Summary
Results-oriented Materials Engineer with 6 years of experience specializing in the research, development, and characterization of advanced materials for manufacturing applications. Proven expertise in material selection, failure analysis, and process optimization to enhance product performance, ensure reliability, and reduce costs. Adept at leveraging advanced analytical techniques and collaborating with cross-functional teams to deliver innovative material solutions from conception to production.
Experience
Senior Materials EngineerFord Motor Company
- Led a team in qualifying new lightweight aluminum alloys for EV battery enclosures, reducing vehicle weight by 15% and improving range by 8%.
- Spearheaded failure analysis investigations for critical powertrain components, identifying root causes in 95% of cases and implementing corrective actions that cut warranty claims by 12%.
Materials EngineerGE Aviation
- Conducted extensive metallographic and mechanical property characterization of nickel-based superalloys for high-temperature jet engine components, improving fatigue life predictability by 15%.
- Collaborated on a project to evaluate additive manufacturing processes for turbine blades, achieving a 10% reduction in material waste and a 5% increase in production efficiency.
Projects
Development of High-Performance Polymer Composites for Automotive Applications
- Led a cross-functional team to research and develop novel polymer composite formulations for lightweight automotive components, reducing material density by 25%.
Advanced Characterization of Additively Manufactured Components
- Performed comprehensive microstructural and mechanical characterization of aerospace components produced via Selective Laser Melting (SLM).
Corrosion Mitigation Strategy for Industrial Piping Systems
- Analyzed failure mechanisms in existing industrial piping, identifying pitting corrosion as the primary cause of premature component failure.
- Researched and recommended alternative high-performance alloys and protective coatings, projected to extend component lifespan by 50%.
- Developed a detailed implementation plan, including material specifications and quality control procedures, leading to a potential 18% reduction in maintenance costs.
Education
University of Michigan, Ann ArborM.S. in Materials Science and Engineering
- Specialized in advanced metallic alloys and composite materials.
- Thesis: 'Enhanced Fatigue Resistance in Additively Manufactured Nickel-based Superalloys'.
- Achieved a GPA of 3.9/4.0.
Michigan State UniversityB.S. in Materials Engineering
- Graduated Magna Cum Laude with a focus on polymer science and metallurgy.
- Dean's List recipient for all semesters.
- Recipient of the Materials Engineering Departmental Scholarship (2015-2017).
Publications
Enhanced Fatigue Resistance in Additively Manufactured Nickel-based Superalloys via Microstructure Optimization
Characterization of Lightweight Aluminum Alloys for Electric Vehicle Applications
Failure Analysis of Turbine Blade Coating Systems: A Case Study
Skills
Materials Science
MetallurgyPolymer ScienceCompositesCeramicsCorrosion SciencePhase Transformations
Testing & Characterization
SEM/TEMXRDEDXMechanical Testing (Tensile, Fatigue, Impact)Hardness TestingNDT (Ultrasonics, Eddy Current)Thermal Analysis (DSC, TGA)
Software & Analysis
JMPMinitabSolidWorksABAQUS (FEA basics)MATLABPython (Pandas, NumPy)
Manufacturing Processes
Additive Manufacturing (SLM, FDM)CastingForgingWeldingHeat TreatmentMachiningPolymer Processing
Quality & Compliance
ASTM StandardsISO 9001AS9100Root Cause AnalysisFMEAStatistical Process Control (SPC)