Oliver Pineda Suárez

• Development of a Python-based (BaSyx) custom solution for dynamic automated generation of Industry 4.0 Asset Administration Shell (AAS) Digital Twins (Type 1 - Passive), in compliance with the metamodel established in IEC 63278-1:2023 and the IDTA guidelines • Development of a data solution and a Streamlit UI for Identification Links and Digital Nameplates based on IEC 61406-1:2022 and IEC 63365:2022, respectively. This solution captures both technical and non-technical product data while automating report generation. • Researched and analyzed existing data sources (e.g., ERP, data warehouse, or CAQ) to connect them to the proposed solution and ensure data consistency and completeness for its transfer to AAS models. • Collaboration with internal and external stakeholders to ensure the cross-organizational interoperability of the models

Semester project focused on improving the Technology Combination Analysis Tool (TCAT) developed by eSpace for the European Space Agency (ESA).This tool is used to model, simulate, and optimize space logistics scenarios. The goal of the project was to extend TCAT's functionality for lunar and interplanetary use case missions

• Developed the CHESS Mission's OBC Preliminary Design Review (PDR) and Design Solution Definition (DSD) • Led the testing of the Twocan On-Board Computer (OBC), ensuring its compliance with the specific requirements and objectives of the Twocan In-Orbit Demonstration launched in January 2025. • Led the Twocan OBC's redesign for the upcoming CHESS mission.

Semester project focused on the development of the flight software (F Prime component) to interface the X-Band communication systems controlling the OBC and an X-Band transmitter for the In-Orbit Demonstration that served as a foundation for the CHESS mission.

• EMA (Entidad Mexicana de Acreditación) Accredited for test and calibration of measurement instruments of the following magnitudes: Temperature, Mass, Pressure, Dimensional, Electrical, and Torque. As well as torque transducers. • Developed calibration procedures, uncertainty budget calculations, and laboratory CMC (Calibration and Measurement Capabilities) Lists. • Performed quality assurance duties such as daily inspections to ensure that procedures are followed and development of improvements in laboratory quality procedures. • Performed calibrations to measuring instruments and test equipment to analyze their performance ensuring that they meet their specific technical requirements.

• Developed Nondestructive Inspections through Visual (Borescope), Eddy Current, Magnetic Particles, Ultrasound, Radiographic and Liquid Penetrant testing methods to several engines, aircraft models and components in the industry. • Developed an application to automate aircraft weight and balance calculations and inspection report generation.

• Developed a Java application for Work Order management and a VBA and Python application for quote and invoice management. • Assisted in the development of tool calibrations and Non-Destructive Testing Inspections.

• Designed, developed, and tested CanSat’s electronics and flight software.

• Developed a Ground Control Station capable of receiving and processing telemetry packages and sending commands to manually operate the CanSat’s actuators. • Developed a LabVIEW digital twin that replicates CanSat’s 3D attitude in real time.