Current responsibilities include:

• Feature implementation
• Testing and verification for product release
• Feasibility studies
  

Development of a utility that combined multiple satellite products which improved the reliability of ambiguity resolution with a single GNSS receiver. Responsibilities include:

• Review of the different PPP products available
• Develop a utility to combine multiple satellite products focused on real time applications
• Test and validate generated products
  
  

Worked with SheqTrack, to develop a GNSS-based safety system for maintenance workers in their secure area at the Rotterdan World Gateway (RWG)

Tasks included:

• Cost benefit analysis of different GNSS hardware​
• Cost benefit analysis of different Inertial Navigation Systems (INS)
• Test different GNSS hardware configurations (radio link, IP, satellite L-band) and processing methods (PPP & RTK)
  

A joint project between Gemini Navsoft Technologies Inc. and York University to examine single baseline RTK and PPP for determining long baseline (between 20 and 300 km) for deformation monitoring.

The aim of the project was to address the following questions:

• How accurate is PPP for baseline determination?
• What are the benefits of measurement filtering-based RTK over traditional RTK strategies?
• When does PPP become a reliable alternative to RTK?
  

The internship at Fugro Intersite focused on the transformation of the different ambiguity resolution products to be processed by Fugro’s PPP processing engine.

Research focused on:

• Understanding the thought process for development of different techniques
• Development of a transformation process of the products to Fugro’s input format
• Test and validate transformations
• Analyze solution performance using transformed PPP-AR products
  

The internship at Fugro Intersite focused on the transformation of the different ambiguity resolution products to be processed by Fugro’s PPP processing engine.

Research focused on:

• Understanding the thought process for development of different techniques
• Development of a transformation process of the products to Fugro’s input format
• Test and validate transformations
• Analyze solution performance using transformed PPP-AR products
  

​Worked on a variety of projects while at York University.

Notable projects include:

• Development of York University’s multi-GNSS PPP-AR engine,
• Analysis of network RTK providers within Ontario,
• Proposed a certification process for network RTK providers within Ontario
• Validated Gemini Navsoft Inc.’s deformation software