HSS 189 Freshman Seminar
2 (Syllabus
) - Spring 2006 and
Fall 2012
This course
provides an introduction to the basic integrative bioengineering
for undergraduate students. By introducing recent research areas
in bioengineering to freshman upon entrance to college, this
course helps them choose their specific majors. This course
also covers the most up-to-date application of nanotechnology
to the life sciences.
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BiS 200 Introduction to Bioinformation and
Bioelectronics
(Syllabus
)-Spring
2003, Spring
2004,
and Spring 2006
This course
discusses basic knowledge for interdisciplinary research area
among biology, medicine, information science, electronics and
mechanical engineering. This course also provides common tools
for scientifical understanding of biological mechanism,
analysis of organism structures, and fundamentals of life.
Basic theory and tools for recognition and detection, analysis
and treatment, control and handling, storage and usage of
biomolecules and bioinformation are discussed.
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BiS 321
Systems Bioengineering
(Syllabus
) -
Spring 2004
This course discusses the basic concepts
of systems biology and practical applications of
bioengineering to biomedical, food, environmental, energy and
electronics industry. This course also covers the following
topics in the field of new biotechnology: the nature of living
things and the principles of manipulating them; enabling
technologies; different approaches of biotechnology; specific
applications such as medical, industrial, and environmental;
and social issues such as intellectual property, regulations,
biotech business, and biowarfare.
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BiS
350 Bioengineering Laboratory II (Syllabus
)
-
Fall 2023 This
laboratory course provides students with the opportunities to understand
and experience essential experiments in the bioengineering area,
with a particular focus on electrical measurements and testing,
data acquisition and programming for biomedical instrumentation,
biomedical imaging, and nanobiotechnology experiments.
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BiS 371 Biofluidics (Syllabus
)
-
Fall
2004~2006,
Spring
2008, Fall 2010~2013, Fall 2015~2018, Fall
2020~2022
This course
introduces basic concepts of biological transport phenomena
and helps the design of microfluidic devices and organ chips for biomedical and
biotechnological applications. This course also covers topics
in fluid mechanics, mass transport, and biochemical
interactions, with engineering concepts motivated by specific
biological problems. Each student is required to present one
application topic in biological systems.
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BiS 410 Biofusion Project -
Fall 2006
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BiS 470
BioNanoEngineering
(Syllabus
) -
Spring
2007
This course
offers science and technology fundamentals involved in
BioNanoEngineering. Topics include the principles, materials
and applications of electromechanical, thermofluidic,
biochemical and optoradiative functions in bio-oriented and
bio-inspired nanoengineering systems. Special emphasis focus
on the biomaterials and nanoscale technology in biological
systems.
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