SUMMARY

• Self - motivated, and astute Engineer with 6+ years of experience whose background includes working on various multidisciplinary projects.
• Experienced at developing CONOPS, and using MBSE tools to capture, maintain, and visualize model data to communicate system requirements.
• Possess excellent written and verbal communication, leadership, team management, and inter-personal skills needed to work across discipline and functional teams.

TECHNICAL SKILLS

• Vitech CORE | Sparx Enterprise Architect | Systems Tool Kit (STK) | Solidworks | AutoCAD Inventor | Sketchup | MATLAB | Python | SQL | Simulink | Labview | ANSYS | PSpice |MS Office | Excel | Visio | SharePoint | VMware | WebEx | Skype Business | JIRA

PROFESSIONAL EXPERIENCE

ENGINEER

Confidential

Responsibilities:

• Understand requirements; design, and model virtual datacenter using enterprise iTRACS DCIM tool for global clients.
• Lead the power requirement discussion and design, build reports to help monitor and reduce the operational cost for DC.
• Lead the development of QA/UAT test case documents to ensure quality delivery of the project on fast-paced schedules.
• Assist in the development of POC, standards, training and operational documents for internal and external stakeholders.
• Collaborate and submit enhancement requests to the product development team from the field experience gained working and training with clients to help improve the product and end-user experience.

SENIOR ENGINEER SPECIALIST

Confidential

Responsibilities:

• Utilized model-based systems engineering using CORE for requirements development, functional and physical architecture, Trade Studies, CONOPS, and risk assessment, to produce baseline architecture ( A-Spec) for Confidential .
• Perform trade studies and engineering analysis of current technology to be integrated within Confidential system.
• Researched control and safety standards and developed requirements for uninterrupted operation of Confidential system.
• Assisted the team with 3d model of capsule, tube, and propulsion system for Confidential using AutoCAD Inventor.
• Assisted the team to perform aerodynamic analysis of the capsule within tube to reduce/eliminate drag using ANSYS.

CYBERSECURITY RESEARCH INTERN

Confidential

Responsibilities:

• Developed command line tool to address privacy concerns of people using social media (Facebook, Foursquare).
• Applied project planning, scheduling, and control tools and techniques to evaluate challenges that occur during successful system delivery in light of the project management trifecta of constraints (performance, cost, and schedule) and risk .
• Developed a System Sustainment Plan (SSP) to support the Unmanned Air Systems (UAS) in this case, AAPHIS.
• Identified and utilized principles in the software engineering process to optimize development of Internet Auction Site.
• Applied Software Engineering Development Process; Requirements, Modeling, Architecture, Design, Test and Evolution, in the design and development of Internet Auction site.

ENGINEER

Confidential

Responsibilities:

• Proposed system level conceptual design/architecture of small satellites to be utilized for global remote sensing.
• Developed System Requirements Document (SRD) with proposed verification methodology.
• Used Systems (/Satellite) Tool Kit (STK) for constellation configuration analysis and developing CONOPS .
• Performed trades, analysis, modeling and simulation (M&S) to define the operational needs for the satellites.
• Developed and maintained Integrated System Design Tool (ISDT) to perform iterative analysis.

ENGINEER

Confidential

Responsibilities:

• Develop/define the System of Systems (SoS) based architecture comprising of UAVs, Small Scale Satellites, and High- Altitude Balloons to connect and provide Internet service to 6 billion population of the world.
• Defined high-level mission needs and requirements in developing the system boundary to address the stakeholder needs.
• Applied Failure Modes and Analysis (FMEA), and Fault Tree Analysis (FTA) techniques to analyze system performance, reliability and risk.
• Assessed risk to the system and determined the probability of occurrence and quantified consequence of failure in accordance with a Risk Management Plan ( RMP ).
• Identified key measure of effectiveness (MOE) and measure of performance (MOP) and utilized Shortest Path Analysis (SPA), and Decision Tree Analysis (DTA) techniques to evaluate the system mission and functional performance.
• Developed Test & Evaluation Plan (TEP) identifying majoring testing events to be conducted before integrating each system into system of systems (SoS) environment.
• Developed 15-year Acquisition & Deployment Plan (ADP) to integrate each individual system’s into SoS environment. TEST AND EVALUATION (T&E) ENGINEER
• Prepared a robust test and evaluation ( T&E ) plan for a Truck Locator System.
• Designed System Integration Lab (SIL) and identified tools for testing different subsystems within the system.

AERONAUTICAL ENGINEER

Confidential

Responsibilities:

• Optimized 250 passenger mixed class aircraft using MATLAB per requirement following FAAs FAR regulations.
• Designed a 3D model of an aircraft; fuselage, structural wings, landing gear, propulsion system, and interior consisting three class system (economy, business and first) seats, galley area, etc. applying proper GD&T using Solidworks .
• Assisted team in writing the optimization code required sizing the aircraft following FAA rules and regulations.
• Assisted team in sizing a theoretical model of open-rotor propulsion system i.e. derivative of GE unducted fan engine.
• Designed and simulated a fully functional two-cylinder fox 60 R/C airplane engine using Solidworks.
• Applied reverse engineering to measure a small-scale model of the engine, and build the 3D model of the engine.