معرفی
Dr. Michael Pelosi serves as an Associate Professor in the Department of Electrical and Computer Engineering at Mercer University's School of Engineering. With over 30 years of academic experience since teaching his first college course in Hawaii at age 27 (1994), he has instructed approximately 70 distinct course titles and over 300 total courses, predominantly at the graduate level. A U.S. Army veteran originally from New Jersey, Dr. Pelosi brings substantial real-world expertise from founding a decade-long solar energy simulation software company that served global clients and conducting research for Sandia National Labs and NIST.
His educational credentials include:
- PhD in Computer Information Systems from Nova Southeastern University (2010)
- MBA from City University of Seattle (1992)
- BA from City University of Seattle (1991)
Dr. Pelosi's research demonstrates exceptional interdisciplinary breadth, focusing on cybersecurity applications in digital forensics and steganography, AI-driven military training simulations, and unmanned aerial systems for search/rescue operations. His work consistently bridges theoretical computer science with defense-sector practicality, particularly in UAV trajectory optimization under radar detection constraints and modeling integrated air defense systems like the S-400. This fusion of aerospace engineering, artificial intelligence, and military science reflects his commitment to solving high-stakes operational challenges.
Analysis of his 2012-2021 publications reveals a strategic progression toward increasingly sophisticated defense technologies, with recent work emphasizing AI integration in military training systems and digital forensic methodologies. The consistent thread across his scholarship is the application of advanced algorithms—particularly genetic algorithms and terrain-masking techniques—to enhance autonomy in critical defense scenarios while maintaining rigorous academic standards through publications in journals like the Journal of Digital Forensics, Security and Law and the International Journal of Aviation, Aeronautics and Aerospace.
His scientific recognition includes:
- Three US patents for innovations in defense and simulation technologies
Though his biography doesn't specify current advisees, Dr. Pelosi's three decades of graduate-level instruction suggest extensive student mentorship. His research trajectory shows evolution from Sandia National Labs collaborations to current DARPA funding pursuits, indicating sustained relevance in defense technology. Notably, his entrepreneurial background in solar simulation software demonstrates unique industry-academia integration rarely seen in engineering faculty.
While no dedicated research laboratory is explicitly mentioned, Dr. Pelosi's UAV and military simulation work implies active collaboration with defense-focused research groups within Mercer's engineering infrastructure, particularly through his School of Engineering affiliations and ongoing pursuit of advanced defense contracts.
