Research Fellow Rejuvenation
The objective of the program is to reduce the cost of ownership over the lifetime of a product by removing technical debt. The work contains of developing proof of concepts to demonstrate the problem, develop different scenarios for solution and demonstrate the value, constraints and benefits of these solutions and help bring them into industrial use.
Experienced System Architect Eindhoven
You will have the unique opportunity of raising the systems engineering competencies in the high tech industry to higher levels, building on the knowledge and insights generated by the research projects performed by your colleagues at our industry partners (ASML, Canon, ITEC, Philips, Thales, ThermoFisher Scientific and Vanderlande).
ESI (TNO) as an employer
ESI is always looking for talent to reinforce our team of research fellows.
If you have a relevant background in computer science, electrical engineering or applied mathematics, have a strong affinity with applied R&D in an industrial context and looking for the next step in your career, feel free to send your open application, including your CV and a motivation letter to the ESI Science Director Wouter Leibbrandt and the recruiter Yvonne Pribnow, (contact details below).
We are looking for students for the following internships:
1. Visualization of formal verification findings
The Machinaide project is a cooperation of TNO, Cordis SUITE, TU/e, Additive Industries, Lely Industries and KE-works. Machinaide aims at the development of digital twins for small- and medium-sized companies; Machinaide specifically targets digital twins of system control applications. Basis of Machinaide’s digital twins is the Cordis SUITE low-code platform, a platform for specification and code generation for system control. Cordis SUITE is being extended with data collection and visualization functionality developed in Machinaide.
2. Model-based system performance engineering for CPS in device-edge cloud continuum
The TRANSACT project is a European project with the overarching goal of creating an architecture concept allowing standalone cyber-physical systems, such as interventional x-ray systems developed by Philips, to be distributed over the device-edge-cloud continuum.
3. Intuitive insights into the impact of software changes on system behavior
In this research project we will investigate algorithms for computing structural differences between two (or more) state machines (labeled transition systems) and visualizing them in a way to make them intuitive to understand by engineers and architects.
4. Performance prediction for microservice applications
The goal of this thesis project is to research a methodology for performance prediction for microservice applications executing in a Kubernetes environment.