Baron Johnson
- Title
- Adjunct Faculty
- Baron.Johnson@erau.edu Email
- Department
- School of Engineering
- College
- College of Aviation
Areas of Expertise
Unmanned Aircraft, UAS, Integration, Flight Testing, Unmanned Systems, Autonomy and Autonomous SystemsExternal Links
The views expressed on faculty and external web pages are those of the author and do not necessarily represent those of Embry-Riddle Aeronautical University.
Biography
Dr. Baron Johnson is an experienced engineer in the uncrewed aircraft field. He has been very involved in prototype system development in roles up to Chief Engineer, Principal Investigator, and Project Manager, and is also experienced working with tactical UAS in various roles including integration and flight testing. Baron enjoys the multidisciplinary nature of UAS system development, and the challenges that integration and testing bring. As a commercial, instrument, multi-engine pilot, as well as an experienced RC aerobatics competitor, he has been around aviation most of his life and is fortunate to have been able to leverage his personal passion in aviation into a successful career in aerospace engineering.Education
- Ph.D. - Doctor of Philosophy in Aerospace Engineering, University of Florida
- M.S. - Master of Science in Aerospace Engineering: Forest Resources and Conservation, University of Florida
- B.S. - Bachelor of Science in Aerospace Engineering, University of Florida
Ratings and Certificates
Currently Teaching
- UNSY 205: Applied Physics Uncrewed Sys
- UNSY 502: Current Issues in UAS
- UNSY 316: Opt'l & Busn Aspects of UAS
- UASE 692: UAS Capstone Design Proj II
- UNSY 421: Uncrewed Sys Mission Planning
- UNSY 410: Uncrewed Sys Sensing Techngy
Courses Taught
UASE501 - Introduction to Uncrewed Aircraft Systems Design
UASE691 - UAS Capstone Design Project I
UASE692 - UAS Capstone Design Project II
UNSY205 - Applied Physics for Uncrewed Systems
UNSY315 - Uncrewed Aircraft Systems & Operations
UNSY318 - Uncrewed Aerial Systems Robotics
UNSY502 - Current Issues in Uncrewed Systems
UNSY503 - Legal & Regulatory Issues in Uncrewed Systems
UNSY410 - Uncrewed Sensing Systems (course developer)
UNSY421 - Uncrewed Systems Mission Planning (course developer)
UNSY603 - Uncrewed Systems Operational Configuration (course developer)
Professional Experience
2023 - Present: AeroVironment, Inc.
Chief Engineer, MacCready Works Novel Autonomous Systems
2011 - 2023: Dynetics, Inc.
Principal Aerospace Engineer, Air Vehicle Development & Test Branch Manager
2007 - 2011: University of Florida Flight Controls Lab
Graduate Research Assistant
2003 - 2007: University of Florida Micro Air Vehicle Lab
Undergraduate Research Assistant
Memberships and Credentials
AIAA Atmospheric Flight Mechanics Technical Committee Member, 2009 - 2020
AUVSI Member (Pathfinder Chapter)
AMA - Lifetime Member
Awards, Honors and Recognitions
2009 AIAA Atmospheric Flight Mechanics Conference - Best Student Paper / Presentation
2009 F3C Heli National Champion - Class II
2008 F3C Heli National Champion - Class I
2007 IMAC Scale Aerobatics National Champion - Freestyle
2002 IMAC Scale Aerobatics National Champion - Freestyle
2002 IMAC Scale Aerobatics National Champion - Advanced