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FREE WEBINAR: Understanding Model-Based Systems Engineering (MBSE)
With Dr. Bruce Cameron, Director of the MIT System Architecture Group
Live Webinar Date
August 20, 2025
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TIME
12 PM ET
Duration
45 Minutes
Includes Q&A Session
RESERVE YOUR SEAT
MIT's Dr. Bruce Cameron discusses the opportunities and challenges of MBSE
By providing your information, you are agreeing to receive periodic information about online programs from MIT related to the content of this program.
Modern engineering systems are more complex than ever — and traditional methods aren’t always enough. In this free 45-minute webinar, Dr. Bruce Cameron will explore how Model-Based Systems Engineering (MBSE) is helping technical professionals better manage complexity, improve design consistency, and reduce risk.
You'll gain insight into how MBSE complements (rather than replaces) traditional systems engineering, where it adds the most value, and what it takes to adopt this approach in practice. Dr. Cameron will also introduce MIT xPRO’s online certificate program Architecture and Systems Engineering, which is designed to help engineers and technical leads apply these tools and principles in real-world contexts.
Stick around for a live Q&A to get your questions answered directly by Dr. Cameron.
Reserve your spot now by filling out the form above. A confirmation email with Zoom access details will follow.
WHY ATTEND?
Learn what MBSE is — and what it's not
Understand the key benefits and challenges of adopting a model-based approach
Discover common misconceptions about MBSE’s role in systems engineering
Hear how MIT xPRO’s online certificate program can help you put MBSE into practice
MEET YOUR SPEAKER
Faculty Director, MIT xPRO Systems Engineering Program
Director, MIT System Architecture Group
Dr. Cameron has advised over 60 Fortune 500 companies in aerospace, high-tech, and consumer products. He co-founded Technology Strategy Partners and authored the MIT Commonality Study, a landmark industry analysis. A former NASA aerospace engineer, his teaching bridges the technical and strategic aspects of complex systems.
