ryan gordon peng lead mechanical engineer design automation team 2009 present 5556442189 ryangordongmailcom develop drive inhouse mechanical design programs rotating stationary components electric machines 1000 hp 60000 hp partner across multiple internal teams external suppliers play pivotal role designing new product offerings enhancing existing products guide team key projects initiatives oversee mentor engineering interns leading many hired ge 1 receiving corporate award accelerated project delivery heading development release suite engineering cad tools aligned parallel flow ventilation design methodology removed 230 hours design time per project automated models drawings boms including 40 subroutines fullyintegrated cad tools well procedures test software across product lines catapulted efficiency spearheading generation automated drawing packages yielded release 6 engineering design standards updated stator flange design calculations parametric design package engineering cad bom g propelled quality streamlined engineer toorder design cycle diagnosed rectified 19000 hp ge motor failure customer gas plant 1 month safe temporary solution steered project assess feasibility implement 25000 hp spare motor customers alternate site coordinating engineering functions among 5 companies directed review test validations machining modifications definition functional specification coupling adapter evaluation train torsional analysis composed customer technical report mechanical engineer requisition design team 2004 2009 designed variety machines order remittance including reciprocating compressors lowspeed grinding mills waterwheel generator 1150 hp 30000 hp sized shaftbearing systems performed rotor dynamic analysis conducted 3d modeling finite element analysis structural components participated growth initiatives special projects paved way designs incorporated stator frame engineering design standards managed conversion reciprocating compressor motor product line pedestal bracket bearing leveraged ansys modal analysis guided creation 24 slashed cost per machine 35k bracket bearing designs 3 motor frame sizes including lifting analysis motor static structures via finite element analysis hand calculations delivered lowspeed generator barring torques overcoming fluid film design prevented lowspeed barring without jacking oil system modified bearing liners accept injected highpressure oil calculated liftoff pressure steady state pressure sized pump motor supplied jacking oil unit functional specification included interfaces jacking oil unit bearing design engineered rotor design singlebearing directcoupled 300 rpm 11000 hp reciprocating compressor motor requiring avoidance torsional resonance conditions system inertia maintenance limit motor current pulsations customer specification pioneered torsional solution brought machine balance grade line iso 194012003 standards resulting projects methodology design principles adopted future orders determined acceptable residual unbalance designed custom balance weights mount rotor spider validating balance grade testing licensure education licensed professional engineer peng professional engineers ontario peo bachelor science honours mechanical engineering queens university kingston competitive products quality design 2007 2004