Christopher Allen

Using experience and creative strategies to maximize performance. 

 

President

Exec-Headshots-_0003_Christopher Allen

President of Allen Interactions, Christopher brings more than 20 years of experience leading the development of cutting-edge digital products and services across education, advertising, and space. Joining Allen Interactions full-time in 2010, he has provided cross-functional support in marketing, sales, R&D, and design for custom training development, consulting, and authoring tool development with ZebraZapps.

Christopher speaks frequently on digital education, authoring technologies, instructional design, workforce development, and credentialing programs. 

In 2021 he co-founded Nova Space Inc., to provide standardized professional training to the space economy. Nova Space clients include NASA, U.S. Space Force, AWS, and York Systems. Created by Allen Interactions, the Nova Space Professional Program has won 3 Brandon Hall Awards and a Gold Horizon Award for excellence in technology and design.

Christopher holds a Master’s Degree in Organizational Management from The George Washington University, is an Agile Certified Practitioner, and writes for Entrepreneur.com and Forbes.

 

Nova Space and Allen Interactions' Space Professional Program

Nova Space and Allen Interactions developed the first space educational program designed for all learners, bridging the global space industry gaps by offering virtual, asynchronous, and interactive courses to individuals and to organizations. This program was designed to effectively and efficiently train, in large numbers, the space workforce of the future.

Addressing both industry standard practices and knowledge, innovative topics, established topics, and lessons learned, no other course encompasses the scope of material covered. Focusing on student frustration—having to take multiple courses to acquire this level of knowledge—Nova Space was able to cover this range of learning objectives. 

Every interaction in the course supports core learning objectives. By developing interactions that bridge several topics, this program demonstrates how one area, for example, satellite design, will affect another seemingly unrelated area. 

Through a modular approach to distributing practice of core skills, identification of skill gaps, and simulated environments, this program effectively supports learning objectives and retention of material for all students and learning styles.

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