David Spicher Email & Phone Number

York, Pennsylvania, United States

- Perform and provide reliability predictions using industry-standard tools based on the failure rates of individual components in printed circuit board assemblies.- Create reliability predictions using methods and techniques supported by empirical testing.- Develop reliability test plans.- Utilize MIL-HDBK-217, 217Plus, and ANSI/VITA 51.1 for BOM-based reliability predictions.

Pittsburgh, Pennsylvania, United States

- Conducts Conditions Based Maintenance Plus (CBM+) on multiple defense aircraft platforms using Artificial Intelligence (AI) data collection and Machine Learning (ML) techniques.- Skilled with Microsoft Databases and Python.- Proficient with Weibull analysis, AMSAA models, Sensor Based Algorithms (SBA) and Monte Carlo simulations to predict future failures and component remaining life.- Applies Reliability Centered Maintenance (RCM), fault isolation and fault detection principles to improve aircraft availability and cost reduction.- Currently tracking 23 CBM+ components on 12 different aircraft platforms while coordinating supply forecasting.

Pittsburgh, Pennsylvania, United States

Reliability, Availability, Maintainability and Safety Engineer.- Responsible for leading multiple programs to support overall customer satisfaction and financial success.- Analyzed and evaluate reliability and maintainability data to influence improvements.- Responsible for calculating Life Cycle Cost analysis process throughout the entire life cycle.- Verification of system requirements conform to safety and customer requirements. - Provided leadership, developed realistic timelines, and organized teams to achieve project execution.- Applies Reliability Centered Maintenance (RCM), fault isolation and fault detection principles to improve Root Cause Corrective Action and improve cost reduction.- Proficient in data analysis techniques including Reliability Modeling and Prediction, Fault Tree Analysis, and Weibull Tree Analysis.

Pittsburgh, Pennsylvania, United States

Reliability, Availability, Maintainability and Safety Engineer.- Responsible for leading multiple programs to support overall customer satisfaction and financial success.- Analyzed and evaluate reliability and maintainability data to influence improvements.- Responsible for calculating Life Cycle Cost analysis process throughout the entire life cycle.- Verification of system requirements conform to safety and customer requirements.- Provided leadership, developed realistic timelines, and organized teams to achieve project execution.- Applies Reliability Centered Maintenance (RCM), fault isolation and fault detection principles to improve Root Cause Corrective Action and improve cost reduction.- Proficient in data analysis techniques including Reliability Modeling and Prediction, Fault Tree Analysis, and Weibull Tree Analysis.

Blairsville, Pa

Member of the Quality Improvement Committee (QIC) - collected, analyzed and presented quality data.Analyzed current processes and developed numerous improvement suggestions. Executed manufacturing improvements while ensuring operators are properly trained, and enforcing top safety practices.Established system requirements and conducted testing programs on robotic automation system for the cold pilgering process.Generates process improvement strategies.Coordinates projects to reduce cost and decrease downtime.

Ridley Park, Pa

- Frequently contacts customer representatives regarding reliability and maintainability improvements and concerns. - Develops and monitors appropriate metrics to ensure performance to plan. - Cost Account Manager (CAM) on numerous programs. - Earned Valve Management (EVM) Silver Medallion. - Focus at a strategic level on processes for affordability and overall performance improvements to ensure mission success.- Develope system and aircraft level Life Cycle Cost (LCC) Analysis.- Developes FMECA and FMEA on components level and aircraft system level. - Generates Maintenance Task Analysis (MTA) and Maintenance Engineer Analysis (MEA).- Develope Maintainability Predictions on system and component level.- Experience working with Aircraft Delivery and Maintenance Records.- Analyze and interpret field data and make recommendations on design changes to improve reliability and maintainability.

Ridley Park, Pa

- V-22 Osprey Systems Engineer.- Root Cause Correct Action (RCCA).- Supports Quality Engineers on a daily basis.- Daily interaction with Military customers to resolve critical issues.- Responsible for electrical and mechanical systems including reading engineering drawings and wiring schematics.- Frequently attends outside supplier engineering investigations - Foreign and Domestic.- Analyze and interpret field data and make recommendations on design changes to improve reliability.- Develop mathematical / statistical models from small and large datasets.- Frequently use Weibull and AMSAA analysis.- Generate Predictions and FMECA/FMEA for newly designed products.- Experience working with Aircraft Delivery and Maintenance Records.

World Wide

- 6 years active duty- Daily use of Aircraft Technical Publications and Support Equipment- Supports flightline operations- Honorable Discharge- Leadership Development courses, Army Team Building

Ms - Engineer Management, Engineering/Industrial Management

Bs - Mechanical Engineer