Python programozó diákmunka állások, munkák mérnök területen

• Contribute to the development of electronics, assemblies and control systems for measuring machines
• Support the team with development, documentation, organizational and purchasing tasks

• Design, build, and operate system-level infrastructure for autonomous test vehicles
• Take end-to-end responsibility for components, OS provisioning, deployment and runtime behavior
• Debug complex issues across Linux systems, networking and hardware components

• Develop and optimize optical system designs for automotive applications, with a focus on holographic display architectures
• Translate system requirements into robust optical concepts and evaluate their performance, including tolerancing and straylight analysis

• Own and manage the fab CIM ecosystem, including MES transformation and factory automation systems
• Oversee equipment integration and communications across manufacturing systems
• Define and execute the strategic roadmap for manufacturing systems within a high-volume wafer fab environment

• Analyze existing manufacturing and product-level data to identify structures and relationships.
• Design a structured data model to organize product-relevant data.
• Explore and link data to support product-level carbon footprint analysis.
• Develop queries and small-scale prototypes to test the data model.

• Provide technical support to scientific and industrial customers via phone, webchat, and email, focusing on post-sales and service inquiries
• Collaborate with local Engineering and global Technical Support teams to deliver accurate solutions and guidance

• Evaluation of different technologies in the field of cellular, NB-IoT and sub giga based communication standards
• Support the selecting process for MEMS and IMU's with focus on ultra-low power use cases

• Development of APIs for electrolysis systems and analysis devices
• Implementation of autonomous process control
• Conceptualization and implementation of degradation models for electrolysis
• Studying performance and degradation of electrolysis in dependence on different operating modes

• Development and process engineering design of electrochemical CO₂ conversion processes
• Transfer of laboratory results into robust scale-up concepts for pilot scale
• Preparation and further development of mass and energy balances
• Development, application, and interpretation of process simulations

Reimagine AI-based engineering: You collaborate closely with domain experts from international corporate research departments and business units to develop novel agent-based approaches towards engineering, addressing Bosch's extensive product and service portfolio....

As a quality lab engineer, you will define reliability test systems, lead the development of required electronic boards, perform electrical and reliability testing, optimize test methods, train operational staff, and oversee after care activities such as service and maintenance....

• Integration of IPs and development of logic for subsystems
• Understanding and reviewing subsystem architecture
• Development of microarchitecture specifications
• Review of verification test plans
• Debugging and fixing issues