Engineering
Engineering
Engineering the Systems That Shape Tomorrow
UCLA Extension’s Engineering programs empower you to shape the systems that define our future—from the infrastructure we rely on every day to the technologies driving tomorrow’s innovation. Covering a dynamic range of fields including construction management, infrastructure development, structural analysis, electrical and mechanical systems, manufacturing, and specialized areas like plumbing systems design and medical device engineering, these programs are designed to meet the evolving demands of industry. Rooted in real-world application and informed by industry expertise, the curriculum prepares you to tackle complex challenges, lead multidisciplinary projects, and navigate an increasingly interconnected and regulated environment.
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Engineering
Courses
ENGR 803.04
Systems Architecture, Design, Integration and Test
This course explores systems engineering architecture, breaking down systems into subsystems and components while addressing design, integration, and testing. It covers verification and validation methodologies, test plans, environmental testing, and agile DevOps for efficiency.
ENGR 803.06
Systems Engineering Case Studies and Workshop
This course covers a series of case studies with a focus on Avionics, Space, and Defense. For each case study we look at the procedures, ConOps, requirements, architecture development, design, integration, test and deployment.
MGMT 815
Technical Management Program (TMP)
This week-long intensive program for managers is designed to build leadership skills, interpersonal skills, and a repertoire of methods to solve problems, plan strategies, and motivate colleagues, while learning the latest business trends and paradigms.
MGMT 715
Technical Management Program (TMP) Information Session
Join us for a virtual Technical Management Program (TMP) Experience Information Session.
EC ENGR 715.06
The Lithium-Ion Battery Revolution: Enabling Technologies for the 21st Century
Introduction to the expanding new market applications enabled by lithium-ion battery technologies. Special focus on technological challenges facing worldwide raw material sourcing, cost-effective recycling, and safe-by-design operation will be emphasized.