This track focuses on Biomedical Engineering, preparing students with the technical knowledge and practical skills the field expects at the Associate-to-Bachelor's level.
Graduates are equipped to pursue relevant engineering career paths, with a self-paced format built for students balancing work and other commitments.
ENG-062Basics of Industrial Engineering
Introduces foundational concepts behind optimizing industrial processes and systems.
- Process optimization basics
- Workflow efficiency principles
- Overview of industrial systems
ENG-114Introduction to Engineering
A broad orientation to the engineering discipline, its branches, and career paths.
- Major engineering disciplines
- Engineering problem-solving approach
- Engineering career pathways
ENG-163Latest Developments in Engineering
Explores emerging technologies and innovations shaping modern engineering.
- Emerging engineering technologies
- Innovation trends across disciplines
- Impact of new tech on engineering practice
ENG-178Introduction to E-Engineering
Covers the fundamentals of electronic systems within engineering practice.
- Basic electronic components
- Circuit fundamentals
- Electronic system applications
ENG-195Advanced Fields in Engineering
Surveys specialized and advanced engineering fields beyond the core disciplines.
- Overview of specialized fields
- Cross-disciplinary engineering applications
- Choosing an engineering specialization
ENG-239Introduction to Electrical Engineering
Introduces the foundational principles of electrical systems and circuits.
- Basic circuit theory
- Voltage, current, and resistance
- Electrical safety fundamentals
ENG-427Introduction to Civil Engineering
Covers the fundamentals of designing and building civil infrastructure.
- Infrastructure design basics
- Materials used in construction
- Overview of civil engineering projects
ENG-612Foundations of Mechanical Engineering
Introduces the core principles behind mechanical systems and design.
- Basic mechanical principles
- Machine component fundamentals
- Overview of mechanical design process
2
Specialist Courses
6 Courses
BEM-2531Biomedical Engineering Materials and Processes
Covers materials and manufacturing processes used in biomedical devices.
- Biocompatible materials
- Manufacturing processes for medical devices
- Material selection criteria
FOB-2532Fundamentals of Biomedical Engineering
Introduces the core principles connecting engineering and medical science.
- Basic physiological systems
- Engineering applications in medicine
- Overview of biomedical devices
ITB-2533Introduction to Biomedical Engineering
A broad orientation to the biomedical engineering field and career paths.
- History of biomedical engineering
- Biomedical engineering career pathways
- Overview of biomedical specializations
BED-2599Biomedical Engineering Dynamics and Control
Covers dynamic system behavior and control principles in biomedical devices.
- Dynamic system modeling
- Control system basics for devices
- Feedback loops in medical systems
BES-2600Biomedical Engineering Structures
Introduces structural design principles applied to biomedical applications.
- Structural design fundamentals
- Load analysis for medical devices
- Structural safety considerations
BES-2601Biomedical Engineering Systems Engineering
Covers designing and integrating complex biomedical systems.
- Systems integration basics
- Biomedical system lifecycle
- Testing and validation of systems
$24,000
Total Program Cost
Fees are billed per term and are subject to change. Financial aid, scholarships, and flexible payment plans are available to students who qualify.
Explore Financial Aid
Admission requires Associate Degree or equivalent credits.
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Submit Your Application
Complete the online application with your basic and academic details.
An admissions advisor reviews your application and any transfer credit.
Receive your decision, complete enrollment, and start your first term.
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