Engineering Courses & Certificates

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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Don't just dream about the future. Build it.

Numerous options are available to take you to the next level in your career:

Select from a wide array of credit-bearing courses that run throughout a quarter, or complete shorter courses in just 1-5 days.
Choose to study Specializations in niche fields, or pursue Certificates for in-depth knowledge. Certain certificates offer applicable credit towards Master's programs.
Bring customized training directly to your workplace with our on-site options.
Learn firsthand from the industry expertise of our instructors through fully-online courses, live remote sessions, or classrooms in Westwood / DTLA.

With a myriad of subject areas at your disposal, begin the exploration of your future today.

Engineering

Courses

Modern Microwave & MM-wave Antenna Measurements including 5G

This course is an intensive and comprehensive presentation of all aspects of the measurement of microwave antenna characteristics.

Modern Microwave and Millimeter-Wave Systems with DSP Enhancement

This course looks at the economic and technical revolution in the microwave, millimeter-wave, and DSP areas. Instruction discusses applications including satellites and earth terminals, wireless phones and cell sites, antennas, and radar systems.

Multi-Domain RF Systems: Antenna, Radar, EW, and Satellite Communications Essentials

This course provides a unified, systems-level treatment of radar, antenna, satellite communications, and electronic warfare (EW) fundamentals, covering radar principles (Doppler, clutter, and range equations), antenna theory grounded in electromagnetics, and RF hardware including high-power amplifiers (HPAs), low-noise amplifiers (LNAs), and filters. Building on this foundation, it introduces satellite communications architectures with space and ground segments, orbital regimes (LEO, MEO, GEO), link budgets, modulation and coding, and both military and commercial SATCOM frequency bands and services.

Multirate Signal Processing in Transmitter and Receiver Designs

This course presents the structure, unique attributes and capabilities, and implementation considerations of standard multirate filter structures including polyphase, dyadic half-band, and Cascade Integrator-Comb (CIC).

Multitarget/Multisensor Data Fusion Techniques for Target Detection, Classification, and State Estimation

This course describes sensor and data fusion methods that improve the probability of correct target detection, classification, identification, and state estimation.