Haseeb Akhtar Email & Phone Number

Garland, Tx, Us

Plano, Texas, United States

Responsible for defining MANA's (Market Area North America) mid and long-term network strategy vision. Develop long-term next generation network technology position by driving common network architecture. Encapsulate, drive and follow wireless standards, market/technology trends, and the competitive landscape to define and align MANA's long term strategy. Influence public forums towards Ericsson’s mid and long term network vision.

Plano, Texas, Usa

Responsible for end-to-end architecture related to Telecommunications technology.

Plano, Texas, United States

Develop end-to-end architecture for Multimedia, IMS, and Wireless solutions.

Richardson, Texas, United States

Developed end-to-end solution architecture for delivering applications and services - such as VoIP, PTx, Web2.0 and Telephony; CED (Consumer Electronic Device) and Telephony; DPI (Deep Packet Inspection) etc.- across both wireless and wireline carrier networks.

Richardson, Texas, United States

Developed the end-to-end system level requirements for packet based wireless protocols and applications. This task included influencing Nortel’s POI/POR (Plan of Intent / Plan of Record) by engaging key customers (Verizon, Sprint, Nextel etc.), driving requirements across major partners (Qualcomm, Airvana, Sonim etc.), analyzing current business conditions, participating in the wireless standard organizations (3GPP, 3GPP2, IEEE, IETF, OMA/PoC etc.), evaluating the market trends, and staying within the overall systems architectural parameters.

Dallas, Texas, United States

Performed the role of an SME (Subject Matter Expert) in the area of IP based protocols and applications, next generation (2G-3G) wireless networks, and software process development.

Dallas, Texas, United States

Completed the architectural design of an IP based Radio Access Network (RAN) for the next generation of CDMA networks (1XEVDO/DV). Identified the major technical issues (such as macro-diversity, synchronization, TCP optimization, paging etc.) that arise while transferring circuit-based networks to packet-based networks. Provided packet-based solutions to those technical problems without compromising the quality of existing voice services and at the same time, allowing a higher bandwidth data services.

Richardson, Texas, United States

As Chief Architect of Nortel’s IP Mobility (IPM) initiative, directed the overall architecture of IPM solution. Ensured that the IPM solution stays ahead of the curve in terms of innovation and leadership by investing and managing resources in appropriate technologies. Developed and identified the appropriate business opportunities created by innovative technologies. Provided consultations to Nortel’s major customers for designing IP based mobility solutions that included both Nortel’s as well as outside components. Published several technical white papers addressing (and solving) the major concerns brought about by Nortel’s key customers

Richardson, Texas, United States

Managed the ownership of the architecture framework and its proper implementation. Led a team of software engineers (while actively participating in every design activity including coding) that implemented Diameter based AAA protocol using C++. Co-authored couple of key IETF drafts on the Diameter protocol (included in RFC 3588).

Richardson, Texas, United States

As Manager of technology evaluation, single-handedly established a group for evaluating emerging technologies to be placed into Nortel’s own enterprise network. Worked closely with Enterprise Technology lab to evaluate Telephony over IP solutions.

Richardson, Texas, United States

Performed system level analysis of transport and ATM network planning for carrier market. Developed and presented various modeling results to Nortel's key customers (ACI, Worldcom etc.) for introducing new services such as Voice over ATM, VPN and 1+ Message Delivery on to their networks.

Richardson, Texas, United States

Designed and implemented the data services (service options 4, 5, 12, 13) CALL Processing (CALLP) portion of the CDMA Application Unit (CAU). The tasks included interfacing with Base Station Controller (BSC) to decode the messages sent by the MS (Mobile Station) and then implementing the call processing function at the MSC (Mobile Switching Center).Led the design team for writing the Requirement Specification of an Inter Working Function (IWF) for the Wireless Data Service.Performed a high level design to implement the TCP/IP stack for the CDMA based Wireless Data Service. Designed and coded the Network layer of Nortel’s Cellular Digital Packet Data (CDPD) solution using MNLP (Mobile Network Location Protocol) and MNRP (Mobile Network Registration Protocol).

Richardson, Texas, United States

Performed system and function design for a real time, object-oriented interface of a Connection Service that handles the physical switching resources of POTS, ISDN and PCS platforms of the AXE. Designed and coded the brain block of the Connection Service that drives the overall switching of the AXE. Led the design and the execution of basic testing of all the related blocks with the Emulator (a tool that simulates the AXE on the workstation).

Richardson, Texas, United States

Worked as a system Test Engineer/Leader on customer site. Performed all functional tests on the traffic cases, special features and hardware components. Verified and corrected, if necessary, the AXE interfaces with the MDF, DSX and T1 trunk lines. Prepared and executed, along with the customer, the final tests to ensure the completeness of various AXE (class V, SCP/STP, international gateway and tandem) switching systems.

Ms, Telecommunication Engineering

Bs, Electrical Engineering