Justin Lauck
About Justin Lauck
Justin Lauck is a Systems Architect with extensive experience in information systems and technology. He has worked at Accruent since 2014, holding various roles, and has a strong educational background in Internet Information Systems and Business Administration.
Current Role as Systems Architect
Justin Lauck currently serves as a Systems Architect at Accruent, a position he has held since 2017. In this role, he is responsible for designing and implementing system architectures that support the company's operational goals. His expertise in systems architecture allows him to contribute to the development of scalable and efficient solutions tailored to client needs.
Previous Experience at Accruent
Before his current role, Justin Lauck worked at Accruent in various capacities. He served as the Manager of Hosting Automation from 2014 to 2016, overseeing automation processes within hosting environments. Following this, he transitioned to the role of DevOps Architect in 2016, where he focused on integrating development and operations to enhance deployment efficiency. His tenure at Accruent spans a total of three years.
Career at Four Rivers Software Systems
Prior to joining Accruent, Justin Lauck spent ten years at Four Rivers Software Systems as the Manager of Information Systems from 2004 to 2014. In this position, he managed the information systems department, ensuring that technology solutions aligned with organizational objectives. His long-term commitment to this role contributed to the development and optimization of the company's information systems.
Education and Expertise
Justin Lauck holds a Master of Science in Internet Information Systems from Robert Morris University, where he studied from 2004 to 2005. He also earned a Bachelor of Science in Business Administration with a focus on Information Technology from Duquesne University, completing his studies from 1999 to 2003. His educational background provides a strong foundation in both technical and business aspects of information systems.