Technical Program

I have a background in Metallurgical Engineering and Welding Engineering, and I've been working in the Power Equipment OEM industry for 24 years. My main focus and passion have been on welding and joining various materials like steels, stainless steels, nickel, and cobalt base superalloys using different techniques. Over the years, I have made significant contributions, resulting in over 165 issued patents, many of which are actively utilized.

​

Recently, I have been heavily involved in Additive Manufacturing (AM) of Superalloys, exploring different approaches and methods. As a metallurgist, I find welding fascinating because it involves a multitude of metallurgical phenomena occurring at a single point, including chemistry, melting, solidification, heat treatment, and stress. Understanding the impact of these factors on microstructure and properties is crucial for designing and manufacturing high-performance components. The wide range of joining processes available and the methods of destructive and non-destructive testing make it an extensive field of study.

​

One of my notable achievements is the establishment of advanced capabilities in our lab, equipping it with state-of-the-art equipment worth nearly $10 million. I also took the initiative to introduce the first metal 3D printer at GE Power, successfully demonstrating the printing of close to 10 different alloys. I thrive on generating innovative ideas to address fabrication and manufacturing challenges related to high-performance components. Alongside my colleagues, I have published a few papers, and I enjoy collaborating with university professors, industry experts, and currently with NASA.

​

Currently, I'm engaged in an exciting journey as part of a DOE funded program on High Temperature Additive Architectures. The wide range of challenges that lie ahead motivates me to make meaningful contributions. My advice to others is to choose a subject that you are truly passionate about, as it will lead to a joyful and fulfilling journey of exploration and innovation.

My team and I are responsible for overseeing the entire materials life cycle of Blue Origin's propulsion systems and flight vehicles. This includes conducting research, leading development efforts, ensuring qualification, managing flight operations, and conducting forensics.

​

When I joined Blue Origin in 2017, my initial focus was on leading the development of oxygen-compatible alloys. Before joining Blue Origin, I worked as the Lead Engineer for Welding & Cladding Development at GE Global Research. Prior to that, I served as a Senior Materials Engineer at the Naval Nuclear Laboratory, where I specialized in advanced welding process development and environmentally-assisted crack growth rate testing of structural alloys.

​

My educational background includes a PhD in Materials Science from the Colorado School of Mines. I pursued my undergraduate studies in Naval Architecture and Marine Engineering at the University of New Orleans and the United States Naval Academy. Before embarking on my academic pursuits, I proudly served 7 years of active duty in the U.S. Navy, including working as a submarine nuclear reactor operator on USS Henry M. Jackson (SSBN 730).

​

Beyond my role at Blue Origin, I am honored to serve on the Alumni Advisory Board for the Department of Metallurgical and Materials Engineering at the Colorado School of Mines. Additionally, I hold the position of corporate Laser Safety Officer for Blue Origin, ensuring safety protocols are followed in our laser-related operations.

​

​

​

​

​