Unbeatable Resumes (32 page)

Supervise the administration of company LAN/WAN and enterprise servers.

Lead the development team, primary designer, and developer. Key technologies involve:

- ASP.Net, VB.Net, C#, C++/C, MFC, ATL, .NET Framework, Windows 2000/XP

- Multitasking (multiple applications), multithreading, true event-driven model

- Multilayer program structure, real-time data sampling/control engine, built-in script engine, data logging engine, on-line data monitor/graph/control, script editor, hardware calibration, off-line data analysis, and management

- DCOM/COM, ActiveX

- High-performance, highly scalable server/client model, support protocols TCP/IP (WinSock) and Named Pipe, based on Completion Port

- Device communication: kernel device driver (parallel I/O, USB), RS232, TCP/IP

- Relational database: MS SQL,OLEDB, DAO, ADO.NET

- Advanced GUI (data grid, data graph, tabbed windows, tree, list, embedded Web control, real-time update with UI thread, etc.)

- Interlop between managed code and unmanaged code, mixed managed/unmanaged code with Visual C++ Managed Extension

- HTML help system, built-in diagnoses system, event log, InstallShield, VSS, etc.

Senior Systems Engineer II, 2008–2009

Created test-case documents following CMMI level 5 processes and below.

Responsibilities included forecasting, managing contractual budgets, and schedules.

Directed communication with government personnel pertaining to project design, project schedule, and project budget.

Managed and supported ROM, bid preparation, requirements generation, development support, and integration efforts.

Developed hardware and software requirements allocations and performed traceability to design requirements specifications and software requirements' specifications from these requirement allocations.

Responsible for taking requirements from the system level to the lower level design and develop software and hardware requirements.

Responsible for generating ground test procedures and flight test procedures.

Responsible for taking requirements from a system-level prime-item performance specification to a Critical Item Development Specification (CIDS) level and producing corresponding hardware and software requirements allocations from the CIDS level.

Responsibilities required strong written and oral communication skills to prepare and present briefings for customer/executive management, and communications between engineering functional skills.

Utilization of tools including DOORS, UML, EEST, EST, Interchange, PRET, AR Database to track requirements.