Engineer. Leader. Lifelong Learner.

About Me: Building Stronger Structures—and Stronger Teams

My journey as a stress engineer has been shaped by curiosity, collaboration, and a commitment to continuous improvement. Whether guiding analysis on flight-critical structures or mentoring future engineers, I aim to strengthen not just the designs we build, but the people and principles that build them.

Guiding Principles That Drive My Work

Four Core Values That Shape My Career and Approach

These principles reflect how I approach aerospace structural analysis, FEA, and mentorship — guiding every decision, project, and interaction.

Throughout my career, I’ve discovered that true impact comes from combining technical expertise with curiosity, collaboration, and a commitment to helping others succeed. These four principles aren’t just abstract ideals — they guide how I solve complex problems, continuously learn, share knowledge, and support the success of engineers and teams around me.

Solve Complex Problems

I thrive on tackling challenging aerospace structural issues, turning complex stress, fatigue, and fracture problems into actionable insights and solutions.

Love to Learn

Continuous learning is at the heart of my work. I explore new methods, tools, and research to deepen my understanding of structural analysis and advance my expertise.

Love to Teach

Sharing knowledge is essential. I enjoy translating complex concepts into practical frameworks and lessons that others can apply and build upon.

Help Others Succeed

Success is collaborative. I am committed to mentoring, guiding, and supporting engineers and innovators so they can achieve their goals and advance their teams.

Learning & Development

Education

Grounded in rigorous study and continuous learning, enabling practical insights in stress, fatigue, fracture, and FEA.

My academic background has provided a strong foundation in aerospace structures, stress analysis, and FEA, equipping me with the tools to solve complex engineering challenges.

  • Ph.D. Aerospace Engineering and Mechanics, The University of Alabama, In Progress
  • M.S. Aerospace Engineering and Mechanics, The University of Alabama, 2019
  • B.S. Aerospace Engineering, North Carolina State University, 2005

Relevant graduate coursework: Fracture Mechanics, Composite Materials, Structural Dynamics, Continuum Mechanics, Finite Element Methods, Theory of Elasticity, Fatigue Analysis, Advanced FEA Theory, Advanced Composite Materials, Theory of Plasticity

Engineering Focus

Technical Expertise

Deep technical knowledge in stress, fatigue, fracture, and FEA for aerospace structures.

With decades of experience in aerospace structural analysis, I specialize in solving complex problems related to stress, fatigue, fracture, and simulation. The areas below reflect my core technical expertise and the tools I use to deliver actionable insights for design, validation, and certification.

Strength & Stability Analysis

Evaluating load paths, material allowables, and structural margins to ensure aircraft structures are safe, efficient, and reliable under all operational conditions.

Fatigue Analysis

Predicting lifecycle performance and failure risks by analyzing stress spectra and load histories, helping engineers design durable and long-lasting structures.

Fracture Analysis

Assessing crack initiation and growth, damage tolerance, and inspection strategies to support safe, resilient aerospace designs.

Finite Element Analysis

Applying advanced simulation techniques to model stress, vibration, and nonlinear behavior, turning complex structural problems into actionable insights.

Composite Materials

Analyzing anisotropic materials and advanced composites to optimize strength, weight, and performance in modern aerospace structures.

Computational Mechanics

Leveraging numerical methods and computational tools to understand structural behavior under complex loading, supporting better design decisions and innovation.

A Career Built on Aerospace Innovation

Professional Experience

From spacecraft to commercial airliners, each program has shaped my expertise in stress, fatigue, fracture, and FEA.

My professional journey spans spacecraft, military, and commercial aircraft programs, where I’ve applied stress, fatigue, fracture, and FEA principles to enhance safety and performance. Each experience has reinforced my passion for learning, teaching, and helping teams succeed in delivering reliable, high-performing structures.

Spacecraft Experience Collage

Guided by Faith

A Foundation of Courage and Conviction

To glorify God through the thoughtful application of engineering and design — cultivating wisdom, excellence, and stewardship in every solution, and discipling future generations through example, education, and integrity.

Faith shapes the lens through which I view problem-solving, leadership, and collaboration. It reminds me to act with courage in difficult situations, seek wisdom continually, and use my skills to serve and uplift those around me.

Have I not commanded you? Be strong and courageous. Do not be frightened, and do not be dismayed, for the LORD your God is with you wherever you go.

Joshua 1:9

Building Stronger Connections, Together.

Whether you’re an engineer, researcher, or leader, I welcome the chance to learn from one another. Let’s connect and continue building a community grounded in curiosity, excellence, and integrity.

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