Project Management Web Services

Location:

Orlando, FL

Salary:

$180-230,000

Posted:

June 19, 2024

Contact this candidate

Resume:

devsecops

Successfully lead all project management tasks for the upgraded correlator software subsystem and other related projects within the overall upgrade program

Expertly optimize resources among assigned projects, determine scheduling priorities, and otherwise coordinate project components for best overall outcome

“Leveraged Dell Boomi’s advanced mapping functions and Groovy scripting to implement a custom data transformation solution, reducing integration time by 25%.”

Connectors (Salesforce, NetSuite, HTTP, Web Services, SAP, etc.)

API Management, Web Services (REST, SOAP), XML, JSON, EDI, XSLT, JavaScript, Groovy

Attention to Detail, CSM, Cherwell Service Management (CSM), Coaching, Conflict Resolution,

Facilitation, PSM, Scrum, Servant Leadership, and Situational Awareness

Understanding development and maturation techniques for algorithms and data links.

Knowledge of sensor functionality and interface and embedded operation software

Understanding development and maturation techniques for algorithms and data links.

Knowledge of sensor functionality and interface and embedded operation software

Demonstrated experience with core program management responsibilities: risk management, scheduling, process engineering, testing, quality and product assurance principles and applications, reporting, acquisition, budgeting

Demonstrated experience managing both waterfall and agile software development projects

Knowledge of or experience with one or more of the following areas: radio telescopes; RF, microwave, or millimeter wave systems; high-speed digital electronics, electrical engineering; complex image processing; astronomical data processing

Interest in learning new radio-astronomy related technologies and science

Flexibility providing project management skills for non-software projects like hardware or civil projects

Fluid understanding of multiple programming languages, including C#, C, C++, JavaScript, HTML, and XML.

Excellent communications skills. Adept at building strong working relationships with coworkers and management.

Read & write I/O and memory, Java Heap, Memory analysis, memory leak detection using Yourkit.

Worked on Java profilers to analyze CPU and memory profiling in deadline-oriented environments. An active Secret clearance.

www.linkedin.com/in/kevin-kelly-819208a

Professional Overview

Applications Software Developer Engineer

Lockheed Martin Missiles and Fire Control Orlando, FL 01/2024-05/2024

Design of Hardware in the Loop subsystems and simulations including electrical diagrams and low-level driver and simulation interfaces.

Coordination with Integration and Test Engineering, missile performance analysis for system verification, creation and modification to Hardware In the Loop (HIL) analysis tools using Perl, Python and MATLAB, creation of Simulation Modeling Description Documents (SMDDs) or Analysis Documents (ANAs), Support to algorithms, and modeling and simulation teams.

GNC subsystems, Hardware and Software Integration, C++ embedded software development, electrical design.

experience creating models in C++ (design, coding, testing and documentation

Hardware Integration

Perl programming experience

MATLAB programming experience -

Python programming experience -

Scenarios/test cases based on requirements -

Knowledge of guidance, navigation and control subsystems in aerospace vehicles -

Experience documenting simulation environments

General Dynamics Mission Systems (DEVELOPMENT space force). Scottsdale, AZ 01/2023-05/2023

Developed and implemented a cross-channel multi-platform native solution and IP for a large database customer to transform their existing customer facing claims solution from antiquated servers to a multi- channel solution using Dev Ops for projects and major initiatives to collaborate with customers, vendors, and engineers for delivery of new technology and prototype systems. Define migration path for legacy software applications to become cloud-native, Guide migration and implementation of new cloud technologies and initiatives. Ensure performance capabilities and security of new software systems and architectures are consistent with mission requirements In my DevSecOps work for General Dynamics was to help their employees maximize business communications, information storage and security. My work was with department heads and IT staff to create and implement computer networks using AWS secure. My code provided new or improved networks already in use. The instruction manuals were provided to help employees use the network and to solve common problems that arose.

Applying a CAMEO EWR cluster to process a large dataset of data to identify trends & patterns

Implement a HiveQL query to filter large dataset of logs to identify errors.

A Spark SQL query to join two (2) large datasets thereby creating a new dataset.

Using Kubernetes, Openshift, Git, Ansible, Chef, Docker Grafana, Jenkins, Gradle, Maven, ELK, JIRA,

DevSecOps Software Developer

ACT-I FEDERAL/ F-35. (Development and maintenance/support). Arlington, VA 04/2021-01/2023

DevOps and security implemented a PUF (Physical Unclonable Functions) using nanotechnology obtaining a unique safe communications portal for diverse signals. Driving cATO Tiger Team with DevSecOps toolsets for continuous cloud operation in a secure environment. Define migration path for legacy software applications to become cloud-native, Guide migration and implementation of new cloud technologies and initiatives. Ensure performance capabilities and security of new software systems and architectures are consistent with mission requirements Cameo can depict both sequential processing and concurrent processing of activities using an activity diagram.

- ETL calculations, transitions, with changing row and column headers editing text strings.

- Assist in defining architecture requirements and establishing standards for design and development

- Consult with management and customers regarding product feasibility and viability of product plans and designs

Using Kubernetes, Openshift, Git, Ansible, Chef, Docker Grafana, Jenkins, Gradle, Maven, ELK, JIRA,

Factor emerging technologies and product supportability into design patterns for problem-solving and implementation.

- ETL load the transformed data to target data warehouse. Using periodic incremental data changes

Using Kubernetes, Openshift, Git, Ansible, Chef, Docker Grafana, Jenkins, Gradle, Maven, ELK, JIRA,

DevSecOPS Security Engineer

MSI Mission Systems Inc. (Development and maintenance/support). MCLEAN, VA 09/2020-03/2021

DevSecOPS Transformation Engineer Reston, VA

LEIDOS (Full lifecycle systems development, system design, development, maintenance/support) 07/2019-06/2020

Developed and implemented a cross-channel multi-platform native solution and IP for a large database customer to transform their existing customer facing claims solution from antiquated servers to a multi- channel solution using Dev Ops for projects and major initiatives to collaborate with customers, vendors, and engineers for delivery of new technology and prototype systems. Create and monitor project control systems, for software applications to handle massive data. An Activity Diagram is basically a flowchart (Unified Modelling Language) diagram which is used to describe the dynamic aspect of the system. the flowchart represents the flow of activities from one activity to another activity. The activities can be described as the operation of a System. The flow of control in the activity diagram is drawn from one operation to another. This flow can be sequential, branched or concurrent.

Provide software development in Agile for Elastisearch and data mining:

DEVSECOPS operations for 3 letter client . AWS, ELASTICSEARCH, JIRA, JAVA, KUBERNETES, DOCKER

Provide strategy development and solution development to support new business activities and existing client relationships

Transform staging the data is consolidated to its analytical use case with filtering, validating and authentication of data.

ETL data points to extract along with potential keys to integrate across disparate source systems.

Using Rest API with ETL and Java to transform raw data diretly to target data storage.

Knowledge of automation tools and software such as Ansible, Puppet/Chef, Terraform, CloudFormation, PowerShell.

Provide software support development in defense, intelligence and data analytics.

Digital Project Engineer

NRL Naval RESEARCH LABORATORY Washington, dc 05/2018-05/2019

Define engineering requirements for projects and major initiatives, including software and electronic components/systems for flight hardware Avionics and Weapons Systems. Lead program teams of up to eight personnel comprised of engineers, designers, drafters, and support personnel; support staffing. Collaborate with customers, vendors, and engineers for delivery of new technology and prototype systems.. Identify and capitalize on improvements as well as facilitate change management. Ensure subcontractor and vendor activities meet schedule requirements. Conduct system integration testing. Current program is RSGS Robotic Servicing of Geosynchronous Satellites.

Provide electrical/software engineering and design support for a variety of Space Systems:

oDeliver electrical engineering support for avionics equipment in intelligence, surveillance, and reconnaissance.

oServed as technical component engineering support resource for EEE electronic parts, such as microcircuits, transistors, diodes, and hybrids, as well as part selection for flight hardware and avionics hardware.

oFunctioned as an electrical/software engineering support resource for aviation test development for multiple clients and programs, including US NAVY, US Air Force, and US ARMY.

Provide software support development in defense, intelligence and data analytics.

Software Engineer Cameo Modeler Test

NAS Naval Air Station Engility. LEXINGTON PARK, MD 01/2015-05/2018

Define engineering requirements use of Wireshark is a network protocol analyzer in Linux including software and electronic components/systems for flight hardware Avionics and Weapons Systems. Lead program teams of up to eight personnel comprised of engineers, designers, drafters, and support personnel; support staffing. Use of Cameo Model to manage Requirements Engineering (RE). SysML requirements modeling constructs are to provide a bridge between traditional requirements management tools and systems models. Requirements can be imported, and depicted in graphical, tabular, matrix or tree structure format. A requirement can also appear on my other diagrams to show its relationship to other modeling elements’ deriving, satisfying, verifying or requirements. Integration with Cameo. DataHub enables automatic synchronization and traceability to requirements in Rational DOORS, Rational® RequisitePro and Microsoft Excel® (via CSV). In addition to coverage and gap analysis, to perform engineering analysis and check requirements compliance. Streamlined and Simplified Features: Cameo Systems Modeler Key Benefits Include: s/NEPRODUCT Conduct system integration testing. Conceptualized and implemented various IP Solutions / Products with niche business value proposition and a very high ROI. Provided weekly in-depth analytical reporting to various Project Managers

Provide electrical/software engineering and design support for a variety of Avionics and Weapons Systems:

oDeliver electrical engineering support for avionics equipment in intelligence, surveillance, and reconnaissance.

oFunctioned as an electrical/software engineering support resource for aviation test development for multiple clients and programs, including US NAVY, US Air Force, and US ARMY.

Provide software support development in defense, intelligence and data analytics.

Electrical Development Engineer

EXELIS GEOSPATIAL INC. 10/2013-03/2014

Define engineering requirements for projects and major initiatives, including electronic components/systems for flight hardware in satellites systems. Contribute to project teams of up to eight personnel comprised of engineers, designers, drafters, and support personnel; include staffing and performance reviews. Partner with customers, vendors, and engineers for delivery of new technology and prototype systems. Create and monitor project control systems, including budgets, indexes, bills of materials, material cost estimates, and lists. Provided weekly in-depth analytical reporting to various Project Managers

Identify and capitalize on improvements as well as facilitate change management. Ensure subcontractor and vendor activities meet schedule requirements.

Provide electrical/software engineering and design support for a variety of programs and projects:

Coordinate with various NASA divisions, including HQ, JPL, GSFC, and JSC.

Electrical Systems Engineer

Naval Surface Warfare Center – Crane, IN Science Applications International Corporation (SAIC) 10/2008-05/0213

Conceptualized and implemented various IP Solutions / Products with niche business value proposition and a very high ROI. Lead project teams of up to eight personnel comprised of engineers, designers, drafters, and support personnel; handle staffing and performance reviews. Partner with customers, vendors, and engineers for delivery of new technology and prototype systems. Create and monitor project control systems, including budgets, indexes, bills of materials, material cost estimates, and lists. Identify and capitalize on improvements as well as facilitate change management. Provided weekly in-depth analytical reporting to various Project Managers Conduct system integration testing.

Held key role in developing solutions and improvements for the AAVP7A1 Personnel Carrier supporting weapon systems:

oParticipated in all phases of mobile systems development on requirements to enhance situational awareness capabilities.

oIntroduced new electronics, including GPS, monitor display, and switches for human interface design, including camera systems.

Developed power system to support weapon stations for USMC and the US Air Force.

Performed electrical and physical failure analysis as part of product reliability and improvement efforts for JIEDDO DED.

Contributed recommendations for design engineering, process engineering, and packaging engineering on selection, manufacturing, application, and testing of electronic components and systems.

Provided engineering improvements for field use and built solutions for a variety of areas ranging from optics to lighting.

Handled engineering aspects for development/commercialization of devices with Solid Edge and STRATSYS FDM.

Software Engineer

Northrop Grumman, Los Angeles, CA 02/2006-08/2008

Held role in end-to-end embedded real-time software design and development for delivery of new total system solutions in support of the Joint Mission Planning System (JMPS). Provided system integration, verification, validation, cost/risk management, and supportability and effectiveness analyses. Performed configuration control, defect tracking, and requirements gathering using Clear Case, Clear Quest, and DOORs. Delivered client application programming support for the RMS engineering information system, including database modification and maintenance. Provided weekly in-depth analytical reporting to various Project Managers

Produced test programs to provide metrics on failure rates for the JMPS for U.S. Navy and U.S. Air Force for flight integration.

Delivered hundreds of thousands of dollars in savings by preparing new scenarios based on client requirements.

Appointed as sole engineer for development and delivery of the program’s first reliability software report;

Project Manager

Sypris Test (Precision Test Solutions) Orlando, Florida 03/1999-10/2005

Developed and Implemented Digital Factory and Innovation workshops for one of the large NASA/JPL and the transformation comprised of re-building omni-channel retail banking and enterprise application through custom frameworks and responsive / adaptive designs. Leading to an approx. 6 Billion USD program. Mars robots Spirit and Opportunity that resulted in Innovation prototypes being built into products through a revitalized specifications incorporating NASA specifications and Digital factory. This was a more than 2-million-dollar transformation deal for transformation of customer and employee facing applications Execution of a Transformational program for this to implement a multi- site application with various Analytics built into the same by leveraging several of our Key Partners. Review of parts lists, selection of screens from MIL-STD-883 and 750 to assure reliability to meet mission success. Supported NASA and USAF programs assuring screening to meet requirements, periodic status of project, cost goals are met, etc. Supported most US and European aerospace contractors. Worked closely with NASA/HQ, NASA/JPL, NASA/GSFC, NASA/JSC. Conducted reliability study of PEMs for NASA NEPAG. Review and acceptance of destructive physical analysis reports on flight hardware. JEDEC/G12 attendance, subcontractor technical oversite, vendor technical oversite, etc. Maintained accurate product material costs estimates to meet accurate project plans ensuring customer relationships and satisfaction. Provided weekly in depth analytical reporting to various Project Managers

Major Contributions:

NASA JPL; EUROPA X2000 MISSION TO JUPITER:

Verified testing parameters for Resistor packs and experienced failure found out by testing. Meeting with project Component Engineer and Program Manager the resistor packs are procured for commercial purposes. The resistor packs are re-classified for non-flight. Verified testing parameters that the thermal stability is missing on an SCD, these were never screened. This is instrumental in assuring saving

this program.

NASA JPL; MARS ROVERS SPIRIT AND OPPORTUNITY:

Experienced in technical component engineering support activities of EEE electronic parts (microcircuits, transistors, diodes, and hybrids) in part selection for spaceflight hardware and avionics hardware. Review of parts lists, selection of screens from MIL-STD-883 and 750 to assure reliability to meet mission success. EEE electronic parts have complete testing of plastic encapsulated parts for long space requirements.

Conducted reliability study of PEM’s for NASA NEPAG.

Review and acceptance of destructive physical analysis reports on flight hardware. JEDEC/G12 attendance, subcontractor technical oversight, vendor technical oversight, etc. Ensured compliance with all space policies and procedures. Responsible for contract requirements flow-down, ensuring contract requirements are known and communicated to assure compliance.

Education: Master of Science – Software University Maryland University College (In Progress)

Master of Science – Tactical Management Indiana Wesleyan University (Incomplete)

Bachelor of Science – Computer Science/Mathematics Kean University

Hold Active Secret Security Clearance

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