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At our R&D site in Mannheim we offer:

Master’s Thesis Embedded SoC-System (d/w/m)

Powerful, flexible computer hardware combined with highly developed optical microscopy components form the basis for high-performance systems for cutting-edge research in the life sciences. State-of-the-art FPGA/SoC platforms are key components for the performance requirements of various opto-digital modules.

This master’s thesis deals with the integration of different imaging modules based on parallel, distributed computer architectures. Whether multi-gigabit data transmission or real-time processing of the data stream, this thesis offers an insight into a very dynamic R&D environment with many exciting fields of activity.

You will work closely with experts in imaging, SoC design, embedded design and system architects.

As of now, we are looking for a master's student who is enthusiastic about one of the following topics FPGA/SoC Platform Design or Embedded Software Design. The topics are outlined below. If you are interested in a master's or diploma thesis at Leica Microsystems, please apply! Let us discuss our ideas together and define the contents for an interesting thesis.

FPGA/SoC Platform Design

You have initial experience in hardware-related SoC design in the development of image algorithms or industrial bus connections. You are familiar with complex architectures of digital systems.

Your profile

• You are enrolled in a master's degree program in electrical engineering, computer science, information technology, bio-medical engineering or a comparable course of study

• You have basic knowledge of the programming languages VHDL, C++

• Initial experience with Intel or AMD SoC design

• You have basic knowledge of imaging concepts and embedded systems

• Points of contact in HLS or Linux would be an advantage

• You have a passion for innovation and enthusiasm for innovative technologies as well as motivation to work in agile, interdisciplinary and cross-location teams

Embedded software design

You have initial experience in hardware-related software design in distributed systems.

You are familiar with embedded systems based on reconfigurable hardware in an embedded Linux environment.

Your profile

• You are enrolled in a master's degree program in electrical engineering, computer science, information technology, bio-medical engineering or a comparable course of study

• You have basic knowledge of embedded imaging systems

• You have basic knowledge of the programming languages C++, C, Python

• Initial experience with Linux would be desirable

• Points of contact with FPGAs would be an advantage

• You have a passion for innovation and enthusiasm for innovative technologies as well as motivation to work in agile, interdisciplinary and cross-location teams

Insight into our company

Learn more about Leica Microsystems in our corporate video “We are Leica”

https://www.youtube.com/watch?v=1zHmalqMXN4

Are you interested in working in a dynamic and team-oriented environment and are you ready to break new innovative ground with us? Then apply online with your complete documents (cover letter, CV, references)

recruiting@leica-microsystems.com

We look forward to receiving your application!

At Danaher we bring together science, technology and operational capabilities to accelerate the real-life impact of tomorrow’s science and technology. We partner with customers across the globe to help them solve their most complex challenges, architecting solutions that bring the power of science to life. Our global teams are pioneering what’s next across Life Sciences, Diagnostics, Biotechnology and beyond. For more information, visit www.danaher.com.

At Danaher, we value diversity and the existence of similarities and differences, both visible and not, found in our workforce, workplace and throughout the markets we serve. Our associates, customers and shareholders contribute unique and different perspectives as a result of these diverse attributes.