Engineering the Future of Aerospace Systems
From the rocket designs of Goddard and von Braun to the Mars probes of JPL, the exploration of space has shifted dramatically over the last 100 years. The largest shift has come in the last decade, as access to space has become available to organizations other than governments and research groups. As the use of space-based assets – everything from observation satellites to research spacecraft – has increased, the need for companies who wish to take advantage of access to space to distinguish themselves has also increased.
I have applied engineering analysis and design principles throughout my career. Using engineering methods, I ensured safety on the Space Shuttle Program by working with other engineers to develop and implement solutions to challenges faced by the Program. Through the use of trade studies, I have enabled design teams to develop solutions to their individual space mission challenges. For example, when working with a startup company seeking to provide a solution to the U.S. Air Force for characterizing space debris, I coordinated studies for propulsion and power systems that aided in the capabilities analysis provided to the customer. Additionally, I have worked to design new spacecraft systems that seek to reduce the cost of access to space, enabling small companies to “think outside the box” when it comes to designing missions that meet the ever-expanding capabilities that space-based assets provide.
I have spent my career helping government organizations and large corporations meet the engineering challenges that are unique to the spaceflight industry. The future of aerospace systems is bright, with a lot of great ideas related to the continuing revolution in the space industry.
For additional information about how my more than 15 years of aerospace systems engineering can be applied, please contact me.