Matt Epps

Matt Epps has a diverse work experience in the field of unified communications and network engineering. Matt has held various roles throughout their career, starting with their early experience in the UK Army as a Foreman of Signals. After leaving the army, they worked as a Data Communications Engineer at MBNA Europe Bank, where they focused on delivering WAN/LAN solutions. Matt then joined Citigroup as a Network Engineer, where they designed and implemented LAN/WAN solutions with a specific focus on VoIP/IPT technologies. Following this, Matt worked at Kcom as a Technical Consultant, specializing in designing Cisco Unified Communications systems and providing detailed design documentation. Matt then moved on to MDK Communications Ltd, where they held multiple roles as a Unified Comms Consultant, working on various projects such as creating disaster recovery plans and managing migration projects to Cisco Unified Communications for different clients. Matt also had contract roles at Eir Business NI, Allen & Overy LLP, and The Networking People, where they provided support and consultancy services for global unified communications projects. Matt'smost recent role is as an AV Engineering Lead at Schroders. Throughout their career, Matt has gained extensive knowledge and experience in collaboration technologies, Cisco Unified Communications Manager, Unity Connection, and other related systems.

Matt Epps completed their BSc in Telecommunications Systems Engineering from Cranfield University between 1995 and 1997. Matt also attended Sir Roger Manwoods Grammar School from 1980 to 1985, although no specific degree or field of study is mentioned. In addition, they obtained various certifications including Network Virtualization: SDN Overlay Solutions from LinkedIn, CCNP (Collaboration) from Cisco in October 2017, and Implementing and Operating Cisco Enterprise Network Core Technologies from Cisco in July 2020. Matt also holds certifications in CCNA (R&S) and CCNP (R&S), although the dates of obtaining these certifications are unknown.