Ryan Pigford

Continue to be a vital member of the Model, Simulation, and Analytics (MSA) Team to develop and teach others my expertise in MSA applications. This includes creating scenarios within Advanced Framework for Simulation, Integration, and Modeling (AFSIM) to have a satellite reach the target orbit for early integration studies (EIS) analytics as well as creating custom scripts with C++ to run and modify AFSIM within the command line. Systems Tool Kit (STK) was utilized to create a successful orbit trajectory scenario to replicate the launch service provider's (LSP) expected path, create a rendezvous proximity operations (RPO) scenario to demonstrate potential satellite maintenance while in orbit, and make custom reports to retrieve critical parameters for analyses with the Astrogator plugin. Aided in integration of trajectory and mission design parameters to be made of us within Model Center’s interconnected analyses and initiated foundational training for the Warp Core platform. Other knowledge bases include MATLAB, GitHub Desktop, and GitLab. Contributes to agile processes (i.e., brainstorming, backlog prioritization, retrospective) as well assists the team with overall Digital Engineering (DE) objectives.

• Prepared detailed reports summarizing research findings and recommendations for further action.
• Conducted in-depth qualitative and quantitative research to identify trends and generate insights.
• Collaborated with cross-functional teams to generate relevant insights from diverse datasets.
• Created and maintained database to store research data.

Using Advanced Framework for Simulation, Integration, and Modeling (AFSIM) and BRAWLER to support study plan objectives, construct scenarios, create and maintain input data structures and files, run/modify the model, analyze model output, prepare output for presentation, and assist in final documentation of HQ AF/A9. These efforts include various support analyses, weapon system capability analyses, current and future force structure analyses, munitions analyses, and future trade-off studies such as Analyses of Alternatives (AoAs). Working with software engineers to provide warfare assessments and effectiveness analysis, advanced concept development and design in developing ManTech’s beta model (Airbase Damage-Assessment and Resiliency Model (AD-ARM)) to support the pre-acquisition, acquisition, and sustainment of the Navy. Continue to be a vital member of the Model, Simulation, and Analytics (MSA) Team to develop and teach others my expertise in MSA applications such as Advanced Framework for Simulation, Integration, and Modeling (AFSIM), Systems Tool Kit (STK), MATLAB, GitHub Desktop, GitLab and ModelCenter. Contribute to agile processes (i.e., brainstorming, backlog prioritization, retrospective) and assist the team with overall Digital Engineering (DE) objectives.

• Implemented predictive analytics techniques that enabled proactive adjustments to business strategies based on emerging trends.
• Developed new analytical models that improved forecasting accuracy and reduced risk exposure.
• Supported budgeting processes by providing accurate forecasts and timely variance analyses.

Conducts research, analysis, interdisciplinary technical solutions while performing data analysis for customer in the US Intelligence Community. Optimizes data collection procedures and generates reports on a monthly audit. Uses advanced Microsoft Excel to create pivot tables, run Macros, and other Excel functions to successfully interpreted data to draw conclusions for data science. Solves complex problems by developing models with alternative solutions as well as applying mathematical, statistical, data science, and other quantitative techniques to a wide variety of data. Applies expertise to analyze/interpret data for possible inclusion as well as provide advice and assistance, answering questions, and recommending solutions to problems. Uses statistical techniques for hypothesis testing to validate data and investigate/conducted study on data forecast. Uses PostgreSQL language to collect, analyze, and maintain statistical models.

• Applied machine learning techniques for predictive analytics, improving organizational decision-making accuracy over time.
• Enhanced company data analysis by developing and applying advanced mathematical models.
• Created custom software tools utilizing mathematical principles for enhanced data processing capabilities within the organization.

Provided Intergraph Smart 3D structural modeling support onsite for the Production engineering and Structural drawing extraction team for Irving Shipbuilding, Inc. in Halifax, Nova Scotia in support of Artic Offshore Patrol Ships (AOPS 2). Assisted in model transition and scoping of TIR impact assessments in support of AOPS 3. Developed drawing for arrangement of Boost CT Enclosure platforms in support of USCG POLAR STAR (WAGB-10). Supported LCS Technical Instruction 2 to increase side launch RHIB from 5M to 7M. Developed 3D Structural models utilizing Ship Constructor 2014 and Engineering sketches to developed Structural Assembly drawings from the 3D Structural Models for use by Shipyard for construction. Lead Structural Designer for LCS Technical Instruction 1 Magazine Fragmentation Protection study. Responsibilities include attending weekly progress meetings with Project Management and interfacing with Structural Engineering to ensure interference free design and ease of installation. Developed Scantling drawings for Bollinger Shipyard, LLC in support of Offshore Patrol Cutter (OPC) Preliminary Design. Drawings included Main Propulsion Engine Foundations, Ship’s Service Diesel Generator Foundations and Structural Scantling Drawings. Drawings developed from engineering sketches and required interface with Engineering to ensure design is in accordance with the required Contract Data Requirements List.

• Spearheaded project team meetings with all disciplines to minimize duplication of efforts and maintain project collaboration.
• Oversaw firm project, proposal and production for proper application execution.
• Oversaw electrical designs in CAD and Revit for projects.

Responsible for coordinating the day-to-day field installation activities on the Mixed Oxide (MOX) Nuclear Project as well as help plan, direct, and execute work for all engineering disciplines in the field to support construction projects. Interface and coordinate activities with home office engineering, field construction supervision, and field subcontractors. Additionally, support Field Procurement, System Turnover, and Commissioning. Provides technical assistance to the Supervisor and Superintendent and keeps them informed on matters relating to quality and quality control. Develop design and construction quality deliverables using 3D PDS model input and Plant Design layout drawings. Initiate/Performs coordination and communications with Design Engineering to resolve technical problems and oversees the implementation of design changes. Responsible for preparing engineering drawings that detail plans and specifications used in the layout, construction, and test of Work Packages on the MOX Project. Develop and maintain a working knowledge of facility design, construction, operations, and maintenance

• Identified system performance indicators and created corrective actions to meet project goals.
• Developed comprehensive electrical plans to ensure adherence to building codes and safety regulations.
• Delivered comprehensive drawings sets including single-line diagrams, panel schedules, conduit routing plans, lighting control schematics, and grounding details.
• Mentored junior designers in industry best practices, enhancing their skills and contributing to a strong team dynamic.

Lead Analyst for the use of ArcGIS in support of analytical study objectives. Construct scenario visualizations from source information; create, maintain, and distribute geographic information system files; analyze information output; prepare output for presentation; and assist in final documentation for ACC decision. Specifically, I use ArcGIS to assess various force structure options such as aircraft numbers and capabilities and apply risk methodology and metrics to determine the risk of each option. Lead Joint Antiair Model (JAAM) Analyst for missile trajectory analysis using various realistic aircraft/weapon pairings and aircraft maneuvers to provide requested data for several classified studies e.g., High Energy Laser for Future Air Dominance (HEL-FAD). Certified ManTech trained and experience in Brawler (Linux based air-to-air engagement analytical tool) to support the engagement campaign by testing varies flight scenario/mission. Developed excel data input and output analysis spreadsheets for system performance evaluations, risk assessments for multiple core function team, in support of future force structure analysis. In addition, I have used FORTRAN and C++ to update BRAWLER code to develop addition model capability. Traveled as requested by the AF Technical Point of Contact to attend meetings, model User Group/Configuration Control Board meetings or to present analytical results to customers in support tasks.

• Instated defined analytical hierarchies to prioritize operational dependencies and interactions.
• Conducted scenario analysis to determine the potential impact of various business decisions on overall operations and profitability.
• Optimized operational processes by identifying inefficiencies and recommending strategic improvements.
• Analyzed customer behavior data to improve marketing efforts, resulting in higher conversion rates and greater customer retention levels.

Utilized AutoCAD (M.E.P-2011) to complete Industrial waste-water treatment facility engineering drawings and submittals on-site for D.E.P.’s Croton Plant in Bronx NY. Support projects requirements with 3D design within a multidiscipline environment. Conduct field investigations and verify design calculations to support the overall project as well as verify accuracy of design/engineering criteria. Checks assigned drawings supplied by vendors, clients and other discipline groups throughout the project to ensure quality designs. Generate design deliverables using policies, procedures, codes and standards. Maintain effective working relationships with field crews, contractors, vendors, outside agencies.

• Incorporated updates to drawings based on changes to designs.
• Completed extensive research on specific issues and compiled reports with findings.
• Improved project efficiency by designing electrical systems and managing technical documentation for various construction projects.
• Successfully managed multiple concurrent projects, prioritizing tasks based on deadlines and resource availability.

Assisted with CAD based Space Management projects, provide technical consultation, coordinate with contractors and other personnel and monitor all Space Management projects to assure quality and timeliness of completion. Produce GIS products as they relate to space management using AutoCAD Map 200X and/or ArcGIS Desktop applications and extensions. Function independently within established policies and procedures and seek consultation from supervisor as needed. Oversee aspects of production coordination and ensure that the final deliverable meets desired specifications.

• Presented complex geospatial information in accessible formats through effective cartographic design techniques.
• Streamlined data management processes for increased efficiency and reduced errors in GIS projects.
• Collaborated with cross-functional teams to integrate GIS data into company-wide decision-making processes.
• Supported emergency response efforts with real-time geospatial data analysis and mapping services during critical events.

Responsible for initiating and developing engineering drawings through completion for assigned projects in conformance with the requirements, applicable codes, and design criteria established by the project’s discipline engineers. Checks assigned drawings supplied by vendors, clients and other discipline groups throughout the project to ensure quality designs. Conducted field investigations as well as perform design calculations to support the overall project as well as verify accuracy of URS design/engineering criteria. Employ Microstation Version 8 to complete engineering drawings and submittals

• Spearheaded the creation of high-quality construction documents using AutoCAD and Revit software platforms.
• Delivered comprehensive drawings sets including single-line diagrams, panel schedules, conduit routing plans, lighting control schematics, and grounding details.
• Resolved complex technical issues by conducting thorough research, analysis, and collaboration with interdisciplinary teams.

Certified Shaw training in PDS (Plant Design System) Design physical layout and creation of construction documents for electrical raceways, including cable tray, hangers, conduit, and underground duct bank systems using Intergraph Microstation, Smart plant, and PDS. Operate 3D modeling software within multidiscipline environment. Establish cable tray routes and perform sizing calculations. Perform conduit sizing calculations. Review and commented on vendor drawings. Generate design deliverables using policies, procedures, codes and standards. Work with engineering on proposal development and estimates. Field walk-downs and data gathering

• Delivered comprehensive drawings sets including single-line diagrams, panel schedules, conduit routing plans, lighting control schematics, and grounding details.
• Monitored on-site installation and maintained control log to track project deliverables.
• Provided expert guidance on electrical system layouts, resulting in increased overall project quality and client satisfaction.

Develop layout and arrangement (3D) modeling for electrical equipment. Responsible for the 3D design/modeling and coordination of electrical equipment, conduit and cable tray for various facilities. Design electrical raceway routing studies as needed to verify space allocation using 3D CADD. Reviews and checks design, calculations, 3D models, drawings, and coordinates space allocation and conduit/ raceway routing with other disciplines. Review of vendor prints and have the capability to coordinate and review other discipline drawings and design.

• Incorporated updates to drawings based on changes to designs.
• Determined most effective components to complement electrical design parameters.
• Delivered high-quality designs that met client specifications through meticulous attention to detail during drafting stages.

Certified Verizon training in Intelligent Complete Graphic System/Intelligent Design and Drafting System (ICGS/IDDS) for telecom OSP records pre-posting and final posting. Employed Microstation Version 7.1 and Microstation Telco-CMA to complete engineering drawings and making changes to facility record maps and central office file drawings, rescaling existing record maps, plus associated documentation such as right of way requests, in compliance with company and client policies. Worked with Construction Management Application (CMA) for material cost at each Distribution Area (DA).

• Developed innovative design concepts for improved brand recognition and customer engagement.
• Presented creative solutions to client challenges, resulting in high levels of client satisfaction and repeat business opportunities.
• Obtained approval of concepts by submitting rough drafts to management or to client.

Design and Drafting System (ICGS/IDDS) for telecom OSP records pre-posting and final posting. Employed Microstation Version 7.1 and Microstation Telco-CMA to complete engineering drawings and making changes to facility record maps and central office file drawings, rescaling existing record maps, plus associated documentation such as right of way requests, in compliance with company and client policies. Worked with Construction Management Application (CMA) for material cost at each Distribution Area (DA). Use MapInfo for planning illustration and land base conversion.

• Developed innovative design concepts for improved brand recognition and customer engagement.
• Created detailed wireframes and mockups to communicate design ideas effectively to cross-functional teams.
• Spearheaded redesign of company newsletter, increasing subscriber engagement.

System survey of HVAC/ventilation system for compliance with National Fire protection Association (NFPA) at Walter Reed Army Medical Center (WRAMC) in Washington, DC. Formulated verbal instructions and mark-up prints to CAD Operators to generate CAD drawings. Updated WRAMC’s existing ventilation system using AutoCAD 2002.

• Maintained records for each project and engineering discipline.
• Developed detailed project plans to ensure timely completion and deliverables were met.
• Identified technical risks within managed projects.
• Managed budgets effectively for multiple projects, ensuring financial targets were met.

Assisted in most aspects of electrical and mechanical design during the recent reactivation project for the Cove Point LNG Marine Terminal in Lusby, MD. Employed Microstation Version J and AutoCAD 2002 over an extensive range of design problems. Worked under the direction of registered engineers to develop Area Classification diagrams (for definition of hazardous areas in compliance with API/RP-500 & NFPA codes), extensive experience with the National Electric Code (NEC) for installation of equipment under Class I, Division 1 and 2 environments. Performed voltage drop calculations, designed high-pressure sodium fixture mounting details, created power distribution diagrams, and designed 47 control panel enclosures for instrumentation & control purposes. Accepted rough sketches, marked-up prints, and verbal technical instructions to generate finished drawings and diagrams qualified as IFC (Issue for Construction); maintained document controls covering over 4,000 drawings and diagrams; coordinated timely arrival of finished work product. Consulted on a regular basis with technical staff (employer, customer, and third party personnel) to achieve accuracy and completeness with technical renderings. Utilized mathematics training to identify and correct errors and to suggest new approaches in numerous design situations.

• Incorporated updates to drawings based on changes to designs.
• Ensured accuracy of electrical drawings by performing detailed calculations and adhering to established codes and guidelines.

Worked in support of multiple technical disciplines using computer aided design (AutoCAD Versions 14 and 2002 and Microstation Versions 7 and 8). Participated in the Pentagon Renovation Program “Phoenix Project” which included creating “as-built” diagrams for electrical design and plumbing foundations. Also updated electrical schematics for other clients, including public schools

• Utilized AutoCAD and other software to create detailed drawings.
• Drafted and revised CAD drawings to meet client specifications.
• Interpreted drawing markups and implemented drawing revisions provided by engineers.

Updated and copied existing tool design drawings into AutoCAD file format for archiving. Measured and created "as-built" drawings for small tooling assemblies. Created safety system electrical schematics for buildings containing potentially flammable and explosive activities. Assisted project teams with designing and drafting of new projects consisting of mechanical production equipment (munitions).

• Implemented cost-saving initiatives by identifying opportunities for material reuse or recycling during manufacturing processes.
• Organized data archive of engineering specifications, drawings and specifications and maintained traceability of documents by proper filing and indexing.
• Calibrated precision instruments for accurate measurements, ensuring adherence to strict quality standards.

Worked as an Engineering Technician utilizing mechanical and computer-aided design (CAD) skills to create electronics schematics and mechanical design drawings. Performed on-site field measurements, employed CAD design in support of contractual requirements to meet AoC specifications. Manually transferred existing archived (paper) drawings into AutoCAD format.

• Sorted and organized files, spreadsheets, and reports.
• Gained hands-on experience in various software programs, increasing proficiency and expanding technical skill set.
• Participated in workshops and presentations related to projects to gain knowledge.

Worked as an Engineering Technician with multiple CAD systems. Created agency master drawing files working from existing, manually archive drawings, field measurements, and project masters. Conducted field investigations, design calculations and on-site surveys of work areas to verify accuracy of Architect of the Capital "as-built" master CAD files.

• Participated in workshops and presentations related to projects to gain knowledge.
• Contributed to a positive team environment by collaborating with fellow interns on group projects and presentations.

Assisted registered civil and electrical engineers with site surveying. Calculated positioning requirements for aircraft navigational aids. Traveled to various airports and assisted with the installation of new electronics to counter the “Y2K” bug.

• Gained valuable experience working within a specific industry, applying learned concepts directly into relevant work situations.
• Developed organizational skills through managing multiple tasks simultaneously while adhering to strict deadlines.

Facilitate CADD services around the creation, editing, management of Architectural, Engineering, Construction, Facility management and geographic information in both 2D and 3D formats. Created “as-built” drawing from field surveys and master record drawings. Provide peer training for CADD help-desk and independent quality assurance.

• Used database to research, gather, analyze and present data.
• Prepared reports by collecting, analyzing, and summarizing information.
• Enhanced the accuracy of search results with regular database maintenance, updates, and quality control measures.
• Collected data by identifying information sources and designing survey and collection methods.