Maintenance Engineering Expert

T2s, Llc; Maryland; Hybrid; USD 110,000 - 175,000; Full time

Job summary

T2S Solutions in APG, MD is seeking a Maintenance Engineering Expert to deliver RAM‑based analyses, maintainability improvements, and sustainment planning for DoW and Army systems.

The role requires translating operational and technical requirements into practical maintenance concepts, CBM+ strategies, provisioning plans, and lifecycle support, with hybrid work and up to 25% travel.

Qualifications

• Bachelor's degree in a relevant engineering or technical discipline.
• 5–10+ years of progressive maintenance engineering and reliability experience.
• Experience developing or assessing maintenance concepts and sustainment strategies.

Responsibilities

• Maintenance concept development and analysis.
• Develop and assess maintenance concepts using LORA, COMPASS, SESAME.
• Support RAM requirements, allocation, and reporting.
• Proficiency with CBM+, PBL, and provisioning planning.
• Prepare technical manuals, MACs, RPSTLs, and related sustainment documents.

Skills

Maintenance engineering

RAM (Reliability & Maintainability)

CBM+

PBL (Performance-based logistics)

Provisioning

Technical manuals

System safety

Human performance

Fielded-system support

Problem resolution

Education

Bachelor's degree in engineering, logistics, systems engineering, industrial engineering, mechanical engineering, reliability engineering, maintenance management, or a related technical discipline

Tools

LORA

COMPASS

SESAME

Job description

Current job opportunities are posted here as they become available.

Location: Hybrid (APG - Aberdeen, MD and Remote)
Travel %: Up to 25% / Comp: 110-175k (DOE)

Summary
T2S Solutions is seeking to hire a Maintenance Engineering Expert in APG, MD. This role provides maintenance engineering, reliability, maintainability, logistics, and lifecycle-sustainment support for Department of War (DoW) and Army systems and equipment. The contractor supports government-led efforts to develop, assess, implement, and improve maintenance concepts that optimize readiness, availability, safety, affordability, and long-term sustainment.

The successful candidate will apply expertise in maintenance concept development, reliability and maintainability (RAM), condition-based maintenance (CBM+), performance-based logistics (PBL), provisioning, sparing, technical manuals, system safety, human performance, and fielded-system problem resolution. The role requires the ability to translate operational and technical requirements into practical sustainment strategies, maintenance plans, analyses, and decision-ready products.

Responsibilities

• Maintenance Concept Development and Analysis
• Support development, refinement, validation, and implementation of maintenance concepts for new, modified, and fielded systems.
• Conduct requirements determination and maintenance engineering analyses to identify maintenance levels, tasks, resources, personnel, facilities, support equipment, and training requirements.
• Develop and assess maintenance concepts using Level of Repair Analysis (LORA), COMPASS, SESAME, and other government-directed methodologies and analytical tools.
• Conduct core logistics analyses, sparing analyses, and overall repair‑parts concepts to support operational availability, readiness, affordability, and lifecycle sustainment.
• Support performance‑based logistics planning, including development of supportability objectives, performance measures, sustainment strategies, and risk assessments.
• Support condition‑based maintenance plus (CBM+) planning and implementation activities, including condition‑monitoring requirements, data‑use considerations, diagnostic/prognostic approaches, and maintenance‑decision support.
• Analyze maintenance processes and recommend improvements to reduce downtime, improve repair‑cycle time, increase readiness, and reduce total ownership cost.

Reliability, Maintainability, and Quality Engineering

• Conduct long‑term system reliability and maintainability analyses, including Mean Time Between Failures (MTBF), Mean Time To Repair (MTTR), availability, failure trends, repair‑cycle time, and supportability metrics.
• Support RAM requirements determination, allocation, analysis, verification, and reporting throughout the system lifecycle.
• Conduct or support reliability simulation, modeling, testing, and program‑management activities.
• Perform system maintainability assessments addressing design accessibility, diagnostics, fault isolation, repair procedures, required skill levels, tooling, support equipment, and safety considerations.
• Support reliability and quality engineering and assurance activities, including review and analysis of Product Quality Deficiency Reports (PQDRs), recurring failures, defect trends, corrective actions, and verification of improvement efforts.
• Identify reliability, maintainability, and quality risks; assess their operational and sustainment impacts; and develop recommended mitigation options.
• Support Engineering Change Proposal‑related technical analysis when changes may affect maintenance, supportability, safety, reliability, or lifecycle costs.
• Technical Publications, Provisioning, and Supportability Products
• Support development, review, validation, and maintenance of Technical Manuals (TMs), Repair Parts and Special Tools Lists (RPSTLs), Maintenance Allocation Charts (MACs), and related sustainment documentation.
• Support maintenance demonstrations and validation activities to confirm maintenance‑task feasibility, technical‑publication accuracy, support‑equipment needs, tooling requirements, personnel skill requirements, and repair‑time estimates.
• Support provisioning management, including identification and validation of repair parts, special tools, test equipment, consumables, and initial‑spares requirements.
• Review technical data and logistics products for completeness, accuracy, configuration alignment, usability, and consistency with approved maintenance concepts.
• Support materiel‑release activities by providing maintenance, supportability, reliability, technical‑publication, and provisioning input, as directed.
• Identify technical‑publication, provisioning, or supportability gaps that could delay fielding, increase maintenance burden, or adversely affect readiness.

Human Performance, Safety, and Fielded‑System Support

• Conduct ergonomic and human‑performance analyses to improve maintainability, user safety, workload, accessibility, physical demands, and effectiveness of maintenance activities.
• Support system‑safety analyses as they relate to maintenance procedures, maintenance hazards, human factors, equipment design, and technical‑publication content.
• Analyze Equipment Improvement Recommendations (EIRs), PQDRs, user feedback, maintenance data, and other fielded‑system information to identify root causes and support problem resolution.
• Support resolution of fielded‑system maintenance, reliability, quality, and sustainment issues through technical analysis, stakeholder coordination, and recommended corrective actions.
• Assess demilitarization (DEMIL) challenges and support planning for maintenance‑related disposal, disposition, safety, environmental, and lifecycle considerations, as applicable.
• Develop and deliver maintenance concept engineering training, workshops, technical briefings, and knowledge‑transfer materials for authorized government and contractor stakeholders.

Program and Project Support

• Support integrated product teams and cross‑functional coordination among engineering, logistics, program management, technical publications, quality, safety, contracting, and operational stakeholders.
• Develop decision‑ready maintenance concept documents, analyses, briefings, reports, action trackers, risk registers, schedules, and recommendations.
• Support planning and execution of maintenance‑engineering reviews, sustainment assessments, technical‑data reviews, maintenance demonstrations, and readiness‑related meetings.
• Track maintenance‑concept implementation actions, dependencies, risks, and milestones throughout development, fielding, sustainment, and modernization phases.
• Support analysis of lifecycle sustainment costs and recommend strategies to improve readiness, reliability, maintainability, and affordability.

Required Qualifications

• Bachelor's degree in engineering, logistics, systems engineering, industrial engineering, mechanical engineering, reliability engineering, maintenance management, or a related technical discipline. Relevant additional experience may be considered in lieu of a degree where permitted by contract requirements.
• 5-10+ years of progressively responsible experience in maintenance engineering, reliability engineering, maintainability engineering, lifecycle logistics, systems engineering, or defense sustainment.
• Demonstrated experience developing or assessing maintenance concepts, maintenance plans, sustainment strategies, or product‑support analyses.
• Working knowledge of RAM principles, reliability metrics, maintainability analysis, maintenance‑task analysis, provisioning, and sparing concepts.
• Experience supporting technical manuals, RPSTLs, MACs, maintenance demonstrations, technical‑data reviews, or related logistics‑support products.
• Ability to analyze complex technical, operational, reliability, maintenance, logistics, safety, and cost data and communicate conclusions clearly.
• Experience preparing technical reports, analyses, plans, briefings, and decision‑support materials.
• Strong written communication, analytical, organizational, and stakeholder‑coordination skills.
• Proficiency with Microsoft Office applications and familiarity with maintenance, reliability, logistics, technical‑data, or modeling tools applicable to assigned work.
• Ability to work independently and as part of a multidisciplinary government‑contractor team.

Preferred Qualifications

• Master's degree in reliability engineering, systems engineering, logistics, engineering management, maintenance management, or a related field.
• Professional certification in reliability, quality, logistics, systems engineering, project management, or lifecycle support.
• Experience supporting Army, DoW, program executive office, lifecycle management command, depot, sustainment command, or major defense acquisition programs.
• Experience applying LORA, COMPASS, SESAME, or comparable maintenance‑concept and logistics‑support analysis tools.
• Experience with CBM+, PBL, predictive maintenance, prognostics, diagnostics, health‑monitoring systems, or maintenance‑data analytics.
• Experience with reliability growth, failure‑mode analysis, reliability testing, maintainability demonstrations, and RAM program management.
• Familiarity with system safety, human‑systems integration, ergonomics, and maintenance‑related hazard analysis.
• Experience addressing PQDRs, EIRs, recurring field failures, technical‑publication deficiencies, and fielded‑system sustainment issues.
• Knowledge of demilitarization planning, provisioning processes, technical‑publication development, and Army logistics‑support requirements.

Core Competencies

• Maintenance concept development and maintenance engineering
• Reliability, availability, maintainability, and quality analysis
• CBM+ and performance‑based logistics planning
• Lifecycle sustainment and product‑support planning
• Maintenance‑task, repair‑level, and sparing analysis
• Technical manuals, RPSTLs, MACs, and maintenance demonstrations
• Ergonomics, human performance, and system safety
• Provisioning and repair‑parts management
• Fielded‑system problem resolution and continuous improvement
• Reliability modeling, simulation, testing, and program management
• Technical writing, briefings, and stakeholder coordinationProgram and project management

T2S Solutions is an Equal Opportunity Employer/Protected Veteran/Disability