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Leads geometric and spatial calibration and validation for Landsat 1–9 satellite instruments. Develops and verifies calibration tools and algorithms, monitors geometric data quality, analyzes instrument performance, supports anomaly resolution, responds to user inquiries, and reports findings to program management. Publishes technical papers, presents results at conferences, participates in peer reviews, and provides expertise across Landsat data products and ground systems.

Supports Landsat geometric calibration and validation by monitoring and characterizing instrument geometry, developing calibration tools and algorithms, analyzing data quality, resolving anomalies, answering data-use questions, and reporting results. The role also involves publishing technical papers, presenting findings, participating in peer reviews, and supporting Landsat program meetings. Work requires engineering expertise in satellite systems, geodesy, photogrammetry, signal processing, and remote sensing.

Design, develop, test, and maintain electrical systems including power distribution, control systems, and instrumentation. Prepare drawings and specifications, perform load calculations and system studies, troubleshoot and conduct root cause analysis, ensure code and safety compliance, support commissioning and maintenance, and collaborate with cross-functional teams to support project delivery.

Manage cost, schedule, performance, acquisition planning, financial management, requirements, system specifications, testing, nuclear certification, and lifecycle planning for Air Force nuclear weapons programs. Support branch leadership, contracts, strategic plans, resource allocation, stakeholder communication, and tradespace analysis while working onsite in a secure environment.

Lead refinery asset reliability and lifecycle management activities, including asset criticality analysis, reliability improvement programs, SAP taxonomy and master data, maintenance development, BOMs, and SAP-PM implementation. Facilitate RCA and ACA workshops, analyze chronic failures, support safety-critical equipment assurance, monitor reliability KPIs, and coordinate multidisciplinary teams while reporting project progress.

Executes integrated product support and logistics activities for military SATCOM systems across acquisition, transition, fielding, and sustainment. Develops life-cycle sustainment plans, logistics assessments, depot activation plans, provisioning and sparing analyses, and technical logistics documentation. Leads product support forums, manages action items, supports transition to operations and readiness assessments, and coordinates with government, contractors, and field organizations. Provides briefings and maintains collaborative relationships across program stakeholders.

Execute process control system and instrumentation engineering for oil and gas, refining, petrochemical, and industrial projects. Responsibilities include detailed engineering, control system design, engineered-item requisitions, spare parts lists, supplier documentation review, technical and commercial issue escalation, stakeholder coordination, and project documentation completion.

Leads technical execution of process control system scopes for large industrial projects, including DCS, telecommunications, instrumentation, analyzers, and related systems. Manages engineering design, cost, scope, schedule, risk, procurement, suppliers, documentation, safety reviews, and stakeholder communication. Develops control specifications and design packages while resolving technical and commercial issues across oil and gas, refining, petrochemical, and heavy-industry projects.

Assists with telecommunications and IT scope definition, design, calculations, supplier and contractor coordination, field investigations, and multidisciplinary engineering for oil and gas, refining, and petrochemical projects. Designs and integrates resilient multi-vendor telecom solutions, provides technical guidance, supports construction activities, and develops expertise in control systems and instrumentation.

Supports architecture, analysis, integration, testing, and technical oversight of advanced SATCOM systems. Evaluates modem and RF subsystem architectures, modulation and coding schemes, multiple access methods, link budgets, spectral efficiency, interference mitigation, and waveform performance. Defines requirements across RF, IF, baseband, and Layer 2 interfaces; supports SoC/FPGA modem implementations and system-level testing; and identifies technical risks and performance tradeoffs for defense communications programs.