With over 10 years of experience in software engineering, specializing in Open Source Intelligence (OSINT) and Unmanned Aerial Systems (UAS), I’m passionate about creating efficient and effective solutions that push the boundaries of technology. My expertise spans Python, AI/ML integration, and building robust analytical tools for complex problems.

• 🎓 Education: MS and BS in Computer Information Science from SUNY Polytechnic Institute.
• 💡 Specializations: OSINT, UAS technologies, AI/ML, and software development for critical systems.
• 🛠️ Strengths: Strong problem-solving skills, adaptability, and deep knowledge of systems, networks, and hardware.
• ✨ Fun Fact: I’ve collaborated with NASA, DoD, and AFRL on cutting-edge UAS projects.

Languages:            

CI / Version Control:  

Code Coverage:

Code Editor:

Databases:        

Data Science:        

Education:

Frameworks:                

Operating Systems:

• AFRL Commercialization Academy Finalist (2019)
• SUNY Polytechnic Institute President’s List (Multiple Semesters)
• AFCEA SRC/SRCTech Scholarship Recipient
• Winner of Student Project Showcase

March 2025 – Present (Hybrid)

March 2020 – Nov. 2024 (Remote)

• Developed software solutions for OSINT projects.
• Built tools for data collection, maintenance, and analysis.
• Integrated AI/ML for advanced analytics.

Aug. 2015 – March 2020

• Delivered solutions for UAS technologies and airspace integration.
• Collaborated with NASA, DoD, and AFRL on high-impact projects.
• Specialized in Python, C++, and network-based programming.

Jan. 2017 – Jan. 2018

• Conducted research on trust modeling using social media data and emojis.

• Create nodes to capture audio and identify birds using tensorflow (birdnetlib)
• Display data, statics, live video and more from nodes in a local server

• Developed models to analyze societal behaviors and predict demographics using emoji data.
• Created "trust fingerprints" for identifying authenticity in social media interactions.

• Designed a device to intercept and block malicious executables from network traffic.
• Enhanced cybersecurity by preventing viruses from reaching end-user systems.

I’m always excited to discuss new opportunities, share knowledge, and collaborate on innovative projects.

• Contribute to open-source projects in UAS and cybersecurity.
• Expand knowledge of cutting-edge UAS and mobile network technologies.
• Continue to develop the capabilites of the Bird-Identificaion-Tool.