Kalpan Naik
About Kalpan Naik
Kalpan Naik is the Director of Engineering at 3CLogic, where he has worked since 2020. He has extensive experience in telecom engineering, having held various roles at companies like TeleDNA Communications and Panamax Infotech, and possesses a strong background in VoIP and next-generation LTE communication networks.
Current Role at 3CLogic
Kalpan Naik serves as the Director of Engineering at 3CLogic, a position he has held since 2020. In this role, he oversees engineering operations and contributes to the development of innovative solutions within the organization. His leadership is focused on enhancing product performance and ensuring the successful delivery of engineering projects.
Previous Experience at TeleDNA Communications
Before joining 3CLogic, Kalpan Naik worked at TeleDNA Communications Pvt Ltd as an Engineering Manager for six months in 2018. His responsibilities included managing engineering teams and driving project initiatives in Bengaluru, Karnataka, India.
Career at Panamax Infotech
Kalpan Naik has a significant history with Panamax Infotech, where he held multiple roles from 2007 to 2018. He started as a VoIP Engineer, progressed to Software Architect, and later served as Sr. Software Architect and Sr. Product Architect. His work involved developing telecom OSS/BSS applications and VoIP solutions, contributing to the company's technological advancements.
Educational Background
Kalpan Naik earned a Bachelor of Engineering (BE) degree in Information Technology from Nirma University, where he studied from 1999 to 2002. His educational foundation has equipped him with the technical skills necessary for his roles in engineering and product development.
Published Works and Expertise
Kalpan Naik has published works focusing on improving server performance and enhancing recovery processes from network failures in VoIP-based product deployments. He possesses extensive domain knowledge in IP-Multimedia Subsystem (IMS) networks and has experience in designing solutions for complex issues in SIP/H.323 based networks.