Mechanical Engineer
Manufacturing & RObotics
DESIGN • MANUFACTURING • RESEARCH
Merely illustrative image of the nuclear submarine
Who Am I?
I’m a mechanical engineer passionate about robotics, manufacturing, and intelligent automation. At Huntington Ingalls Industries, I help design and modernize nuclear-powered aircraft carriers and submarines—solving complex problems that drive real impact.
My path began at Rutgers University, where I led research in autonomous 3D printing and soft robotics before applying those same principles to rapid prototyping at CellGain Wireless. Now, through MIT’s Principles of Manufacturing program and the Oxford Machine Learning Summer School, I’m exploring how AI and advanced design can shape the future of production. Outside the lab, I find inspiration in martial arts, jewelry design, and gem faceting—crafts that mirror the precision and passion behind my engineering work.
Advanced CAD Synthesis
DfM Optimization
FEA Structural Simulation
Additive Manufacturing
TECHNICAL DISCIPLINES
01
MECHANICAL DESIGN
Advanced structural analysis and CAD modeling for complex mechanical systems. Focusing on durability and performance optimization through rigorous design principles.
04
Tolerance analysis
Quantitative evaluation of dimensional and geometric variations in assemblies, employing statistical (e.g., RSS, Monte Carlo) and worst-case methods to predict fit, function, and performance under manufacturing tolerances.
02
MANUFACTURING PROCESS
Sequence of operations transforming raw materials into finished products through machining, forming, joining, and assembly, optimized for efficiency, quality control, and scalability via process planning and automation.
05
Additive manufacturing
Layer-by-layer fabrication of complex parts from digital models using technologies like 3D printing, enabling rapid prototyping, customization, and material efficiency through precise control of geometry and microstructure.
03
TECHNICAL PROTOTYPING
Iterative development and physical realization of engineering concepts through scaled models, mockups, and functional prototypes, validating design feasibility, performance, and manufacturability prior to full-scale production.
06
Troubleshooting
Systematic diagnosis and resolution of faults in mechanical systems, using root cause analysis, diagnostic testing, and corrective actions to restore optimal performance and prevent recurrence.