Director Of Analytics

• Jan 2020 - Present

Data Scientist

• Mar 2019 - Dec 2019

Design and develop price prediction algorithms.

Research Assistant

• Sep 2018 - Dec 2018

1. Used NLP to analyze early-stage ventures assessment reports, and supervised machine learning to model the assessment process. 2. Used supervised (Random Forest) and unsupervised (k-means) machine learning methods to build Internet user identification models using NetFlow traffic. 1. Used NLP to analyze early-stage ventures assessment reports, and supervised machine learning to model the assessment process. 2. Used supervised (Random Forest) and unsupervised (k-means) machine learning methods to build Internet user identification models using NetFlow traffic.

SOSCIP-TalentEdge Postdoctoral Research Fellow

• Dec 2016 - Nov 2018

1. Built an infrastructure-less indoor tracking solution for emergency responders.

Postdoctoral Fellow

• Feb 2013 - Nov 2018

1. Using future generation wireless technologies (LTE and Dynamic Spectrum Access) to revolutionize emergency response. Working with police makers and first responders to articulate there technological needs and map it to state-of-the art solutions. 2. Working on next generation cognitive radio vehicular area networks. 3. RF-Energy harvesting for cognitive radio networks.

Mitacs Globalink Mentor

• May 2017 - Oct 2017

Mentoring visiting international students at uOttawa. I had the privilege of working with students from different countries: China (3), Australia (1), Mexico (1), and Brazil (2). Mentoring visiting international students at uOttawa. I had the privilege of working with students from different countries: China (3), Australia (1), Mexico (1), and Brazil (2).

Research Intern

• Feb 2016 - Nov 2016

1. Built Statement of Operational Requirements (SOR) for SMARTVIEW, a software solution that gives emergency responders timely and mission critical information while en route to emergency scenes. 2. Solicited the needs and preferences of Canadian firefighters in the UI design of SMARTVIEW using literature review and nation-level survey. 1. Built Statement of Operational Requirements (SOR) for SMARTVIEW, a software solution that gives emergency responders timely and mission critical information while en route to emergency scenes. 2. Solicited the needs and preferences of Canadian firefighters in the UI design of SMARTVIEW using literature review and nation-level survey.

External Consultant

• Apr 2014 - May 2014

Built a research roadmap and grant proposal for High Efficiency Wireless (HEW) LAN (IEEE 802.11ax). Built a research roadmap and grant proposal for High Efficiency Wireless (HEW) LAN (IEEE 802.11ax).

PhD Candidate

• Aug 2008 - Jan 2013

I Joint the ECE Department at Queen's university in August 2008, working with the WISIP lab in Cognitive Radio and Wireless Sensor Networks Deployment. My specific research area is the PHY layer aspects of Cognitive Radio technology, spectrum sensing and Cognitive relay networks. In addition, i am interested in LTE and LTE advanced system, deployment, measurements, and product development. I Joint the ECE Department at Queen's university in August 2008, working with the WISIP lab in Cognitive Radio and Wireless Sensor Networks Deployment. My specific research area is the PHY layer aspects of Cognitive Radio technology, spectrum sensing and Cognitive relay networks. In addition, i am interested in LTE and LTE advanced system, deployment, measurements, and product development.

Teaching and Research Assistant

• Jan 2007 - Jun 2008

Research Associate with the Wireless Research Group where I conducted research in the area of MIMO systems. * Development of accurate Time-Space correlation functions for MIMO channels. * Conducted spectrum analysis studies for indoor and outdoor environments to quantify the spectrum utilization efficiency of the TV bands in the city of Doha. * Developed the Wireless Communications Research laboratory manual and experiments for the senior students of the ECEN… Show more Research Associate with the Wireless Research Group where I conducted research in the area of MIMO systems. * Development of accurate Time-Space correlation functions for MIMO channels. * Conducted spectrum analysis studies for indoor and outdoor environments to quantify the spectrum utilization efficiency of the TV bands in the city of Doha. * Developed the Wireless Communications Research laboratory manual and experiments for the senior students of the ECEN department. 3. Jordan Telecom; Worked on monitoring and maintenance of various parts of the network, including SDH and SONET systems, the satellite gateway and the terrestrial phone network.; Introduction to computing programming for engineers, APSC 142. o Digital systems, ECE 271. o Personal computers in engineering, APSC 141. 2. Texas A&M University at Qatar o Digital communications systems, ECEN 455. o Senior design project, ECEN 405. Show less Research Associate with the Wireless Research Group where I conducted research in the area of MIMO systems. * Development of accurate Time-Space correlation functions for MIMO channels. * Conducted spectrum analysis studies for indoor and outdoor environments to quantify the spectrum utilization efficiency of the TV bands in the city of Doha. * Developed the Wireless Communications Research laboratory manual and experiments for the senior students of the ECEN… Show more Research Associate with the Wireless Research Group where I conducted research in the area of MIMO systems. * Development of accurate Time-Space correlation functions for MIMO channels. * Conducted spectrum analysis studies for indoor and outdoor environments to quantify the spectrum utilization efficiency of the TV bands in the city of Doha. * Developed the Wireless Communications Research laboratory manual and experiments for the senior students of the ECEN department. 3. Jordan Telecom; Worked on monitoring and maintenance of various parts of the network, including SDH and SONET systems, the satellite gateway and the terrestrial phone network.; Introduction to computing programming for engineers, APSC 142. o Digital systems, ECE 271. o Personal computers in engineering, APSC 141. 2. Texas A&M University at Qatar o Digital communications systems, ECEN 455. o Senior design project, ECEN 405. Show less