Cantenuma Nbunh

Kalamazoo

Summary

Mechanical Engineering student graduating Spring 2026 with internship experience at Pfizer and Stryker supporting automation systems, manufacturing processes, and regulated product development. Strong foundation in control systems, robotics, and mechanical design, with hands-on experience applying CAD, programming, and engineering analysis to real-world systems. Proven ability to contribute in multidisciplinary engineering environments across manufacturing, automation, and autonomous systems.

Overview

year of professional experience

Work History

Automation Engineer Intern

Pfizer

06.2024 - 08.2024

Improved performance and reliability of automated formulation systems by monitoring and analyzing key process parameters to identify trends and reduce operational downtime.
Analyzed process data to support system optimization efforts, contributing to improved process efficiency and product quality.
Documented and inspected critical components for the Modular Aseptic Processing (MAP) facility, ensuring compliance with specifications and sterile manufacturing requirements prior to integration.
Collaborated with Process Engineering, Quality Assurance, and Supply Chain teams to troubleshoot issues and implement process improvements.
Supported regulatory audits by preparing technical documentation and ensuring compliance with GMP and industry standards.

Staff Engineer, Advanced Operations intern

Stryker Instruments

05.2023 - 08.2023

Supported engineering activities for new product and process introductions in compliance with Stryker’s product development procedures.
Designed and developed three manufacturing process improvements in Creo, increasing production efficiency by 15% and successfully integrating them into the manufacturing line.
Participated in PFMEA, Control Plan, SOP, and PPAP documentation for product transfers and launches.
Led a reorganization of the engineering lab, improving space utilization by 25% and workflow efficiency by 20%.
Designed and fabricated a Poka-Yoke fixture for a medical device using Creo, reducing assembly errors by 30% and improving manufacturing reliability and product consistency.

Education

Bachelor of Science - Mechanical Engineering

Western Michigan University

Kalamazoo, MI

05.2026

Skills

CAD & Design: Creo (Pro/ENGINEER), SolidWorks, AutoCAD, Fusion 360
Programming & Analysis: MATLAB, Python, Machine Learning, Git, Microsoft Office

Controls & Automation: Control systems fundamentals, feedback control, PID control, ROS, automation systems exposure
Manufacturing & Project Support: GMP, PFMEA, PPAP, SOP, manufacturing floor support, technical documentation

Websites

https://www.linkedin.com/in/cante-carrasco-b00680206

LANGUAGES

Portuguese

Spanish

English

Timeline