Diego Sanchez

Lead and coordinate international standardisation initiatives for automotive simulation, ADAS and automated-driving development and validation.
• Manage standard-development projects from concept and proposal through technical development, review and publication.
• Coordinate international expert groups involving 20–30 companies and 40–50+ technical experts across multiple countries from OEMs, Tie

• Executed functional software validation in HIL environments for autonomous-driving systems.
• Analysed test results, isolated defects and anomalies, and supported evidence-based resolution with project teams.
• Collaborated across customer, supplier and engineering interfaces to clarify failures, priorities and next actions.
• Contributed to repeatable validation workflows, test documentation an

• Coordinated software and hardware changes across multiple E/E control units and supported SE teams and change-control boards.
• Tracked releases, build deviations and software-delivery readiness across automotive lifecycle systems.
• Managed defect and issue follow-up using ALM-based processes and coordinated resolution with internal and external stakeholders.
• Oversaw ECU configuration and lab

• Owned product-development coordination across function, system, cost, schedule and quality for driver-assistance and E/E systems.
• Created and coordinated technical requirements, release deviations, quality reports and software-delivery evidence.
• Planned milestones across project phases and coordinated departments and suppliers involved in solution delivery.
• Led software test and validation

• Maintained engine and vehicle test-bench availability for BMW and calibrated installed measurement and test systems.
• Commissioned new test-bench technology, performed functional tests and provided technical customer support and advice.

• Tested and quality-controlled infotainment and instrument-cluster software for Volkswagen, SEAT and Škoda applications.
• Created test requirements and specifications, tracked defects, prepared phase results and performed HIL, field and driving simulation.

- Planning and production control
- Communication and negotiations with international suppliers and customers
- Adjustment and repair of electronic devices
- Prototype testing
- Market strategy and pricing

- Consultoría y apoyo a proyectos innovadores (desarrollo)
- Examen de patentes y programas de investigación
- Traducción y preparación de documentación técnica

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OBJECTIVES

The syllabus of the Master in Project Management aims to provide the student with the following knowledge and skills:

- Train expert Project Managers, who know how to achieve the proposed objectives, increase profitability and enhance the overall quality of the project.
- Develop managerial skills and techniques for managing human and material resources.
- Know the standards of the PM

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Issued Mar 2016

Functionality of the most important components of electromobility

- Solutions for electric hybrid and electric vehicles
- Charging process, battery management
- Braking system recuperation

The course teaches how to use the SIMATIC Manager, the most important criteria of IEC 1131-3 and the possibilities of the object-oriented programming environment and the operating philosophy of STEP 7 programming technology.

- Knowledge of PLCs in terms of the TIA concept (Totally Integrated Automation)
- The visualisation of PLC-controlled systems with WINCC flexible
- Operate, monitor and adjus

Project: Machine to Machine Communications (M2M).
M2M communications expands telemetry's role beyond its common use in science and engineering and places it in an everyday setting.

Whether it's a fleet of vehicles, motor coaches, taxis, ambulances, police cars, long-haul delivery trucks, or light commercial vehicles, many common factors continue to shape the market, including:

- Telematics for

- Project 1: A metal-ball magnetic levitation system (Matlab)
2011(Erasmus in Budapest): final project on the design and creation of a Magnetic Levitation
System of a metal ball.

- Project 2: Programmable weather station (C/C++)
2012: Project on programming and the development of a meteorological station and its
implementation in the current market.

Diplomarbeit:
Bau- und Matlab-Programmierung des elektrischen Systems “Magnetic Levitation”.