Junior python developer állások Németországban (mérnök)

• Developing custom software solutions in the field of image and video processing
• Testing, integrating and verifying the developed software within the overall system
• Designing and further developing library components with a focus on image processing and communication interfaces

• An opportunity to build the foundation for next-generation products
• The possibility to learn and implement cutting edge 3D computer vision methods
• Mentorship by experienced PhD-level experts
• The option to write a master thesis following the internship

• Further development of ESO's Requirements Management Tool.
• Support the Configuration & Asset Management for the ELT.
• Automation of hardware configuration and documentation management by using AI/ML.
• Support the Verification Management for the ELT.

• Development of FPGA/SoC-based digital designs for the control and readout of complex, robust laser systems
• Ownership of the full FPGA/SoC development lifecycle: from requirements definition and system architecture through RTL implementation, simulation and prototyping to a qualified product

• Designing and optimising ultra-low phase noise OCXO architectures for defence, aerospace and precisiontimingapplications.
• Developing oscillator circuits, sustaining amplifiers and thermal control systems to achieve phase noise and frequency stability performance.

• Investigation of power system switching/lightning transients, insulation coordination, resonance (SSR, SSTI) and converter-driven stability
• Acquisition and execution of power system studies related to EMT

• Lead complex PCB redesign and electronics development projects from requirements definition through production release.
• Own the technical planning, execution, risk management, and tracking of electronics development activities.

• Develop and optimize quantum sensor concepts based on qubit systems and quantum effects.
• Perform advanced numerical simulations and modeling of qubit-based sensing systems, including relevant physical processes, noise sources and system-level performance.

• experimental and simulation-based investigations of optical diffractive neural networks based on MEMS-Phase Light Modulator
• application of the of the diffractive neural network with multimode fibers for novel routers and multiplexers

You take over the technical leadership for the digital design domain in ASIC projects, coordinating specification, development, and integration across all stakeholders and making key technical decisions....

• Create high-level distributed system architecture aligning with business requirements and technical constraints
• Provide technical guidance and leadership to development teams, ensuring that architectural standards and best practices are followed

• Perform structural and dynamic simulations using LS-DYNA for automotive and battery applications, including vibration and dynamic load scenarios
• Conduct thermal and electro-thermal simulations using ANSYS Workbench and APDL

Drive End-to-End Robotics Deployment: As a Chief Expert Robotics, you will lead the technical implementation and architecture of advanced robotic systems by translating complex algorithms into reliable, production-ready hardware and software solutions....

• Development and testing of concepts for physical AI in surgery
• Exploring how modern AI and computer vision techniques can be employed for surgical scene understanding, synthetic data generation, and robotic automation for surgical tasks

• Developing concepts for surgical 3D scene understanding and computer-assisted surgery, with a focus on 4D Gaussian Splatting, stereo and surface reconstruction, and multimodal sensor fusion
• Evaluating concepts on curated datasets and in own lab experiment settings