hour/Lab 6 hours.
Prerequisite(s):BIOL 135A (with grade of “C” or better), or instructor consent. Must be a declared Biology Major (all). Grading: Graded
3units Review of topics from the molecular to the organismal level. Chemical and electrotonic phenomena of membranes, neurochemistry, sensory transduction, information coding, neural control, and additional rotating topics.
Prerequisite(s):BIOL 124 (with a grade of “C-” or better), or instructor consent. Must be a declared Biology Major (all). Grading: Graded
1units Course-based undergraduate research experience using electrophysiological techniques to study nervous system function. Topics include chemical and electrotonic phenomena of membranes, information coding, and additional rotating topics.
Lab 3 hours.
Prerequisite(s):BIOL 124 with a C- or better. Corequisite(s):BIOL 136. Must be a declared Biology Major (all). Grading: Graded
BIOL 137 - Introduction to Principles of Toxicology
3units Emphasis on basic principles of toxicology. Toxicity of several classes of compounds covered in depth. Focus on basic chemical principles and appropriate applications.
Course is repeatable for up to 3 units.
Prerequisite(s):BIOL 124; CHEM 112B (all with a grade of “C-” or better). Must be a declared Biology Major (all). Grading: Graded
3units Topics in the growing field of stem cell biology. Topics include: properties of embryonic and adult stem cells, use of stem cells in scientific research, regulation of stem cells, and invertebrate and vertebrate models of stem cell research.
Prerequisite(s):BIOL 115 with a C or better. Must be a declared Biology Major (all). Grading: Graded
3units Basic principles of cancer biology needed to gain an overall understanding of cellular and molecular events that lead to the formation and progression of cancer. Topics include normal and abnormal cell behaviors, the steps leading to the development of malignancy, in-depth discussions of specific cancers, such as breast, colon, and myeoloid leukemias, and the development of diagnostic tools and therapies.
Prerequisite(s):BIOL 115 with a C or better, or instructor consent. Must be a declared Biology Major (all). Grading: Graded
3units Biological and sociocultural facets of human sexuality. Evolution and physiology of sex, reproductive biology/ethics and cross-cultural expression of sexual behavior.
SatisfiesSJSU Studies S: Self, Society & Equality in US
Prerequisite(s): Passage of the Writing Skills Test (WST) or ENGL 100A / LLD 100A with a C or better (C- not accepted), completion of Core General Education and upper division standing are prerequisites to all SJSU studies courses. Completion of, or co-registration in, 100W is strongly recommended. Grading: Graded
Note(s): All of SJSU Studies courses require completion of the WST and upper division standing. Not acceptable as an elective in the Biology major.
Cross-listed with ANTH 140 / PH 140. Anthropology is responsible for scheduling.
4units Study of the major groups of invertebrate fossils and their use in geological studies; principles of stratigraphy, including seismic stratigraphy.
Misc/Lab: Lecture 2 hours/lab and field trips 3 hours.
Prerequisite(s):GEOL 1 and GEOL 7. Grading: Graded
Cross-listed with GEOL 142. Geology is responsible for scheduling.
3units Examination of the patterns of biodiversity over space and through time. Using data and models from a variety of sources including botany, zoology, ecology, evolutionary biology, paleontology, and geology, effects of isolation, elevation, and latitude are examined to understand spatial patterns of biodiversity.
Prerequisite(s):BIOL 31 or equivalent (with a grade of “C-” or better), or instructor consent. Must be a declared Biology Major (all). Grading: Graded
Cross-listed with BOT 143 / ENT 143 / ZOOL 143. Biological Sciences is responsible for scheduling.
1-3units Undergraduate Seminar in Biology. May be taken concurrently with BIOL 145L. Course is repeatable for credit when content changes.
Course is repeatable for up to 12 units.
Prerequisite(s): Completion of nine (9) units of upper division majors’ coursework. Instructor Consent. Must be a declared Biology Major (all). Grading: Graded
Note(s): Course is repeatable for credit when content changes.
1-2units Advanced undergraduate laboratory or field experience. May be taken concurrently with BIOL 145. Course is repeatable for credit when content changes.
3 hours lab.
Course is repeatable for up to 12 units.
Prerequisite(s): Completion of nine (9) units of upper division majors’ coursework. Instructor Consent. Must be a declared Biology Major (all). Grading: Graded
1-2units Field courses given on site, typically covering general ecology, botany, geology, zoology and specialized natural areas such as Baja California, Death Valley, seacoasts and mountains. Repeatable for up to a total of 3 units of credit when location or content changes.
SatisfiesB3: Laboratory Science
Grading: Graded
Note(s): Not an elective in the department majors.
Cross-listed with GEOL 150. Biological Sciences is responsible for scheduling.
3units Experimental design and statistical analysis of biological data from manipulative experiments. Experience in designing and analyzing experiments using t-tests, 1- and 2-way ANOVA, Randomized Block ANOVA, Nested ANOVA, Linear Regression and Tests of Independence.
Lecture 2 hours/Lab 3 hours.
Prerequisite(s):BIOL 30 and BIOL 31 (with grade of “C-” or better), or instructor consent. Must be a declared Biology or Environmental Studies Major (all). Grading: Graded
BIOL 156 - Ecological Sampling Design and Analyses
3units Sampling design and statistical analysis of biological patterns. In this course, students design and execute a field experiment (one required weekend field trip) that incorporates multivariate measurements. Students analyze the data with Log Linear analysis, Logistic Regression, Principal Components Analysis, Canonical Correlation and various Regression techniques.
Lecture 2 hours/Lab 3 hours.
Prerequisite(s):BIOL 113 or BIOL 114 (with a grade of “C” or better), or instructor consent. Must be a declared Biology or Environmental Studies or Business Majors (all). Grading: Graded
3units Capstone course in the BA Biological Science degree. Critical reading of scientific literature, experimental design and scientific communication skills will be emphasized. Topics covered may vary for a given semester.
SatisfiesSJSU Studies R: Earth & Environment
Prerequisite(s):BIOL 55 or BIOL 155 or equivalent biostatistics course; BIOL 115 or BIOL 118 and BIOL 100W (with grade of “C” or better); at least 6 units of upper division biology electives; senior standing. Allowed Declared Majors: Must be a declared Biology Major (all). Passage of the Writing Skills Test (WST) or ENGL 100A / LLD 100A with a C or better (C- not accepted), completion of Core General Education and upper division standing are prerequisites to all SJSU studies courses. Grading: Graded
Note(s): All of SJSU Studies courses require completion of the WST and upper division standing.
4units Factors that influence the distribution and abundance of organisms; some aspects of applied ecology.
Lecture 3 hours/Lab 3 hours.
SatisfiesSJSU Studies R: Earth & Environment for Biology Majors only.
Prerequisite(s):BIOL 113 or BIOL 114 (with a grade of “C or better”); Allowed Declared Majors (Biology, Natural Science); Passage of the Writing Skills Test (WST) or ENGL 100A / LLD 100A with a C or better (C- not accepted), completion of Core General Education and upper division standing are prerequisites to all SJSU studies courses. Completion of, or co-registration in, 100W is strongly recommended. Pre/Corequisite(s):BIOL 55 or BIOL 155 or BIOL 156 or equivalent Biostatistics course, or instructor consent. Grading: Graded
Note(s): All of SJSU Studies courses require completion of the WST and upper division standing.
Cross-listed with BOT 160. Biological Sciences is responsible for scheduling.
3units Principles of conservation biology, including management for the preservation of biodiversity and maintenance of viable populations. Examples from plants and animals
Prerequisite(s):BIOL 113 or BIOL 114 (with grade of “C” or better), or instructor consent. Must be a declared Biology Major (all). Grading: Graded
4units Study of human anatomy, including clinical correlations, for pre-professional students. Not open to student who have completed BIOL 065.
Lecture 2 hours/Lab 6 hours.
Prerequisite(s):BIOL 30 and BIOL 31 (with a grade of “C-” or better in each), BIOL 115 (with a grade of “C” or better), or instructor consent. Must be a declared Biology Major (all). Grading: Graded
3units Covers the normal anatomy and physiology of the cardiovascular and respiratory systems, as well as how they function following perturbations in homeostasis. Focuses on the mammalian system with some discussion of comparative physiology.
Prerequisite(s):BIOL 124 (with a grade of “C-” or better), or instructor consent. Must be a declared Biology Major (all). Grading: Graded
3units Reproductive Physiology covers the anatomy and physiology of the reproductive system, as well as how deviations from the norm affect reproduction. Course focuses on the mammalian system with discussion of comparative physiology.
Prerequisite(s):BIOL 124 (with a grade of “C-” or better), or instructor consent. Must be a declared Biology Major (all). Grading: Graded
3units Introduction to the structure and physiological function of cells. Topics include synthesis of cellular macromolecules such as DNA, RNA and proteins; internal cellular organization; biochemical reactions necessary for cell growth, death and cellular communication. Relevant pathophysiology examples of cellular dysfunction are presented.
Prerequisite(s):BIOL 124 (with a grade of “C-” or better), or instructor consent. Must be a declared Biology Major (all). Grading: Graded
3units Structure and function of physiological systems and discussion of topics of particular importance to the design, development, construction and clinical application of biomedical devices. Practical laboratory application of technologies to monitor, repair, replace or augment physiological systems.
3units Integrative Physiology is the capstone course in the Systems Physiology concentration. The specific physiology topics covered may vary depending on the semester. Critical reading of scientific literature, experimental design and scientific communication skills will be emphasized.
SatisfiesSJSU Studies R: Earth & Environment for Biology Majors only
Prerequisite(s):BIOL 100W and BIOL 115 (with a grade of “C” or better); BIOL 124 (with a grade of “C-” or better); at least one upper division systems physiology elective; completion of Core General Education and upper division standing are prerequisites to all SJSU studies courses. Must be a declared Biology Major (all). Grading: Graded
1-3units Participation and observation with a medical doctor, dentist, optometrist, pharmacist, or veterinarian in private practice, hospital or retail setting.
Prerequisite(s): Instructor consent. Must be a declared Biology Major (all). Not available to Open University Students. Grading: Credit / No Credit
Note(s): Hepatitis B or other vaccinations may be required in some settings.
1-2units Supervised classroom or field experience as a tutor-assistant in experiments, demonstrations and discussion. Course may be repeated for credit.
Repeatable for credit.
Prerequisite(s): Sophomore or Upper division standing, instructor consent and appropriate academic background. Not available to Open University Students. Must be a declared Biology Major (all). Grading: Credit / No Credit
1-4units Assigned readings of selected books, journals and papers chosen to fill gaps in training or for contact with new fields. Evaluation through weekly reports and conferences.
Repeatable for credit.
Prerequisite(s): Instructor consent. Not available to Open University Students. Must be a declared Biology Major (all). Grading: Credit / No Credit
3units BIOL 202TA is a seminar course in which students develop professional skills in writing, speaking, literature review, and critical thinking. Assignments are targeted at developing expertise and knowledge useful in the biotechnology industry. BIOL 202TA focuses on biotechnology products.
BIOL 202TB - Biotech Seminar: Drug Development Process
3units Biol 202 TB is a seminar course in which students develop their professional skills. Assignments are targeted at developing expertise and knowledge useful in the biotechnology industry. Biol 202TB focuses on the development of drugs and other biotechnology products.
2units BIOL 202TC is a seminar course in which students develop their professional skills. Assignments are targeted at developing expertise and knowledge useful in the biotechnology and pharmaceutical industries. BIOL 202TC focuses on the financial aspects of business development in biotechnology.
Prerequisite(s): Enrollment in the Master of Biotechnology Program. Grading: Graded
2units Seminar course in which students develop their professional skills. Assignments target developing expertise and knowledge useful in the biotechnology and pharmaceutical industries. Focuses on business development in biotechnology and a team project in which students develop a business plan.
Prerequisite(s):BIOL 202TC or instructor consent Grading: Graded
3units Introduction to effective methods for teaching undergraduate biology laboratories, activities, seminars and/or lectures. Emphasis on pedagogy and application of best practices and strategies for teaching biology to a diverse audience. Course administration, student conduct and expectations, and assessment will also be covered.
Prerequisite(s): graduate standing or instructor consent Grading: Graded
4units Emphasizes the laboratory techniques of modern molecular biology. Depending on instructor, focus will be on animal, plant, yeast, bacterial or viral systems. Course is repeatable for credit if content changes.
Misc/Lab: Lecture 2 hours/lab 6 hours.
Prerequisite(s):BIOL 135L or instructor consent. Grading: Graded
BIOL 205T - Advanced Molecular Techniques for Biotechnology
4units Emphasizes the laboratory techniques of modern molecular biology especally: report writing and communication of research results. Depending on instructor, focus will be on animal, plant, yeast, bacterial, or viral systems.
Misc/Lab: Lecture 2 hours/lab 6 hours.
Prerequisite(s):BIOL 135L and admission into the Master of Biotechnology program. Grading: Graded
3units Selected topics of current interest in advanced genetics. Each semester will emphasize a particular field of genetics; e.g., molecular genetics, human genetics, developmental genetics, population genetics, etc.
3units This course will focus on learning to effectively present ongoing scientific research to a wide audience, with an emphasis on developing science communication skills, learning to place data within the context of a field, and developing critical thinking skills.
BIOL 221T - Advanced Bioinformatics for Biotechnology
4units Bioinformatics/computer applications to solve advanced problems in molecular and cell biology by manipulation and analysis of DNA, RNA, and protein sequences.
Prerequisite(s):BIOL 116 or either CHEM 130A, CHEM 135, or Chem 136 and admission into the Master of Biotechnology program. Grading: Graded
3units Integrated discussion of modern physiological techniques to address a broad array of questions in physiology. Each semester will emphasize a particular field of physiology.
Prerequisite(s): Graduate standing and completion of an upper division physiology course or instructor consent. Grading: Graded
3units Introduction to the principles of operation of common instruments used in the biotechnology and pharmaceutical industries. Includes understanding and experience with calibration, detection mechanisms, data output, trouble shooting and decision making process.
Misc/Lab: Lecture 2 hours / Lab 3 hours.
Prerequisite(s): Enrollment in the Master of Biotechnology program. Grading: Graded
3units Principles, concepts and mechanisms relative to serological and other immunological procedures and reactions with emphasis on practical applications.
Misc/Lab: Lab 9 hours.
Prerequisite(s): Upper division microbiology or cell biology, or organic chemistry and instructor consent. Grading: Graded
BIOL 233T - Immunological Techniques for Biotechnology
3units Principles, concepts, and mechanisms relative to serological and other immunological procedures and reactions with emphasis on applications in the biotechnology industry.
Prerequisite(s): Immunology laboratory (grade “B”or better) or equivalent experience and admission to the Master of Biotechnology program. Grading: Graded
4units The lecture portion of this course will be conducted as a seminar; students will read and discuss classic and important newer papers on macroevolutionary theory and paleobiology. In the lab portion of this course, students will use fossil samples to develop and test scientific hypotheses that will be part of a semester-long project.
Misc/Lab: Lecture 4 hours/Lab 3 hours.
Prerequisite(s): Suitable background in geology or evolutionary biology. Grading: Graded
Cross-listed with GEOL 242. Geology is responsible for scheduling.
BIOL 255E - Advanced Topics: Ecology and Evolution
1-4units Advanced Topics: Ecology and Evolution is a rotating topics course; each offering will have different content. The purpose of the seminar is to help students develop a deeper understanding of specific aspects of ecology and evolution through thorough examination of primary scientific literature, discussion and presentations. Enrollment in at least 3 units of BIOL 255E is mandatory for the MS Biological Sciences: concentration in Ecology and Evolution program.
Course may be repeated for credit for up to 16 units.
Prerequisite(s): Graduate standing or Instructor consent Grading: Graded
4units This laboratory/lecture course exposes students to the theoretical and practical aspects of contemporary stem cell techniques. Students will culture mouse embryonic stem cells on feeders and characterize them using immunofluorescence and flow cytometry, differentiate various lineages and observe genetic modifications. Students will prepare inducible pluripotent stem cells (iPS) from primary cells. This includes both the theoretical and practical aspects of applied stem cell in regenerative approaches as well as models of disease for research purposes. Students are expected to keep a laboratory notebook and document their experiments and results. Additionally, students will present scientific papers on recent topics in stem cell basic research, as published in scientific journals of recent year. The goal of this course will be to provide students with basic experience in methods used in stem cell laboratories, so that they can transition to an internship in a stem cell laboratory (although many of these techniques are applicable in a number of diverse fields), and to provide students with the most current stem cell topics while practicing effective presentation and evaluation skills.
BIOL 256 - Advanced Experimental Design and Analysis
3units Provides training in advanced statistical procedures and experimental designs for graduate-level research. The content is tailored to research needs of enrolled students. Includes sampling schemes, randomization analyses, complex ANOVA and multivariate analyses.
3units Provides general management perspectives of biotechnological innovation; focuses on challenges of managing the development of new technologies, products, and processes in biotech sectors; examines management concepts, industry practices, and cases relevant to the biotechnology sector.
3units Introduction to laws regulating the pharmaceutical, biotechnology, medical device industries. Discussions of company organization; product development and commercialization; Good Manufacturing Practice.
Misc/Lab: Lecture 3 hour/Activity 6 hours.
Prerequisite(s): Admission to the Master of Biotechnology program and consent of the Program director. Grading: Graded
1-3units Directed reading and discussion of biological literature and/or individualized preparation for culminating graduate experience. Not available to Open University Students.
Prerequisite(s): Graduate Standing in MA program; instructor consent Pre/Corequisite(s): Graduate standing in MA program and instructor consent. Grading: Mandatory CR/NC/RP
1units Meetings for the presentation and discussion of advanced studies in special fields including original work by the faculty, guest investigators and graduate students. Topics will vary from year to year.
BIOL 291A - Introduction to Molecular Diagnostics I
3units Graduate level course which will include topics relevant to all tests and methods used to identify a disease or the predisposition for a disease through DNA, RNA, or protein analysis. Methods for isolation from human clinical samples.
BIOL 291B - Introduction to Molecular Diagnostics II: Human Genetic Diseases and Detection
3units Graduate level course which will include topics relevant to all tests and methods used to identify a disease or the predisposition for a disease through DNA or RNA analysis of human samples.
Prerequisite(s):BIOL 291A or Instructor Consent. Grading: Graded
1-4units Advanced graduate lab or field research projects designed in conjunction with faculty advisor. Repeatable for credit, up to 10 units can be applied towards the degree.
Course is repeatable for up to 10 units.
Prerequisite(s): Graduate Standing and Instructor Consent. Grading: Mandatory CR/NC/RP
1units Culminating experience for MS Project Option, consisting of the development of a manuscript describing student’s research and following journal guidelines for manuscript preparation, followed by a public seminar defending the research project.
Course may be repeated for credit for up to 2 units.
Prerequisite(s): Admission to candidacy for the Master of Science degree Grading: Mandatory CR/NC/RP
BIOL 298T - Internship in the Biotechnology Industry
3units A 6-8 week internship at a Bay Area biotechnology company in research and development, quality control, manufacturing, human resources, marketing, or sales.
Prerequisite(s): Admission into the MS Biology, Concentration in Biotechnology. Not available to Open University Students. Grading: Mandatory CR/NC/RP
1-4units Prerequisite(s): Admission to candidacy for the Master of Science degree. Must be a declared Biology Major (all). Pre/Corequisite(s): Not available to Open University Students Grading: Mandatory CR/NC/RP
BME 25 - Introduction to Biomedical Engineering Design
3units Introduction to the broader field of biomedical engineering, with emphasis on design of biomedical devices. Development of familiarity with standards and software tools relevant to the biomedical engineering industry, packages for design and analysis, FDA and EU guidelines.
2units Detailed study of bodies in equilibrium as they apply to biomedical systems. Two-dimensional analysis of human joints and load-bearing implants are explored. Topics include free body diagrams, anthropometric measurements, internal forces, loading types, and stress shielding.
BME 68 - Biomedical Applications of Metals and Ceramics
3units Fundamentals of the structure, processing, and properties of metals and ceramics used in medical technology. Emphasis is placed on using metals and ceramics for implantable and non-implantable biomedical devices. Recent trends in biomaterials are explored.
4units Introduction to the fundamental principles of biomedical engineering. Core conservation equations are applied to mass, energy, charge, and momentum transfer in biomedical systems. Additional topics provide a breadth of exposure in cell and molecular biology, diagnostics and analytical techniques, statistical analysis of biomedical data, bioinformatics, bioinstrumentation, FDA regulations, and biomedical ethics.
3units Applications of fundamentals of thermodynamic and kinetic aspects of energy and mass transport phenomena to biological systems. Development of quantitative description of transport processes beginning from the molecular level to entire organ systems.
BME 130 - Numerical Methods in Biomedical Engineering
3units Course applies computational and numerical analysis techniques to myriad Engineering problems. The course focus is on application of numerical analysis to BME topics ranging from image analysis to nonlinear systems. We will employ various computational tools, including MATLAB/Simulink and ImageJ.