Karel Beukes
About Karel Beukes
Karel Beukes is an Intermediate Propulsion Design and Development Engineer at Rocket Lab, specializing in propulsion technologies and 3D printed parts. He has a background in mechanical engineering and has held various engineering roles, including leading the design of the Thrust Vector Control subsystem for the NASA CAPSTONE mission.
Work at Rocket Lab
Karel Beukes has been employed at Rocket Lab since 2020, holding the position of Intermediate Propulsion Design and Development Engineer. He also serves as the Sub-system Lead Design Engineer. His responsibilities include leading the design of propulsion systems and managing projects related to propulsion design. Prior to his current roles, Karel worked as a Propulsion Design Engineer and briefly as Acting Responsible Engineer in 2019. His contributions include involvement in the research and development of novel propulsion technologies and the design of the Thrust Vector Control subsystem for the Hypercurie Engine for the NASA CAPSTONE mission.
Education and Expertise
Karel Beukes earned a Bachelor’s Degree with Honours in Mechanical Engineering from the University of Canterbury, completing his studies from 2014 to 2017. His education provided him with a solid foundation in mechanical engineering principles. He possesses expertise in designing 3D printed parts for production, which enhances manufacturing efficiency. Karel is proficient in various CAD systems, including NX, SolidWorks, Inventor, and AutoCAD, enabling him to create complex models and transform concepts into prototype articles.
Background in Mechanical Engineering
Before joining Rocket Lab, Karel Beukes worked at Km Mechanical as a General Mechanical Engineer from 2018 to 2020. In this role, he gained practical experience in mechanical engineering, contributing to various projects. His background includes a focus on propulsion design and development, particularly in high-pressure environments where project management and risk mitigation skills are essential. This experience has equipped him with the ability to manage complex engineering tasks effectively.
Achievements in Propulsion Design
Karel Beukes has made significant contributions to propulsion design at Rocket Lab. He led the design of the Thrust Vector Control subsystem for the Hypercurie Engine, specifically for the NASA CAPSTONE mission to the moon. His role involves building first articles for testing and space qualification campaigns, demonstrating his hands-on approach to engineering. Karel's work in research and development of novel propulsion technologies showcases his commitment to advancing aerospace engineering.
Skills in Project Management and CAD
Karel Beukes demonstrates strong project management and risk mitigation skills, particularly in high-pressure environments. His proficiency in industry-relevant CAD systems allows him to create complex models and prototypes effectively. He also has a working knowledge of ERP/PLM systems, which aids in R&D purchasing and change implementation management. These skills are crucial for ensuring successful project outcomes in the field of propulsion design.