Isabela Carvalho Email & Phone Number

Indiana, United States

• Identified and resolved new CCU failure mode by developing interoperability tests and negotiating a time constrained software request change with CCU supplier
• Coordinated with cross functional team to develop DVP&R tasks, update calibration tool, validate new software and ensure plant readiness to guarantee smooth CCU launch despite software change within 20 days of production
• Developed and executed interoperability and duty cycle test plans and provided on-site

Columbus, Indiana, United States

• Led cross-functional teams to offset a team gap and advance documentation preparation to obtain EPA/CARB approvals for 4 VPCR projects ranging from 60L to 95L and meet critical business deadlines
• Owned EJR approvals, shop outfile resolutions, annual emissions reports, and certification renewals for 16 HHP and 8 small spark ignited engine families to ensure standards compliance and plant continuity
• Instructed 170+ employees as a subject matter expert for the Nonroad Emissions Regulations PCRA Global Training

Columbus, Indiana

• Led requirement reapplication strategy for three 2023 Latin America programs to improve product structures
• Managed NUDs, evaluated critical requirements and troubleshooted iDFMEA to advance marine VPI process
• Authored in-depth revision of the “Requirements Management Workflow” functional excellence document
• Supported NUD identification process to evaluate potential risks of a design change for aftertreatment mixer

Best Project Award - Kinematics And Dynamics Class

• Designed and built a device to fold shirts that optimized mechanical advantage and reduced power usage
• Programed two microcontrollers using Arduino (C++) to control three servo motors through one joystick

Hopkinsville, KY

• Updated final stages of assembly line to accommodate incoming line of hydraulic motors
• Led a team of four in revamping Root Cause Problem Solving model to accelerate the identification of recurrent issues causing downtime
• Solved ongoing oil saturation measurement issue by analyzing test data and updating quality check on the oil used at assembly line test stage

University Of South Florida

• Manufactured an interactive healthcare robot using 3D printed frame and speech recognition
• Designed a structure that conformed with the character’s fluffy appearance, while accommodating and allowing easy access to electronics
• Showcased the robot at USF Engineering Expo, in which more than 10,000 kids from K-12 visit the USF College of Engineering and learn the importance of STEM

Univeristy Of South Florida

• Manufactured, and presented at the USF Engineering Expo, a floating 3D printed version of the robot Eva
• Developed a magnetic system to allow the head of the robot, which holds all electronics, to float
• Programmed the motion sensor for the eyes of the robot using Arduino (C++)