Master's Thesis: Cross-Vendor Firmware Analysis Automotive Microcontrollers

Position: Master's Thesis: Cross-Vendor Firmware Analysis for Automotive Microcontrollers (f/m/div)
Embark on a Master’s Thesis:
Cross‑Vendor Firmware Analysis for Automotive Microcontrollers (f/m/div)  Infineon Technologies invites a master’s student to investigate embedded firmware across microcontrollers, contributing to the future of smart power automotive solutions.
Your Role

Key responsibilities include:

Reverse Engineering Methodology:
Develop a process for embedded firmware, comparing firmware across microcontrollers based on code efficiency, performance, and functionality.
Competitor Analysis:
Compare Infineon’s firmware with competitors, identify improvement areas, and provide recommendations for future development of the smart power automotive microcontroller segment.
Recommendations:
Provide actionable steps for enhancing Infineon’s firmware and contributing to future development and innovation strategies.
Your Profile

Education:

Master’s degree student in Electrical Engineering, Computer Science, or a related field.
Tools and Systems:
Proficient in firmware development with knowledge of programming languages such as C, C++, and Assembly.
Technical Expertise and Interests:
Strong foundation in semiconductor manufacturing, basic electronics, and microcontrollers, with a passion for automotive electronics and their role in smart power applications.
Analytical and Communication

Skills:

Highly skilled in analyzing and solving complex technical problems, with the ability to synthesize data effectively and communicate intricate technical details clearly through written and verbal presentations.

Languages:

Fluent in English.
Please send your CV in English. Contact:
Maria Júlia de Mello, Linked In.
We are committed to diversity and inclusion. Infineon is an equal opportunity employer. We welcome candidates from all backgrounds and identities. We consider all applicants fairly and base hiring decisions on experience and skillsp>

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