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Digital Engineering & Verification – Adjusting to Class C/D Programs

The Aerospace Corporation D8
200 N Aviation Blvd, El Segundo, CA 90245
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Virtual location

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Jul 14, 2026 05:30pm PT - Jul 14, 2026 07:30pm PT

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5:30pm Sign-In, Supper, Networking

6:00pm LA Chapter Presentations

6:16pm Speaker Presentation

7:15pm Discussion - Questionsrn

7:30pm Adjourn

The meeting will be recorded. Attendance at this meeting grants permission to be recorded.

Digital Transformation has been the buzz word used in industry for decades. Words like Synergy, MBSE, Digital Tools, and now artificial intelligence are looked on as the future of Systems Engineering and they rightfully are. The problem is often that the utopia of the future is at odds with the realities of today. Engineering teams are entrenched using the methods of yesterday, to meet today's deadline, while ignoring tomorrow's deadlines. Fundamentally, this issue is compounded by narrow fields of work, where a particularly good individual in one area of the Engineering life cycle lacks knowledge in a different area of a life cycle. This lack of downstream experience results in a cascade of choices leaving the verification team holding the bag at the end of the program. This presentation will focus on how the left side of the 'Vee' can incorporate the needs of the right side of the 'Vee' and why that need is becoming increasingly more important to today's Class C and D Space programs.

  • Digital Transformations of Verification and Validation
  1. Requirements
  2. Process from Requirement to Test
  3. How is it all connected?
  4. Low Rate Production
  5. High Rate Production
  6. The Old way of doing things
  7. Who needs to know?
  8. How do those people know what they need?
  • Space System Class C/D
  1. What is a Class C/D Program
  2. How it differs from the past
  3. Firm Fixed vs Cost Plus Contract
  4. Risk
  • Innovation
  • Speed
  • Triple Constraint
  • Process and Tailoring
  • Quality and reliability
  • Quantity

Andrew Murrell, CSEP is a Northrop Grumman Senior Principal Systems Engineer maturing next generation Earth Orbiting Infrared payloads with nearly two decades of experience in optical, electro-mechanical actuation, and research and development. His career includes startups, Rockwell Collins, and Eaton Aerospace with numerous patents to his name. He currently supports three Overhead Persistent Infrared (OPIR) Satellite programs as the Systems Engineering Integration and Test Lead (SEIT) as well as manages the operations center of one of those programs.

Andrew is a graduate of the INCOSE Technical Leadership Institute 8 as well as was the INCOSE-LA 2021 and 2022 Secretary. He is a frequent INCOSE-LA Speaker and facilitated Safran Electronics and Defense becoming an INCOSE CAB member in 2020. He received numerous INCOSE-LA President’s Awards and Service Awards as well as hosted six INCOSE SEP prep courses. 

Andrew holds a bachelors in Aerospace Engineering from Embry-Riddle Aeronautical University, certified INCOSE CSEP in 2019, certified Project Manager from UCI in 2019, certified MBSE and AMBSE Engineer from Cal Tech in 2021/2023, a certified SE from Cal Tech in 2022, a certified Space Systems Graduate certification from Stevens Institute in 2025, and is currently pursuing a Masters of Space Systems Engineering with the same organization.