ID Risk Item Effect Cause Action to Minimize Risk Owner Severity Likelihood Importance Risks Involved in General System/Project Management Rigorous transient heat transfer Forced induction to fire Insufficient transient heat analysis. Careful selection of heat 17 Transient modeling may fail at start-up or transfer modeling. Insufficient 3 2 6 Brad/Tom transfer method and materials. battery will be drained energy storage capabilities Testing of stove (transient temps) Failure to provide Complex components, exotic Consider means of production Inadequate means to prototype for testing. manufacturing methods 18 2 3 6 when in design process. Plan ahead Brad prototype (tooling) Failure to deliver (CNC), insufficient thought for lead times. product. given to lead times. Testing for the radiant heat near Casing conducts too 19 Jeopardize user safety insufficient insulation 2 3 6 controls / Design for better flow Jeff much heat control Over Design based on cost, Accurately 20 Product Cost acceptable/affordable Excessive component cost 2 2 4 log expenditures. value for Haitians Decide on robust design early in Failure to meet CN Insufficiently design process and test design. 21 9,10. Possible damage Poor design planning 2 2 4 Brad connects to Tests should include durability to unit. testing.
ID Risk Item Effect Cause Likelihood Severity Importance Action to Minimize Risk Owner Risks Involved in General System/Project Management 17 Transient modeling Forced induction to fire may fail at start-up or battery will be drained Insufficient transient heat transfer modeling. Insufficient energy storage capabilities 3 2 6 Rigorous transient heat transfer analysis. Careful selection of heat transfer method and materials. Testing of stove (transient temps) Brad/Tom 18 Inadequate means to prototype (tooling) Failure to provide prototype for testing. Failure to deliver product. Complex components, exotic manufacturing methods (CNC), insufficient thought given to lead times. 2 3 6 Consider means of production when in design process. Plan ahead for lead times. Brad 19 Casing conducts too much heat Jeopardize user safety insufficient insulation 2 3 6 Testing for the radiant heat near controls / Design for better flow control Jeff 20 Product Cost Over acceptable/affordable value for Haitians Excessive component cost 2 2 4 Design based on cost, Accurately log expenditures. 21 Insufficiently connects to Failure to meet CN 9,10. Possible damage to unit. Poor design planning 2 2 4 Decide on robust design early in design process and test design. Tests should include durability testing. Brad