Bioengineering undergraduates may begin a Master of Science degree program or a Master of Engineering degree program while completing the Bachelor of Science
Students in the Bioengineering major study math, physics, chemistry, and biology, in addition to computer sciences, electrical and mechanical engineering, and/
Overview of Bioengineering Organic Chemistry Organic Chemistry Maximum Units: 228 BIOENGINEERING Suggested Course Plan for a UC Riverside Major in
School of Engineering - BEng in Bioengineering In addition to the requirements of their major programs, students are required to complete the University
Major Map: Bioengineering – Bachelor of Science in Engineering (B S E ) Ira A Fulton Schools of Engineering Catalog Year: 2010-2011 Page 1 of 2
Programs • Bioengineering Major (B S ) Courses Bioengineering (BENG) BENG 725 - Cell Phenotyping and Tissue Engineering Laboratory Credits: 4
20 juil 2022 · Incoming first-year students who are interested in the Biomedical Engineering Major program should meet the following
Biomedical engineering students at the UH Cullen College of Engineering Medical Center (TMC), the largest medical complex in the world Research
3 BIOE 221 - Intro to Bioengineering Major 1 Oral Communication (OC) 3 BIOE 232 – Biological Thermodynamics 3 BIOE 241 - Biocomputation Methods
Junior- and senior-year courses in the Biomedical Engineering program are usually open only to students with major status Pre-majors may also apply for
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BEng in Bioengineering
School of Engineering - BEng in Bioengineering
(For students admitted in 2019-20 under the 4-year degree)
In addition to the requirements of their major programs, students are required to complete the University
requirements for graduation. For details please refer to the respective section on this website.
Some courses can be used to fulfill both Major and University Common Core Requirements. Students may
reuse a maximum of 9 credits of these courses to count towards both Requirements.
Students may use no more than 6 credits earned from courses offered in pure online delivery mode to satisfy
the graduation requirements of a degree program. This 6-credit limit does not apply to credits obtained
through the credit transfer procedures of the University.
For students graduating with an additional major, they must take all the requirements specified for that major,
within which they must complete at least 20 single-counted credits. These 20 credits cannot be used to fulfill
any other requirements for graduation except for the 120-credit degree requirement.
Major Requirements
Engineering Fundamental Course(s)
Credit(s)
attained COMP3-5Note: [COMP 1021] OR [(COMP 1022P OR COMP 1022Q OR
COMP 2011) AND COMP 1029P]
COMP 10213Introduction to Computer Science
COMP 1022P3Introduction to Computing with Java
COMP 1022Q3Introduction to Computing with Excel VBA
COMP 1029P1Python Programming Bridging Course
COMP 20114Programming with C++
ENGG 10100Academic Orientation
CHEM3Note: CHEM 1010 OR CHEM 1020
CHEM 10103General Chemistry IA
CHEM 10203General Chemistry IB
CHEM 10501Laboratory for General Chemistry I
LANG 20303Technical Communication I
LIFS0-3Note: Students with level 3 or above in HKDSE 1x Biology are exempted from taking LIFS 1901
LIFS 19013General Biology I
MATH4-7Note: [(MATH 1012 OR MATH 1013 OR MATH 1023) AND (MATH 1014 OR MATH 1024)] OR [MATH 1020]
MATH 10124Calculus IA
MATH 10133Calculus IB
MATH 10143Calculus II
MATH 10204Accelerated Calculus
MATH 10233Honors Calculus I
MATH 10243Honors Calculus II
PHYS3Note: PHYS 1112 OR PHYS 1312
PHYS 11123General Physics I with Calculus
PHYS 13123Honors General Physics I
2019-20 BIEN (4Y) (2019-20 intake)Page 1
School of Engineering - BEng in Bioengineering
SENG3-4Engineering Introduction course (If the students take an introduction course included in their major, this course can be counted towards their major requirement.)
BIEN 10103Introduction to Biomedical Engineering
CENG 10003Introduction to Chemical and Biological Engineering CIVL 11003Discovering Civil and Environmental Engineering
COMP 10213Introduction to Computer Science
ELEC 11004Introduction to Electro-Robot Design
ELEC 12004A System View of Communications: from Signals to Packets ENGG 11003First Year Cornerstone Engineering Design Project Course IEDA 20103Industrial Engineering and Decision Analytics
IEDA 22003Engineering Management
ISDN 10023Redefining Problems for the Real Needs
ISDN 10063Human-centered Innovation
MECH 19013Automotive Engineering
MECH 19023Energy Systems in a Sustainable World
MECH 19053Buildings for Contemporary Living
MECH 19063Mechanical Engineering for Modern Life
MECH 19073Introduction to Aerospace Engineering
Required Course(s)
Credit(s)
attained
BIEN/CENG3Note: BIEN 1010 OR CENG 1000
BIEN 10103Introduction to Biomedical Engineering
CENG 10003Introduction to Chemical and Biological Engineering BIEN 23103Modeling for Chemical and Biological Engineering BIEN 24103Cellular and Systems Physiology for Engineers
BIEN 26103Chemical Biology for Engineers
BIEN 29901Academic and Professional Development I
BIEN 32403Transport Phenomena in Biological Systems
BIEN 33203Data Science for Biology and Medicine
BIEN 34103Introduction to Bioinstrumentation and Bioimaging
BIEN 39104Bioengineering Laboratory
BIEN6Note: Note: BIEN 4920 OR BIEN 4930 OR BIEN 4940
BIEN 49206Bioengineering Capstone Design
BIEN 49306Bioengineering Thesis Research
BIEN 49406Bioengineering Industrial Project
BIEN 49901Academic and Professional Development II CENG 22103Chemical and Biological Engineering Thermodynamics CENG 32303Chemical and Biological Reaction Engineering
ENGG 20100Engineering Seminar Series
ISOM/LIFS/
MATH3-4
Note: Note: ISOM 2500 OR LIFS 3150 OR MATH 2411
ISOM 25003Business Statistics
LIFS 31503Biostatistics
MATH 24114Applied Statistics
2019-20 BIEN (4Y) (2019-20 intake)Page 2
School of Engineering - BEng in Bioengineering
LANG 40353Technical Communication II for Chemical and Biological
Engineering
Elective(s)
Minimum
credit(s) required SSCI/SENG15Bioengineering Electives (5 courses from the specified elective list, of which at least 9 credits should be taken from a single specialty area (Area 1 or Area 2). Out of the 15 credits taken, at least 9 credits should be at 4000-level)
Area 1: Biomedical Data Acquisition and Analytics
BIEN 4430**3Introduction to Neural Engineering and Bio-robotics COMP 20124Object-Oriented Programming and Data Structures COMP 2012H5Honors Object-Oriented Programming and Data Structures
COMP 42113Machine Learning
COMP 43313Data Mining
COMP 44213Image Processing
ELEC 21004Signals and Systems
ELEC 2100H4Honors Signals and Systems
ELEC 24203Basic Electronics
ELEC 48104Introduction to Biosensors and Bioinstrumentation
ELEC 48203Medical Imaging
Area 2: Bioprocesses, Biomaterials and Bioanalysis
BIEN 4110**3Regulatory Science and Engineering
CENG 46203Bioproducts and Processing
CENG 46403Biomolecular Engineering**
CENG 4650**3Biomaterials, Drug Delivery and Tissue Engineering
CENG 46603Introduction to Biomicrosystem
CENG 46703Pharmaceutical Engineering
CHEM 21113Fundamentals of Organic Chemistry
CHEM 23113Analytical Chemistry
Other electives
BIEN 30103Biodesign: A Taste of Solving Real-Life Healthcare Problems CENG 41503Product and Process Design in Chemical and Biological Engineering
ENGG 49303Design for Global Health
LIFS 43703Human Genetics and Personalized Medicine
LIFS 47603Biochemistry of Diseases
**Remarks on course(s): - BIEN 4110: This is a new course subject to approval. - BIEN 4430: This is a new course subject to approval. - CENG 4640: The course title will be changed to "Synthetic Biology and Biomolecular Engineering" subject to approval. - CENG 4650: This is a new course subject to approval.
2019-20 BIEN (4Y) (2019-20 intake)Page 3