• Senior technical professional staff; • Section Supervisor, Cellular Systems Section, Wireless Cyber Capabilities Group;• Conduct applied research in wireless communication systems for defense and national security applications; • Author/co-author of over 100 technical reports, white papers, and memoranda; • Regularly deliver technical presentations for government sponsors and collaborators as a representative of JHU/APL, as well as deliver and host technical seminars internal to JHU/APL; • Currently researching spectrum sharing opportunities made possible by new features in LTE-Advanced Pro and 5G New Radio (NR); • Technical lead for a team of up to 8 engineers developing a priority service capability secure mobile voice communication over commercial LTE networks; • Developed fully functional LTE test network with commercial eNB/EPC in a lab environment; • Technical director for multiple engineering field test events involving 20+ support personnel from multiple organizations; • Additional past research topics include various cellular air interfaces (GSM, CDMA2000, UMTS), mobile messaging (SMS, MMS), and digital TV broadcast (DVB-T, ATSC).

• Developed model of underwater free-space optical channel through statistical noise analysis; • Applied Information Theory to predict constellation-constrained capacity for OOK system; • Applied Turbo, LDPC, and Reed-Solomon codes to improve system performance

• Head TA responsible for team of 7 TAs teaching sophomore-level circuits lab; • Developed lab lectures and quizzes for course of 150 students.

• Master's-level internship through the Co-operative Education Office, NCSU;• Worked with RF, Baseband, Antenna design, and Acoustics engineers;• Conducted RF antenna pattern measurements of TRP/TIS for GSM and UMTS mobile phones; • Designed and constructed multiple PCBs for hardware test and development.

• Undergraduate-level internship through the Co-operative Education Office, NCSU;• Conducted layer 2/layer 3 protocol conformance tests on GSM and UMTS mobile phones.