Driving the overall relationship between the Dell Telecom Systems Business (TSB) and strategic Infrastructure Hardware (HW) partners. Building joint value for the partners, Dell Technologies, and our Telcom customers.

Responsible for product marketing activities around Telecom Hardware Infrastructure.

Responsibility for the Nokia AirFrame Data Center Portfolio in North and Latin America, with a new focus on Edge Cloud Architectures and Deployments. Activities involve the defining of product requirements, introduction of Nokia's Data Center offerings and working with the Regional Customer Teams to develop sales opportunities.

Responsibility for the Nokia AirFrame Data Center Portfolio in North and Latin America. Activities involve the defining of product requirements, introduction of Nokia's Data Center offerings and working with the Regional Customer Teams to develop sales opportunities.

Responsible for Nokia AirFrame Data Center Portfolio and Telco Clould Infrastructure Sales in North America. Activities involve the introduction of Nokia's new product line and developing customer sales opportunities. Work with Business Units within Nokia to bundle AirFrame with Telco Cloud opportunities.

Technical Sales Engineer supporting business needs for Customer Accounts with regards to Data Center Products, Enhanced Packet Core architecture and forward-looking technologies. Pre-sales activities, customer meetings and presentations, RFI/RFP support, translating customer technology needs into technical requirements and concrete business proposals. Responsible for account team’s sales/marketing activities; building strong customer relationships with customer CTO/technical and marketing organizations.

Architectural Lead for the U.S. based 3G/4G Packet Core Development and Customer Engagement Team. Customer engagements include support for mainly MME and SGSN for top wireless operators in the U.S. Included regular face-to-face meetings with the customer to present new feature development and program status.Led a team of engineers in the implementation of MPLS OAM/QoS features and integrating 40G ATCA Switching and MultiCore Blades into NSN's Enhanced Packet Core (EPC) Products.Led the Longevity Team for an LTE RAN Network Element Manager. Responsibilities include: planning longevity runs, coordinating team activities in a multi-national environment, driving found issue to closure and regularly reporting status to Senior Leadership.Chief Architect for the "former" Motorola Solutions 4G LTE-MME Wireless Broadband Controller. Led the "former" Motorola Solutions LTE MME effort for Commercial Deployments, Customer Focused Feature Planning, Customer Trials and Inter-Vendor Integration efforts.Engaged in the definition, analysis and specification of innovative LTE Small Cell and Local IP Offload architectures to be deployed as in hotspot underlay solutions. Specifying aspects the IP Transport Architecture and Platform Hardware for the Small Cell initiative.

subProject lead for EDGE, under the Telco Project.Wiki: https://www.opencompute.org/wiki/Telcos/EDGE

Chief Architect for Motorola's 4G LTE-MME Wireless Broadband Controller.Leading the Motorola LTE MME effort for Commercial Deployments, Customer Trials and Inter-Vendor Integration efforts.Engaged in the definition, analysis and specification of innovative LTE Small Cell and Local IP Offload architectures to be deployed as in hotspot underlay solutions.

Leading the Motorola LTE MME effort for Commercial Deployments, major Customer Trials and Inter-Vendor Integration efforts.Systems Engineer responsible for the creation of the Transport Architecture for the LTE MME Platform. Participating member on the LTE Platform Selection and Development Teams. Perfomed Vendor Hardware analysis and selection.Transport Technical and Development Lead for LTE MME Platform. Managing the activities of the Transport Development Team, in both the U.S. and India, in the creation of a redundant/HA transport architecture based on an ATCA Platform.Technical and installation support for multiple trade shows, including Mobile World Congress and the Shanghai Expo.

Systems Engineer and Developer responsible for the Transport Architecture of a Base Station Controller for a CDMA EV-DO Revision A Platform (IP-BSC-DO). Platform is ATCA-based (PICMG 3.0/3.1), using Montavista Linux and HAP/GoAhead High Availability Middleware. Responsible for creating the Early Prototype, Requirements Development, contributed to the System Controller portion of OO Design and led the Transport Development Team. Contributed heavily to the Platform Architecture and development/configuration of the System Operating System/Platform. Interfaced with a the 3rd Party Vendor responsible for porting the Call Processing Applications to this Platform. Involved travel to Japan and India on multiple occasions.Participated in the design of a new SONET OC-3 Interface Card for a CDMA Voice Transcoder System. Responsibilities include technical liaison to the Indian contractor, Statement of Work, Top Level Design and creation of the Low Level Board Support Package.

Participated in the design of a SONET OC-3 Interface Card for a CDMA Voice Transcoder System. A Bangalore India-based contractor designed this card in cooperation with Motorola. Responsibilities include technical liaison to the Indian contractor, Statement of Work, Top Level Design and creation of the Low Level Board Support Package.Transport Architect and Developer for a Next Generation Switched Gigabit Ethernet, IP-based 3G CDMA Wireless Infrastructure Project (SDU, VPU, SVU). Involves Architecting and Implementation in the areas of Network Layout, Routing, Redundancy and QoS. Required knowledge of IP-based Network Protocols: TCP, UDP, SCTP, ICMP, BOOTP, DHCP, TFTP, HSRP, PIM, RIP, OSPF and STP.Worked to define Motorola's next generation Call Processing Board. Based on the MPC7410 and MSC8101 processors utilizing 24/2 Ethernet Switch. Involved with Functional Specification , Component Evaluation and Firmware Development. Also involved in Low Level Debug of Prototype Boards.

Developed Embedded Applications for a Coded Division Multiple Access (CDMA) distributed Centralized Base Station Controller. Served as the Embedded Software Architect and Developer for a multi-processor (MC68040/MPC860) CDMA Call Processing Controller Board. Involved in all aspects of development including Function Specifications, Customer Product Reviews, Schematic Reviews, Board Level Debug, Firmware Development (Coding in C Language), Test, Factory/Manufacturing Support and Onsite Customer Support (including international travel) for the Initial Release. Served four year on the Planning Committee for the Motorola Annual Software Engineering Symposium.

Involved the Design and Development of Two-way Voice and Data Paging Infrastructure. Participated in the System Requirements, Hardware and Software Specifications, Board Level Debug, Embedded Development, Configuration Management, Systems Testing, Customer Site Installation and Post-Release Customer Support. Coding performed using C and Assembly. Embedded Development on a Motorola 68360 Platform using pSOS+. Managed a Host Software Development Group.

Developed Embedded Applications for Two-Way Radios. Coded in C and Assembly for an MC68HC11 Target. Application Development and Debugging performed using Pentica Emulators. Worked closely with customers to resolve radio and system issues

Performed Systems Test and Weapons Integration for the F/A-18 Hornet Military Aircraft. Wrote Test Scripts and Utilities for Configuration Management. Secret Clearance.

College Internship at GE Plastics, in Mount Vernon, Indiana.Wrote and maintained material inventory tracking and report generation applications.