Supporting HR strategy execution and preparing executive materials for senior leadership. Lateral leadership and complex program delivery experience required. Cross-functional project coordination with HR BMs, CoE, Finance, and business leaders.
Designing and simulating complex optomechanical systems for AR/VR glasses, including injection molding tools. Several years of optomechanical systems development experience required. Professional development opportunities, 4-day work week.
Optimizing retail formats for scalability and expansion at an ophthalmic lens manufacturer. Several years of retail management experience in premium environments required. Focus on retail excellence standards and strategy integration.
Developing and scaling new business segments for ophthalmic lenses. Strategic and analytical thinking required. Hands-on mentality and entrepreneurial mindset.
Prototyping new surfacing processes for prescription lenses, optimizing tools and parameters for lens generating. University degree in engineering and lens surfacing experience required. Professional development opportunities.
Developing bonding and lamination processes for optical components and prescription lenses. Experience in process development for optical devices required. Ample opportunities for professional development.
Optimizing surfacing processes for optical lenses at ZEISS Extended Reality. Bachelor's degree in engineering and lens surfacing experience required. 4-day work week, company car for private use.
Designing AR/VR optical systems with integrated vision correction for ZEISS XR. Strong knowledge of reflective, diffractive, and holographic system design required. Ample professional development opportunities.
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Capturing visuals of streets and public spaces with 360° cameras and lidars, counting features, recording speech for field data collection where automation is not possible. 5 years of driving experience and professional driving background required; English and local language proficiency essential. Work in an international team, collecting data across diverse European public spaces.
Collecting field data by counting features, taking pictures, and recording videos in public streets and commercial districts. Valid Driver License and German work authorization required. Flexible schedule, hands-on field work.
Driving routes, collecting street images, POI data, and recording speech for a field data collection firm. Valid driver's license and personal vehicle parking space required. Extensive daily driving, independent field work.
Driving specific routes for street-level imagery and audio data collection in a field data company. Valid driver's license, German work authorization, and personal vehicle parking space required. Outdoor work, independent route planning, and flexible daily schedule.
End-to-end technical ownership for integrating complex functions in semiconductor equipment. Several years of practical experience in system integration and qualification required. Hands-on work in laboratory or cleanroom environments.
Qualifying wafer handling for safe, repeatable movement in semiconductor manufacturing. Strong understanding of system qualification and structured verification needed. Cleanroom environment, hands-on analysis of slip, misalignment, and particle risks.
Project leadership for Wafer Inspection Optics components, optimizing products and processes. 3-5 years semiconductor supplier or OEM experience required. Project team leadership for 5-10 members.
Designing electronic hardware and programming PLC-based machine control systems for microchip development. Experience in circuit design, industrial automation, and PLC programming required. Development of PCB designs, electrical schematics, and electronic architectures.
Developing transport system design guidelines for optical components using shock analysis methods. MATLAB/Python data analysis and CAD/FEM experience preferred. Analysis of shock/load cases via literature, data, and experiments.
Strategic project leadership and data-driven recommendations for the OPT Leadership Team. Master's degree and significant experience in strategy or consulting required. Hybrid work, 4-week workation option.
Developing breakthrough equipment concepts for microchip manufacturing. Deep technical understanding of photonics manufacturing required. Focus on pre-development initiatives and technology roadmaps.
Supporting adhesive technology development for opto-mechanical assemblies at a semiconductor equipment manufacturer. Initial lab or project experience preferred. Opportunity to combine studies with practical experience.
Developing and implementing global sales strategies for semiconductor clients. 5 years of semiconductor experience and intercultural collaboration skills required. Travel required, with potential for international assignments.
Developing modular system architecture for semiconductor wafer inspection tools. Profound system architecture knowledge required. Collaboration with hardware engineers and software developers.
Defining software architecture for X-ray-based semiconductor inspection tools. Complex system architecture and high-tech domain experience required. Collaboration with hardware-software co-development teams.
Developing simulation and digital twin models for X-ray imaging systems. Several years of experience in X-ray physics and imaging required. Experimental work in a research environment.
FIB-SEM process flow development for 3D-Tomography tools in semiconductor manufacturing. Several years of professional experience required. Automation concept definition and machine design across disciplines.
Designing test components for sealing interfaces in semiconductor manufacturing equipment. Initial vacuum systems and fluid mechanics experience required. Workshop environment with 20 employees.
Global sensor portfolio management for CMMs and VMMs, translating performance needs into product concepts. Several years in B2B industrial metrology environments required. Focus on sensor strategy and market positioning.
Developing GPU-accelerated rendering features with Vulkan and Slang for digital twins. Strong C++ and computer graphics fundamentals required. Mentorship by experienced researchers, access to modern hardware.
Developing semi-optimal truss-structures using CAE and tailored visualization methods for semiconductor manufacturing equipment. Familiarity with modular software architecture and numerical method implementations required. Working in a 5-person development team.
Developing classical and modern ML algorithms for super resolution, denoising, and contrast enhancement on embedded hardware. Mathematical image processing expertise and Python/C++ proficiency required. Work in a hardware-constrained environment with toolkits like TensorFlow or PyTorch.