Partially & Unfunded Research

Purpose: This research seeks to apply principles of electro-magnetism and rotational physics to optimize a regenerative system for electric vehicles that effectively extends the range of a vehicle on a single battery charge. 

Research Lead: Mr. Suchanek

Estimated Research / Project Cost: $450,000

Minimum to Begin: $42,000

Expected Time to Complete (fully funded): 18 - 36 months

Purpose: The purpose of this research use pyrolysis and a catalyst (or combination of catalysts) to break long-chain hydor-carbon polymers into usable fuel in a scalable, repeatable, and inexpensive way.

Research Lead: Mr. Suchanek

Estimated Research / Project Cost: $300,000

Minimum to Begin: $56,000

Expected Time to Complete (fully funded): 18 - 36 months

Purpose: This study will use agent based modelling to examine the variables that affect population migration in sudden, extreme "emergency" situations.  It is designed to help influence strategic policy decisions made by governments during emergencies and natural disasters.   

Research Lead: Ms. Saunders

Estimated Research / Project Cost: $57,000

Minimum to Begin: $12,000

Expected Time to Complete (fully funded): 6 – 12 months

Purpose:  This is a comprehensive systems analysis comparison of Electric Vehicles (EV) and Gas Powered Vehicles (GPV). All nodes of the EV and GPV systems will be analyzed, compared, and evaluated to determine the relative cost, savings, and environmental impact of EV implementation.  

Research Lead: Mr. Suchanek

Estimated Research / Project Cost: $40,000

Minimum to Begin: $7,500

Expected Time to Complete (fully funded): 6 – 18 months

Purpose:  This study examines the purposful changing of the accepted meaning of words, and how this influences or changes the perception and acceptance of possibly controversial ideal.  

Research Lead: Dr. Suchanek

Estimated Research / Project Cost: $25,000

Minimum to Begin: $5,000

Expected Time to Complete (fully funded): 4 – 8 months