Matthew Sollars
About Matthew Sollars
Matthew Sollars is a Safety Engineer at Sandia National Laboratories with expertise in Consequence Modeling and experience in Risk Management and Emergency Planning.
Current Role at Sandia National Laboratories
Matthew Sollars is currently employed as a Safety Engineer at Sandia National Laboratories. He began working at the laboratory in 2020. Based in Livermore, California, he focuses on ensuring safety procedures and protocols are properly implemented. His responsibilities include identifying potential safety risks and developing mitigation strategies.
Previous Experience at Husky Energy
Before joining Sandia National Laboratories, Matthew Sollars worked at Husky Energy as a PSM (Process Safety Management) Advisor. During his 14-year tenure, which lasted from 2006 to 2020, he was involved in overseeing safety management programs and advising on risk management strategies. His work primarily centered around enhancing workplace safety and reducing hazards in the energy sector.
Education and Expertise
Matthew Sollars holds a Bachelor of Science (BS) degree in Environmental Policy and Management from Purdue University Global. His expertise spans several key areas including Consequence Modeling for chemical and explosive releases, Risk Management, Hazard Identification and Mitigation, and Human Performance and Reliability Improvement.
Professional Training and Skills
Matthew Sollars has trained various professionals in the areas of Risk Management, Hazard Identification and Mitigation, and Human Performance and Reliability Improvement. He also possesses skills in Facility Siting and Layers of Protection Analysis, making significant contributions to safety engineering practices.
Experience in Emergency Planning
Matthew Sollars has extensive experience in Emergency Planning and Management. This includes developing and implementing emergency response strategies to manage and mitigate risks associated with chemical and explosive releases. His expertise ensures that appropriate measures are in place to handle potential emergencies effectively.