Hamid R Naeimi
Hickory Creek, TX 75065
Hamid R Naeimi
Highly versatile and motivated system engineer, extensive track record of solving technical issues; Provided leadership in the incorporation of product performance improving and design changes.
Exhibited technical expertise in developing unique & creative engineering solutions, focused on cost reduction and strategic planning to meet business needs.
Utilize team work and employee empowerment to resolve issues, and data-driven root cause investigation tools.
Detail-driven and hands-on problem solver.
Excellent people skills, with experience leading and collaborating in a multi-disciplinary, diverse, and dynamic team environment.
BAE Systems (2005 – Present) Endicott, NY
Sr. Principle System Engineer / Project Engineer
Responsible for development & sustainment at the systems level for new & legacy programs:
Integrated Flight & Fire Control System, Flight Control Computers, Spoiler Control & Electronic Flap Controls, Digital Flap Controller, Cockpit Interface Panels, Flight Control Electronic Assembly Upgrade, Core Integrated Processors Control, Power Elevator Control Unit...
Analyzed requirements; wrote Design Verification Test plans and procedures, created integration and test files for validation of HW/SW system requirements and generated reports.
Responsible for Engine Control Computer and systems level development for new and existing products;
Responsible for debug and analyzing HW / SW system requirements and resolving technical issues, under budget and ahead of schedule.
Providing system support in certification & accreditation of advanced Fighter aircraft.
Demonstrated strong technical skills and leadership in debug on Flight Control Computer electronics hardware and software, including various digital and analog designs & I/O; MIL-STD-1750, Pentium, 7410 PowerPC processors…, Power Supply, Servo Drive, Display Symbol Generator, DA/AD,Serial communication bus Interfaces; MIL-STD-1553, ARINC 429, IEEE 1394 Firewire, CAN Bus, ARINC 629, 664 (AFDX) …
Responsible for planning and execution of the tests, including defining test requirements, creating a test plan,
determining the test instrumentation required to capture the required test data, holding Test Readiness
Reviews and conducting the tests. In performing these tasks, the lead test engineer must work closely with
all internal and external stake holders to coordinate the activities leading up to and including the test itself
Responsible for all phases of testing including environmental, functional and accelerated life testing (HALT).
InterDigital Communication Corp. (2001-2005) Melville, NY
Staff System Engineer
Developed Test Specification document for Frequency Division Multiple Access (FDMA) Layer1/2/3 Protocol Stack, Radio Resource Management (RRM) & Layer2/3 protocol stack for 3GPP TDD Wireless System.
Identified software requirements for OPNET simulator (C/C++ based) designed to study & evaluate the Quality of Service (QoS) and capacity of a wideband CDMA TDMA-based network.
Conducted Systems Architecture Design study of frequency domain wideband CDMA wireless Phone.
Developed Functional Interface Specification Document for a frequency domain CDMA wireless system.
Identified software requirements for Power Control feature for an end-to-end WCDMA based UMTS system and implemented power control feature for an end-to-end WCDMA based UMTS system using TTCN test script and C programming language.
Developed Test Specification documentation for paging feature, entailed details for signaling connection establishment and release feature for an end-to-end WCDMA based UMTS system.
Measured and analyzed multicast service discovery traffic in a campus wireless network and analyzed different service discovery delay models in terms of packet overhead and service discovery delay under different network sizes and motilities.
Alcatel-Lucent, Formally DSC Corporations.( 1995-2001) Plano, TX
Sr. Test and System Integration Engineer /
Responsibilities include: Testing of Competitive Long Distance Carrier (CLDC) switches and service Control Point (SCP) server for Advance Intelligent network (AIN) to utilizes the infrastructure of the existing switch-based network for Call Setup and Teardown and Remote Connectivity.
Proposed a signaling architecture for network traffic authorization, aiming to prevent denial-of-service (DoS) attacks and other forms of unauthorized traffic.
System and board-level failure analysis for hardware ( SPD, TPD, and ACCESS PWBA), development and verification of simulation models under Mentor Management system.
Development and verification of simulation models under Analogy SABER, LM-1200, LM-1400 SYNOPSYS tools and Monte Carlo Simulation
Compaq Telecom Network Solution ( 1990 – 1995) Plano, TX
Lead System Engineer
Successfully led software integration efforts involving enhancement to features like Gateway SCP, LNP GTT, and SCCP Protocol to provide signaling connectivity to the HLR, IS41 and ISUP applications on the Tandem SCP and modified Implementations of SS7 protocol stacks to improve the stability of SCP.
Responsible for all integration test development and verification activities for all variants of the signaling System # 7 (SS7) including ANSI, ITU Bluebook, Japan (J7) and china (CC7).
Updated and executed tests suites for each release which involves SS7 protocol between SCP Tandem computer and SS7 network (STP’s & SSP’s) to utilize traffic simulators between DOS / UNIX MGTS and INET Spectra.
Siemens Stromberg-Carlson Lake Mary, FL
Sr. Hardware Design Engineer (1987-1990)
Responsibilities included: Analog, digital, and mixed-signal product design from concept to mass production. hardware development, sustaining, and factory support for Digital Central Office (DCO), RLS, SLC96, LTF, SWC, Mechanized Loop Tester I (MLTI), Digital Trunk Frame (DTF).
Additional responsibility includes testing of SS7, Call setup to verify connectivity via:
DS0, 56 and 64 Kb/s, T1,T2, T3 and E1 channel bank
Performed interoperability testing between SONET, M1-3 multiplex, SONET, M1-3 multiplex and T1channel bank and Digital Cross-Connect System (DCS) and interfaces for traditional and next generation services.
Performed integration for Data Link Layer to validate wired and wireless local area networking (LAN):
Logical Link Control (LLC), Data Framing, Addressing (MAC Address), Error Detection and Handling, Remotely Troubleshoot the Stromberg-Carlson Products and assisted support field service.
MS Software Engineering, Southern Methodist University, Dallas Texas
MS Electrical Engineering, University of Central Florida, Orlando Florida
BS Electrical Engineering, State University of South Dakota, Vermillion South Dakota