David Brocker
About David Brocker
David Brocker is a Mechanical Design Engineer at Saab in Karlskoga, Sweden, where he has worked since 2012. He specializes in research and development for missile and anti-tank systems and has previous experience at Atlas Copco and Volvo Car Corporation.
Work at Saab
David Brocker has been employed at Saab since 2012, where he holds the position of Mechanical Design Engineer. He works in the research and development department, focusing on missile and anti-tank systems. His role involves applying mechanical design engineering principles to develop advanced defense technologies. Over the past 12 years at Saab, he has contributed to various projects within the defense sector, leveraging his expertise to enhance system performance and reliability.
Previous Experience in Mechanical Design Engineering
Before joining Saab, David Brocker worked at Atlas Copco as a Mechanical Design Engineer from 2010 to 2012. His responsibilities included designing mechanical components and systems. Additionally, he spent time at Volvo Car Corporation, where he held the position of Ratio Task Leader from 2008 to 2009 and completed his Master Thesis from 2007 to 2008. His diverse experience in mechanical design engineering spans various industries, contributing to his current role.
Education and Expertise
David Brocker earned a Bachelor of Science in Industrial Design Engineering from Karlstad University, where he studied from 2003 to 2006. He furthered his education at Chalmers University of Technology, obtaining a Master of Science in Industrial Design Engineering from 2006 to 2008. His educational background provides a strong foundation in design principles, which he applies in his engineering roles, particularly in defense systems.
Background in Defense Systems
Since 2012, David Brocker has specialized in mechanical design engineering for defense systems. His work at Saab has involved the development of missile and anti-tank systems, showcasing his commitment to advancing military technology. His experience in this field is supported by his academic qualifications and previous roles, which have equipped him with the necessary skills to tackle complex engineering challenges.