Ayman Kaddour, B.Eng., P.Eng., M.Eng., Pmp® Email & Phone Number

Canada

Riyadh

-Roll Out and Implementation activities of LTE/3G/2G Network-Monitor scope, implement change control process and handle change management, ensure customer acceptance for the system or service.-Planning and managing resources within the project and organize and lead the team project teams.-Responsible to establish Network Implementation (NI) service delivery in accordance with Huawei processes/practices.

Ksa

Provided decisive leadership and direction for Commercial Support operations for all business units.Expertly coordinating new service introduction, business case modelling and product/service development. Maximised business and sales productivity through implementation of continuous process improvements.

Directed multiple large-scale initiatives encompassing installation and commissioning of 4G system (Core +RAN) . Devised and instituted quality procedures and manual for all projects. Prepared and tendered project proposals. Forged productive relationships with clients and vendors. Generated monthly and weekly project reports. Monitored and maintained compliance with safety, quality, and engineering specifications. Established and enforced KPIs.

•Planned and directed integration of 3G/UMTS, WiMAX network with CISCO IP-MPLS and Lucent/Huawei trasmission network.•Developed project plans, scope, and Statements of Work (SOW); create Work Breakdown Structures (WBS); and defined resource, communication, and risk management plans.•Proposed and spearheaded company’s 1st deployment of groundbreaking WiMAX network technology, providing broadband service to business customers. Captured 1000 business subscribers within 1st year, generating… Show more •Planned and directed integration of 3G/UMTS, WiMAX network with CISCO IP-MPLS and Lucent/Huawei trasmission network.•Developed project plans, scope, and Statements of Work (SOW); create Work Breakdown Structures (WBS); and defined resource, communication, and risk management plans.•Proposed and spearheaded company’s 1st deployment of groundbreaking WiMAX network technology, providing broadband service to business customers. Captured 1000 business subscribers within 1st year, generating $6.4 million revenue.•Pioneered and instituted optimisation methodologies to enhance existing WiMAX Network which was a new technology at that time.•Drove significant cost reductions by introducing IP Microwave system as backhaul technology for IP-based platform.•Managed commissioning of DWDM Networks and employed the latest ITU-R, ITU-T and ETSI recommendations. •Oversaw design and deployment of 16 LMDS systems and 240+ DMW links.•Consistently achieved implementation deliverables, effectively negotiating through technical challenges and often disparate priorities of large and diverse stakeholder communities. Show less

Montreal, Canada Area

Advanced Engineering Department •Orchestrated successful design, simulation and implementation of Digital O-QPSK, 16-QAM and 64-QAM burst Receiver for Point-to-Multipoint (3.5, 2.6 and 10.5GHz) Radio for Fixed Wireless Telecommunication Access Systems.•Implemented frequency estimation techniques for P-MP Systems, fast timing correction for clock-synchronization, and full digital Costas-Loop for tracking mode. •Introduced nonlinear computer-aided modelling and simulation of… Show more Advanced Engineering Department •Orchestrated successful design, simulation and implementation of Digital O-QPSK, 16-QAM and 64-QAM burst Receiver for Point-to-Multipoint (3.5, 2.6 and 10.5GHz) Radio for Fixed Wireless Telecommunication Access Systems.•Implemented frequency estimation techniques for P-MP Systems, fast timing correction for clock-synchronization, and full digital Costas-Loop for tracking mode. •Introduced nonlinear computer-aided modelling and simulation of RF/microwave circuits and systems based on fast Fourier transform and Hilbert transform. Show less

Montreal, Canada Area

Communication and VLSI research lab. •Carried out digitalization of control loops of TCM 32QAM (Trellis-Coded Modulation) Point-to-Point Radio (Automatic Gain Control: AGC, Carrier Recovery, Timing Recovery, Offset Correction, etc.).•Executed design, simulation and implementation of a digital and fully programmable Transmitter ( QPSK, 16-QAM, 32-QAM, 64-QAM and 128 QAM ) with a variable bit rate for Point-to-Point Telecommunication Systems. Included convolutional coding… Show more Communication and VLSI research lab. •Carried out digitalization of control loops of TCM 32QAM (Trellis-Coded Modulation) Point-to-Point Radio (Automatic Gain Control: AGC, Carrier Recovery, Timing Recovery, Offset Correction, etc.).•Executed design, simulation and implementation of a digital and fully programmable Transmitter ( QPSK, 16-QAM, 32-QAM, 64-QAM and 128 QAM ) with a variable bit rate for Point-to-Point Telecommunication Systems. Included convolutional coding, convolutional interleaving, mapper, matched filter, interpolator, modulator, and anti-aliasing filter. Show less

Graduate Diploma In Technical Projects Management, Business Administration And Management, General

B.Eng & M.Eng, Digital Communication

Beng., Electronics & Communications