We’ll bring a current, past, or custom-tailored short course or program to your workplace. You choose the content, time, and format, and we will accommodate your special needs! All Courses offered in the entire line-up are available for your customized needs.
Consider the attractive benefits of our on-site training:
- Potential course customization to target organizational issues and needs
- Allows for open and confidential discussions among employees
- Option to accommodate a greater number of attendees
- Facilitates learning and/or change as team members receive the same information at the same time
- Flexibility to attend courses in the evening, on weekends, or during working hours
- Additional cost savings by eliminating employee travel expenses
- Each attendee receives a record of participation and continuing education units from UCLA Extension
Note: Scheduling of all on-site courses and programs is subject to the availability of the instructor(s). Restrictions may apply when content is of a proprietary nature.
For more information contact the Short Course Program Office:
shortcourses@uclaextension.edu | (310) 825-3858
Aerospace & Mechanical Engineering
Aerospace Structures
- Aerospace Composite Materials
- Aircraft Design Loads and Certification
- Airframe Design and Repairs
- Airframe Stress Analysis and Sizing
- Composite Airframe Structures
- Corrosion of Aging Aircraft
- Damage Tolerance and Durability of Composite Materials
- Fastener Joint Design and Analysis
- Finite Element Analysis: Theory, Applications, and Practice
- Fracture Mechanics of Engineering Materials
- Fundamentals of Cryogenics
- Launch Vehicle Design and System Engineering
- Nanotechnology and Nanomaterials: Fundamentals and Aerospace Applications
- Repair of Composite Structures
- Robotic Systems Design and Engineering
- Spacecraft Design and Systems Engineering
- Spacecraft Structural Design and Verification
- Stress Analysis in Mechanical Design
- Structural Dynamics: Theory and Applications
- Structural Integrity of New and Aging Metallic Aircraft
- Theoretical and Computational Aeroelasticity
- Nondestructive Testing (NDT); Principles and Applications
- Space Launch Vehicle Design and System Engineering
Aircraft & Space Systems
Control Systems
- Autonomous Flight Control of UAVs
- Essentials of Control and Estimation Theory, Tools, and Applications
- Flight Control Design
- Flight Mechanics, Stability, and Control
- Global Positioning Systems (GPS): Principles and Applications
- Introduction to Feedback and Control Systems
- Kalman Filtering: Theory and Applications
- Robust Control: Toolbox, Theory, and Applications
- Spacecraft Dynamics, Control, and Attitude Determination
Biomedical Engineering
Communications & Sensors Engineering
Air & Space Communications
- Advances in Satellite Communications: Efficient and Reliable Transmission Systems
- Broadband Mobile Satellite Communications: Systems and Installations Across the MSS and FSS Spectrum
- Digital Avionics Systems
- Free-Space Laser Communications
- Ground Segment and Earth Station Engineering for Satellite Communications
- Introduction to Airborne Radar
- Modern Microwave & MM-Wave Antenna Measurements
- Multitarget/Multisensor Data Fusion Techniques
- Satellite Communications Networks and Applications: Creating Next-Generation Systems in Commercial and Government Environments
- Satellite Communications Payload Design
- Satellite Link Budget Training Using SatMaster Software
- Satellite Communications Networks and Applications
Communications Networks
- 3GPP LTE Physical Layer for Wireless/Mobile Communications
- IEEE 802.11n: Principles and Implementation
- IP and Ad Hoc Networking
- IP Networking Fundamentals
- Practical Cryptography for Computer and Network Security
- Wireless Planning and Design
- Wireless Sensor Networks and Their Tactical Applications
- Wireless TV “White Spaces” Communication Design
Communications Systems
- Advanced Digital Communications
- Delta-Sigma Modulation for Phase-Locked Loops and Data Converters
- Digital Communications Systems
- Digital Communication: Part I–Fundamental Architecture
- Digital Communication: Part II–Optimizing System Performance
- Digital Communication Systems: Tradeoffs and Applications
- Digital Communications: Fundamental Architecture
- DSP for Communication Systems
- DSP-Based Carrier and Timing Recovery Techniques in Digital Modems
- Fundamentals of MIMO Communication Systems
- Introduction to Error-Control Coding
- Low-Density Parity-Check (LDPC) Codes
- Modem Design for Today’s Digital Communications
- Optical Communication Systems
- Phase-Locked Loops for Digital Communications
- Space-Time Coding
Imaging Sensors & Systems
- 3D Modeling and Reconstruction from Video
- Applications, Design, and Testing of CMOS and CCD Sensors and Camera Systems
- Biometric Identification: Theory, Algorithms, and Applications
- Digital Camera and Sensor Evaluation Using Photon Transfer
- Fundamentals of CCD and CMOS Imagers and Camera Systems
- Infrared Imaging: Applications and Subsystems
- Modern Infrared Detectors and Systems
RF & Radio Systems
- CMOS Radio Transceiver IC Design
- Design of JTRS/SCA Waveforms and Applications for Software Radios
- Fundamentals of Antenna Theory, Engineering, and Applications
- Fundamentals of Cognitive Radios
- Radio Architectures
- RF Power Amplifiers: Devices, Circuits and Systems
- RF/Wireless Systems Design
- Software-Defined Radio
Signal Processing
Electronics
- Design for Testability and for Built-In Self Test
- Test Design and Development for Automatic Test Equipment (ATE)
- Bypassing, Power Delivery, Vias, Connectors, and Buses
- Crosstalk, Layer Stacking, Separating Analog/Digital Planes, and Terminations
- Differential Signaling and Clock Distribution Control
- EMI/EMC for the Design Engineer
- High-Speed Digital Circuit Design and Applications
- High-Speed Digital Design and PCB Layout
- High-Speed Digital Design/EMI
- Integrated Circuit Reverse Engineering
- Key Issues for EMI/EMC: How to Design and Build a Compliant System
- Transmission Lines
- High-Speed Digital Circuit Design and Applications
- Essential Steps for Signal Integrity
Energy
Leadership & Management
- A Blueprint for Virtual Team Success: Communicate, Collaborate, Connect
- Building High-Performance Teams: Processes and Skills for Success
- Creating and Sustaining Excellence in the Workplace
- Essentials of Business for Technical Managers
- Gaining Successful Mentorship Tools
- Invent the Future of Your Technology Today
- Leadership and Motivational Decision Making
- Leadership Skill Building
- Leadership Styles for Influencing Others
- Managing Innovation and Change
- Maximizing Your Team’s Performance
- Navigating Organizational Politics
- Strategic Thinking and Planning for Leaders
- Transitioning from Technical to Managerial Responsibilities
- Becoming a More Effective Communicator in Your Organizational Roles
- Communication Techniques for the Technical Professional
- Developing Your Strengths: Realizing Your Optimal Career Success
- Emotional Intelligence
- Mastering Difficult and Sensitive Situations
- Negotiating Your Way to Success
- Presentation Skills for Technical Leaders
- Reinvent Yourself and Thrive!
- The Science of Proactive Persuasion
- Leadership and the Human Element in Project Management
Project Management
- Agile Project Management
- Cost Estimation and Economic Evaluation of Projects
- Cost Estimation for Project Managers and Decision Makers
- Economic Evaluation for Project Managers and Decision Makers
- Effective Techniques for Cost Estimation and Business Case Analysis
- Effective Techniques for Project Cost Estimation and Investment Evaluation
- Fundamentals of Project Management
- Managing Multiple Projects and Virtual Teams
- Managing and Estimating Software Projects
- Project Quality Management
- Project Risk and Opportunity Management
- Strategic Project Management
- Strategic Project Thinking: Designing Action Plans to Achieve Complex Objectives
- Successful Project Management
Software Engineering
For more information contact the Short Course Program Office:
shortcourses@uclaextension.edu | (310) 825-3858
