Speakers

CW5 Deshawn Bell - Senior Technical Advisor, USARPAC G6

CW5 Deshawn L. Bell currently serves as the USARPAC G6 Senior Technical Advisor, Fort Shafter, HI since September 2018. 

CW5 Bell proudly hails from Colorado Springs, CO. He entered the US Army in July 1988 as a Computer Programmer/Systems Analyst (MOS 74F). From 1989 – 1996, he served at Ft. Huachuca, AZ; Pearl Harbor, Hawaii; and Alexandria, VA. He was selected to attend the Warrant Officer Candidate School in 1996, and was appointed a Warrant Officer One (WO1) in the Signal Corps.
 
CW5 Bell most recently served as the Signal Regiment’s fifth Regimental Chief Warrant Officer (RCWO), Signal Regimental HQ’s, Fort Gordon, GA September 2016 – September 2018.  He served as the Senior Warrant Officer Advisor to the Chief of Signal on the improvement and management of the eight proponency life-cycle functions for over 2100 Signal Warrant Officers representing AC, NG, and USAR.
 
His awards and decorations include the Legion of Merit, Bronze Star Medal, Meritorious Service Medal (5 OLC), Joint Service Commendation Medal, Army Commendation Medal (1 OLC), Joint Service Achievement Medal, Army Achievement Medal (4 OLC), Army Good Conduct Medal (2 awards), National Defense Service Medal (2 awards), Afghanistan Campaign Medal, Iraq Campaign Medal, Global War On Terrorism Expeditionary Medal, Global War on Terrorism Service Medal, NATO Medal, Parachutist Badge, the Joint Meritorious Unit Award, and the Silver Order of Mercury.
 
CW5 Bell holds an Associate of Science Degree in Data Processing Technology from Hawaii Pacific University, a Bachelor of Science Degree in Computer and Information Sciences from University of Maryland University College, a Master of Science Degree in Information Technology Management from Trident University International, and a graduate of all required Professional Military Education.  Additionally, CW5 Bell is a Project Management Professional (PMP), and a Certified Information Systems Security Professional (CISSP).

Sessions

Proposed APL Augmentation to the Current VDI and VMI Environments