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- Aufgaben: Develop an RFID protocol decoder plug-in for Logic 2 using C++ and Python.
- Arbeitgeber: Join IMMS, a leader in microelectronics and innovative research.
- Mitarbeitervorteile: Enjoy a flexible work environment and hands-on experience in cutting-edge technology.
- Warum dieser Job: Be part of groundbreaking projects that bridge university and industry while enhancing your skills.
- Gewünschte Qualifikationen: Motivated students with programming skills in C++ and an interest in digital interfaces.
- Andere Informationen: Women are encouraged to apply, especially as we aim for gender equality in our team.
Student (m/f/d): Development of an RFID protocol decoder as a plug-in for Logic 2
During your studies, you can contribute to our ongoing research projects. Join us in pushing the limits of what is technically feasible and be part of breaking new ground together. We offer a variety of challenging and practice-oriented topics for mandatory internships, Bachelor’s or Master’s theses or for student research assistants. You will analyse important scientific preliminary questions and support the project teams with development activities.
Place of work:
Erfurt
Team:
Microelectronics
Career level:
Mandatory Internship, Student Research Assistant
Research field:
Smart distributed measurement and test systems, Integrated sensor systems
Time scope:
By agreement
Start:
As soon as possible
Application deadline:
2025-12-31
Reference number:
IMMS_STUD_ME_0325
At IMMS, RFID sensor transponder ICs are being developed with which sensor values can be recorded wirelessly and energy self-sufficiently. The transponder IC implements a communication interface that works according to a standardized RFID protocol and can therefore be read by any RFID reader.
When developing new transponder ICs, it is helpful to be able to observe the baseband signals between the transponder and reader and to analyze their behavior. For this purpose, a USB logic analyzer is used, which allows the recording of signals.
To quickly deduce the transmitted commands and data from the recorded signals, they must be decoded. For this purpose, a plugin for a commercial logic analyzer is to be developed as part of this student project, which can first decode the signals at bit transmission level and then summarize them into frames and display them clearly.
The manufacturer provides an SDK (1 ) for this purpose, which allows you to develop your own decoders as plugins in C++.
(1) GitHub – saleae/SampleAnalyzer: Sample Analyzer for the Analyzer SDK
WHAT TO DO:
- Familiarisation with the UHF RFID protocol standard EPC Gen-2
- Development of a low level analyzer (LLA) for the Saleae Logic software in C++
- Extension with a High-Level Analyzer (HLA) in Python
- Test on RFID hardware and documentation
WHAT TO BRING WITH YOU:
- Motivated and independent way of working
- Programming skills in C++
- Programming skills in Python (optional)
- Interest in the development of digital interfaces
AND THIS IS US:
We strengthen enterprises with application-oriented research and development in microelectronics, systems engineering and mechatronics and transfer the results of basic research into applications and products. We support companies in launching internationally successful innovations for health, the environment and industry and provide solutions from the feasibility study to series production.
WHAT CAN WE OFFER YOU:
- An attractive workplace in a modern, very well-equipped and industry-oriented research institute
- Work directly at the interface between university and industry
- Work in a flexible and creative team and on innovative and challenging topics
For the tasks described in the job offer and with the existing working conditions, an application is possible irrespective of gender and/or any physical disabilities. We foster professional equality of women and men. We invite women in particular to apply. As women are underrepresented at IMMS, they will be given priority in the case of equal suitability, ability and professional performance.
Address:
IMMS Institut für Mikroelektronik- und Mechatronik-Systeme gemeinnützige GmbH (IMMS GmbH)
Ehrenbergstraße 27
98693 Ilmenau
Germany
Contact: Eric Schäfer
We thank you for your interest in working with us.
Please only apply once – for your favourite topic or for the one that comes closest to your interests. This is the quickest way for us to process your application and get back to you. If you are interested in more than one topic, please include this in your cover letter. In case our current suggestions are not suitable, please send us your speculative application with a topic you would like to work on.
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Student (m/f/d): Development of an RFID protocol decoder as a plug-in for Logic 2 Arbeitgeber: Institut für Mikroelektronik- und Mechatronik-Systeme gemeinnützige GmbH
Kontaktperson:
Institut für Mikroelektronik- und Mechatronik-Systeme gemeinnützige GmbH HR Team
StudySmarter Bewerbungstipps 🤫
So bekommst du den Job: Student (m/f/d): Development of an RFID protocol decoder as a plug-in for Logic 2
✨Tip Number 1
Familiarize yourself with the UHF RFID protocol standard EPC Gen-2 before applying. This knowledge will not only help you understand the project better but also demonstrate your proactive approach and genuine interest in the role.
✨Tip Number 2
Brush up on your C++ programming skills, as this is crucial for developing the low-level analyzer. Consider working on small projects or contributing to open-source projects that involve similar technologies to showcase your abilities.
✨Tip Number 3
Engage with the Saleae Logic software and its SDK. Understanding how to use the tools you'll be working with can give you a significant advantage and show that you're ready to hit the ground running.
✨Tip Number 4
Highlight any previous experience with digital interfaces or related projects in your application. Even if it's academic work, demonstrating relevant experience can set you apart from other candidates.
Diese Fähigkeiten machen dich zur top Bewerber*in für die Stelle: Student (m/f/d): Development of an RFID protocol decoder as a plug-in for Logic 2
Tipps für deine Bewerbung 🫡
Understand the Job Requirements: Make sure to thoroughly read the job description and understand the specific skills required, such as programming in C++ and Python. Highlight your relevant experience in these areas.
Tailor Your CV: Customize your CV to reflect your skills and experiences that align with the position. Emphasize any projects or coursework related to RFID technology, microelectronics, or software development.
Craft a Compelling Cover Letter: Write a cover letter that showcases your motivation for the role and your interest in the development of digital interfaces. Mention why you want to work at IMMS and how you can contribute to their projects.
Highlight Relevant Projects: If you have worked on any relevant projects, either academically or personally, be sure to mention them. Discuss your role, the technologies used, and the outcomes to demonstrate your practical experience.
Wie du dich auf ein Vorstellungsgespräch bei Institut für Mikroelektronik- und Mechatronik-Systeme gemeinnützige GmbH vorbereitest
✨Understand the RFID Protocol
Make sure to familiarize yourself with the UHF RFID protocol standard EPC Gen-2. This knowledge will not only help you answer technical questions but also demonstrate your genuine interest in the project.
✨Showcase Your Programming Skills
Be prepared to discuss your programming experience, especially in C++. If you have any projects or examples that highlight your skills, bring them up during the interview. Mentioning Python skills, even if optional, can also be a plus.
✨Demonstrate Independent Problem-Solving
Highlight instances where you've worked independently on projects or solved complex problems. This role requires a motivated and independent way of working, so sharing relevant experiences will set you apart.
✨Express Your Interest in Microelectronics
Convey your enthusiasm for microelectronics and how it aligns with your career goals. Discuss any relevant coursework or projects that relate to the development of digital interfaces or sensor systems.
