Carlos Mendoza

About Carlos Mendoza

An ingenious and devoted professional highly knowledgeable in Applied Finite Element…

Experience

1. Product Engineering Intern

   Cummins Inc.

   Jan 2020 — Present

   HMLD/HHP Product Engineer Intern at Cummins Emission Solutions •Owned a SCR catalyst FIRG and developed a 7-step technical report by implementing Calterm, thermal and field test data analysis to showcase the root-cause solution. •Assisted OEM Integration team in designing, testing, and analyzing aftertreatment systems in addition to capturing VOC and successfully meet customers\' exact specifications. •Supported various cross-functional teams by improving hardware testing and data analysis to evaluate if products meet emission requirements and resolve future testing technical problems. •Support in the approbation of VPCRs by implementing DVA, GD & T, PTC CREO and thermal analysis comprehension to analyze risk and meet ATs quality specifications. •Utilized PTC CREO to design, assemble, and showcase 10 Heavy-Duty after treatment outlet pipe concepts that would improve flow distribution, outlet temperatures and pressures. •Created a DVP & R master list by using PTC Integrity, achieving a reduction in future validation work and facilitation of PV Engineers’ effort of navigating through CTRs. •Conducted and developed a product validation test plan to measure the pressure drop across DEF and filter manifolds to help achieve a more robust and optimized design. •Developed product validation task by conducting a test plan to verify partial purging strategy of DEF doser during a “drop to idle” event. •Consolidated a worst and best case cost reduction project with US, India and China teams to decrease system, manufacturing costs and improve material quality for Stage V HMLD programs. •Created a budget/spending and part locater tracker for Stage V Mid-Range that would notify project leader monthly net amount spending and location of parts for reuse. •Trained a new-hire Product Validation Engineer on how HMLD/HHP aftertreatment systems work and achieved an increase in teamwork efficiency.