Artel Video Systems Names David Dolch as Key Accounts Manager
Artel Video Systems, a provider of real-time multimedia delivery solutions, has appointed David Dolch as Key Accounts Manager. Dolch brings to the role more than 20 years of experience in the development of video and data network systems, process engineering, project management, and workflow management across multifunction organizations in support of mission-critical business objectives.
“Dave’s strong network engineering and operations foundation in telco, video, and data communications systems will be essential to Artel’s growth,” says Mike Rizzo, President and CEO, Artel Video Systems. “In this newly created position, Dave’s experience in developing agile networks and operational processes will play a powerful role in supporting end users’ technological and organizational changes building on our existing relationships, as well as growing Artel’s clientele.”
Prior to joining Artel, Dolch was at Verizon, where he served as Senior Manager, Network Engineering and Operations, responsible for network diversity, network synchronization and timing, microwave transmission, and broadcast video engineering.
Earlier in his career, Dolch held other senior engineering, management, and team leadership roles at Verizon in which he was responsible for network engineering process improvement and systems support, network proactive maintenance programs, data center support, network product selection, outside plant construction process improvement, subsurface construction management, and network field maintenance and repair management.
“Artel’s commitment to developing resilient and cost-efficient solutions and to offering top-notch customer care and technology training creates a unique opportunity for broadcast and enterprise network organizations,” Dolch says. “I look forward to leveraging Artel’s core telco-and business-grade media technologies to help organizations improve end-to-end workflow performance, integrate innovative new media delivery solutions, and increase service reliability across mission-critical networks.”