Ä¢¹½ÊÓƵ

Elective Sequences

To gain expertise in a specific bioengineering discipline, students are required to select and complete an elective track sequence to satisfy the BSBE program requirements PRIOR to taking their first technical elective course (see link for the BSBE Elective Sequence Checkout Sheet). This consists of completing a series of five technical electives (15 credit hours) in engineering, mathematics, or the natural sciences.Ìý These must include two technical electives that are BIOE 4XXX level courses.Ìý To satisfy the track completion requirement, a minimum of three courses (9 hours) must be completed within the selected track category. The remaining two elective courses (6 hours) may be completed within any of the track categories but may also include a maximum of 3 hours of BIOE 4910 Bioengineering Honors Thesis or BIOE 4990 Bioengineering Independent Study.Ìý However, BIOE 4910 or 4990 cannot be applied toward the 4000-level BIOE elective course requirement.

Biochemical Engineering, BiofuelsÌý& Green Energy
BIOL 3010 - Molecular GeneticsÌý
BIOL 3030 – Cell Biology
CHEM 2410 - Organic Chemistry IÌý
CHEM 2420 - Organic Chemistry II
CHEM 3510 - Biochemistry IÌý
BIOE 4620 - Biochemical Engineering
BIOE 4630 – Bioseparations
CHEE 4010 - Green Engineering Principles
CHEE 4120 – Biofuels
PHYS 4400 Principles & Varieties of Solar Energy

Ìý

Device Design and DevelopmentÌý
BIOE 4110 – Advanced BiomechanicsÌý
BIOE 4320 – Advanced Biomedical Quality ControlÌý
BIOE 4610 – Artificial Organs
BIOE 4620 - Biochemical EngineeringÌý
BIOE 4710 – Biomechanics of Soft and Hard TissueÌý
BIOE 4730 - Computational BioengineeringÌý
BIOE 4740 - Tissue Engineering
BIOE 4750 - Experimental Methods in Biomechanics
BIOE 4980 – Medical Internet of Things
BIOE 4980 – Advanced Biomaterials
EECS 3100 – Microsystems Design
EECS 4170 – Real Time Embedded System Design

Ìý

Manufacturing and Quality ControlÌý
BIOE 4320 – Advanced Biomedical Quality ControlÌý
MIME 2600 - Engineering EconomicsÌý
MIME 2650 - Manufacturing ProcessÌý
MIME 3300 - Design & Analysis of Mechanical SystemsÌý
MIME 3310 - Mechanical Design IÌý
MIME 3320 - Mechanical Design II
BIOE 4980 Medical Internet of Things
BIOE 4980 – Additive Manufacturing
BIOE 4980 – Advanced Biomaterials

Ìý

BiomechanicsÌý
MIME 2300 - Engineering DynamicsÌý
MIME 3300 - Design and Analysis of Mechanical SystemsÌý
BIOE 4110 - Advanced BiomechanicsÌý
BIOE 4710 – Biomechanics of Soft and Hard TissueÌý
BIOE 4730 - Computational BioengineeringÌý
BIOE 4750 - Experimental Methods in Biomechanics
BIOE 4980 – Advanced Biomaterials
BIOL 4250 Introduction to Neurobiology

Ìý

Pre-Medicine*Ìý
BIOL 3030 – Cell Biology
BIOL 3040 - Cell Biology LaboratoryÌý
BIOL 4250 – Introduction to Neurobiology
CHEM 2410 - Organic Chemistry IÌý
CHEM 2420 - Organic Chemistry IIÌý
CHEM 2460 - Organic Chemistry Lab I
CHEM 2470 - Organic Chemistry Lab II
CHEM 3510 - Biochemistry IÌý
BIOE 4200 - Biosystems and ControlÌý
BIOE 4720 - Cellular Electrophysiology

*Students pursuing the Pre-medicine track are required to complete BIOL 3030/3040 Cell Biology with Lab, CHEM 2410/60 Organic Chemistry I with Lab, CHEM 2420/70 Organic Chemistry II with Lab, and CHEM 3510 Biochemistry I. These courses count as your nine hours of non-BIOE technical electives. Six hours must be taken in BIOE elective courses.

CHEM 3520 Biochemistry II is highly recommended by the College of Medicine & Life Sciences.

Ìý

Bioinstrumentation, Optics & ImagingÌý
BIOL 4250 – Introduction to Neurobiology
EECS 3100 - Microsystems Design
EECS 3710 - Electromagnetics I
EECS 3720 - Electromagnetics IIÌý
EECS 4170 Real Time Embedded System
PHYS 3310 – Modern PhysicsÌý
PHYS 3400 – Physical Princ of Energy Sources for Humans
PHYS 3610 – Optics & Lasers
PHYS 4430 – Medical Physics I
PHYS 4440 – Medical Physics IIÌý
BIOE 4350 – Biomedical Optics
BIOE 4980 - BiophotonicsÌý
BIOE 4640 - Medical Imaging
BIOE 4670 – Ultrasound PrinciplesÌý

Tissue EngineeringÌý
BIOL 3010 - Molecular GeneticsÌý
BIOL 3030 – Cell Biology
BIOL 4050 – Immunology
BIOL 4250 – introduction to Neurobiology
MIME 2650 - Manufacturing Processes
BIOE 4610 – Applied Biotransport
BIOE 4740 - Tissue EngineeringÌý
BIOE 4980 – Artificial Organs
BIOE 4980 – Advanced BiomaterialsÌý

Ìý

Individualized Plan (requires approval)

BIOE 3/4XXX – XXXÌý
BIOE 3/4XXX – XXX Ìý
XXXX 3/4XXX – XXXÌý
XXXX 3/4XXX – XXXÌý
XXXX 3/4XXX – XXXÌý

Ìý

Undergraduate Navigation Menu:

Bioengineering HomeÌý/ÌýWelcomeÌý/ÌýUndergraduateÌý/ÌýGraduateÌý/ÌýFaculty & StaffÌý/ÌýResearchÌý/ÌýUndergraduate ResearchÌý/ÌýCoursesÌý/ÌýIndustrial Advisory CommitteeÌý/ÌýCurrent Engineering StudentsÌý/ÌýCollege of Engineering Home
Prospective Students
Welcome to Ä¢¹½ÊÓƵ BIOEÌý/ÌýWhat is Bioengineering?Ìý/ÌýWhy Ä¢¹½ÊÓƵ Bioengineering?Ìý/Ìý
Direct from High SchoolÌý/ÌýTransfer StudentsÌý/ÌýExperience DayÌý/ÌýProspective UndergraduatesÌý/Ìý
Graduate StudiesÌý/ÌýVisit CampusÌý/ÌýScholarshipsÌý/ÌýStudent OrganizationsÌý/Ìý
Graduation and Honors ConvocationÌý/ÌýHonors CollegeÌý/ÌýRocket LaunchÌý/Ìý
Roy and Marcia Ames Engineering Leadership InstituteÌý/ÌýStudent ResourcesÌý/ÌýFAQsÌý/
Special Programs
Bacc2MD Pathway ProgramÌý/ÌýCo-op ProgramÌý/ÌýHonors ProgramsÌý/ÌýPre-Med ProgramsÌý/ÌýMinorsÌý/ÌýGraduate Study
Undergraduate Menu
Program ObjectivesÌý/ÌýStudent OutcomesÌý/ÌýCurriculum
Undergraduate Handbook
Program RequirementsÌý/ÌýCo-op RequirementsÌý/ÌýTechnical ElectivesÌý/ÌýElective SequencesÌý/Ìý
HUM/SOC/MC ElectivesÌý/ÌýFlowchartsÌý/ÌýRegistration Tips
Schedules
Course SchedulesÌý/ÌýElective SchedulesÌý/ÌýSeminar SchedulesÌý/ÌýNews & Events
Registrar Forms
Add/Drop FormÌý/ÌýGrade Deletion
Facilities
ECORE and NSFI/UCRCÌý/ÌýCMSCÌý/ÌýSIM Center
Contact Us