Scott Houston
About Scott Houston
Scott Houston is a Security Systems Estimator at Saab, specializing in civil solutions. He has extensive experience in both defense and commercial security projects, having previously worked with the Australian Army and Chubb Fire & Security.
Work at Saab
Scott Houston has been employed at Saab since 2018 as a Security Systems Estimator within the Civil Solutions division. His role involves utilizing Saab's proprietary platform, OneView, to manage and execute security systems projects. Houston's contributions focus on enhancing security measures through advanced technology and innovative solutions tailored to client needs.
Previous Experience at Chubb Fire & Security
Prior to his current position, Scott Houston worked at Chubb Fire & Security from 2007 to 2018 as a Major Accounts Executive. During his 11 years there, he was responsible for managing significant accounts and overseeing security solutions for various clients. His experience at Chubb provided him with extensive knowledge in the security sector.
Military Background in the Australian Army
Scott Houston served as an Army Reservist in the Australian Army from 1988 to 1995, accumulating seven years of service in Hobart, Tasmania. This military background contributed to his understanding of security protocols and practices, which he later applied in his civilian career.
Education and Qualifications
Scott Houston completed his education at Clarence High School, where he achieved his High School Certificate from 1984 to 1987. This foundational education set the stage for his subsequent career in security systems and project management.
Involvement in Notable Security Projects
Throughout his career, Scott Houston has been involved in various defense and commercial security projects. Notable projects include security systems for iconic locations such as the Sydney Opera House and the Chisolm Rd Prison Project. His expertise encompasses a wide range of security products, including Access Control, CCTV, Bio Metrics, and Contraband Detection.