Aaron Isaacs Email & Phone Number

Washington, DC, US

• TECHNICAL PROJECT MANAGER
• Leading a digital engineering project to understand what it takes to build a digital representation of an autonomous platform.STAKEHOLDER ENGAGEMENT LEADSuccessfully advocated for flagship customer
• Built key cross-SYSCOM relationships and established cadence with all project customers and users, resulting in $1.5M+ in new work estimates towards integration of a Naval autonomous test and evaluation.
• Initiated regular system demonstrations leading to increased adoption, influential supporters, and support for the project de-risking schedule and cost-growth.
• Drove peer-to-peer info flow enabling gap and impact analysis that prevented rework and misunderstanding of end-user needs.Identified, elicited, and validated all stakeholder needs against autonomy modeling &.
• Utilized MBSE tool to efficiently track and manage all stakeholder information, driving successful reconciliation of project schedule changes and generation of collaboration-enhancing viewpoints.

Washington, DC, US

• MODEL-BASED SYSTEMS ENGINEERING LEAD
• Assembled and implemented an integrated system model using Model-Based System Engineering (MBSE) for an autonomous test and evaluation capability transforming a cross-functional software development team from.
• Exercised mentorship, servant leadership, and championed application of the Digital Engineering Strategy (DES).SYSTEMS MODELER
• Co-led development of a model-based project management plan in alignment with NAVSEA HQ, Program Executive Office Integrated Warfare Systems (PEO IWS) Systems Engineering Technical Review (SETR) manual, NSWCDD Program.
• Briefed Digital Engineering Strategy Workforce Development Plan captured in model-based tool to head of Readiness and Training Systems Department.
• Spearheaded design of an innovative paperless model-based project execution prototype review presented to warfare center Technical Director, and numerous Senior Science and Technology Managers during technical.

• I immersed myself in additive manufacturing (AM)-relevant courses, design projects, and university R&D opportunities. I supplemented my deep technical military and field engineering expertise with relevant coursework.
• Research assistant at Engineering Design Research Laboratory; published "3D Printing Technologies to Reduce the Cost of Filament Fused Fabrication" ($10,000: 10/15-05/16).
• Team lead; our low cost, non contact dimensional sensor achieved +/- 0.1 precision.
• Idea Pitch competitor: “Machine Vision-3D Printing” and “3D Printing Medical Devices.”
• Capstone: Built 10 hp vehicle chassis dyno; led machining & funding effort-raised $1500.
• Conducted thermal optimization study of porous structure; correlated experiment to FEA model—results published in Walmart U.S. Manufacturing Innovation Fund.

• FIELD LIAISON: Interfaced with multi-disciplinary engineering teams and remote sites. Facilitated test and lab support outcomes, process improvement initiatives, and identified trends to reduce impact to our.
• Conceived and authored ‘tribal knowledge’ wiki-repository for remote site accessibility; procedural steps aided the reduction of customer equipment downtime.QUICK REACTION TEAM: Rapidly deployed to build, install.
• Redesigned digital encoder alignment tool; non contact displacement prototype saved 6-8 hrs per install, productivity up 10%. Submitted workflow, training aids, and instructions.FIELD ENGINEER: Led technical discovery.
• Silver Achievement Award; initiated field studies--resolved multiple fleetwide issues.
• Remotely deployed to UAV Test Facility to support MQ-1/ MQ-9 Predator UAV R&D testing.
• Integrated with engineering teams for design verification and test acceptance efforts.

Randolph AFB, TX, US

• TECHNICAL TRAINING INSTRUCTOR: Performed student evaluations, monitored student progress and performance on analog, digital, and VHF/UHF communications equipment. Counseled, identified, and resolved student shortfalls..
• Crafted Military Writing Seminar; —keynote speaker for Professional Development courses.
• Submitted 60 procedural, schematic, and part no. corrections; $7.5K in program awards.
• Manufactured suitable CCA cover; reduced repair cycle; saved 288 hrs & $29K.AVIONICS SHIFT SUPERVISOR: Managed B-1B integrated production activities for 8 personnel. Prioritized schedule in compliance with directives.
• Selected over 27 peers--$100M avionics contract; suggestions integrated in 96 fixtures.
• Technical Writing team, submitted 250 recommendations for 0-100% review process.

Bachelor Science Mechanical Engineering (Bsme), Mechanical Engineering

Bachelor Of Applied Science (Basc), Professional Aeronautics

Associate Of Arts And Sciences (A.A.S.)

Master Of Engineering - Meng, Systems Engineering