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We are seeking a hands-on physicist to join the CTO/New Technologies group and drive the exploration, validation, and development of emerging metrology technologies. The role combines early-stage technology scouting, concept validation, optical experimentation, and development of novel measurement approaches.
As a New-Tech Physicist, you will lead and execute concept and feasibility studies, working both independently and in close collaboration with internal teams and external partners. In this role, you will play a key part in identifying, evaluating, and integrating emerging technologies that will shape our innovation roadmap and future product portfolio.
Responsibilities
What will you be doing:
Lead concept and feasibility studies for new technologies.
Design and build advanced optical laboratory setups.
Perform hands-on experiments, simulations, and data analysis.
Develop algorithms using Python and/or MATLAB.
Scout emerging technologies and industry needs.
Collaborate with internal and external partners.
Influence our technology roadmap.

We are looking for a highly capable and experienced Technology Director for leading a multidisciplinary technology team in our CTO organization. The team specializes in the development of future physical and mathematical modeling solutions of multiple technologies across all our divisions.
We develop metrology products for the semiconductor industry, allowing measurement of the device geometry (transistors, memory devices etc.) with sub-nanometer accuracy as well as material properties. The ever-shrinking dimensions of devices require a corresponding development of new and improved metrology technologies, which is the responsibility of the CTO group.
The successful candidate will play a key role in shaping the modeling solutions roadmap of future metrology products as well as facilitate cross-divisional technological activities. She/He is expected to lead and develop the team in accordance with the growing needs and challenges the company faces.
The position reports to the Corporate CTO and includes managing a team of 7 physicists and data scientists
The successful candidate will play a key role in shaping the modeling solutions roadmap of future metrology products as well as facilitate cross-divisional technological activities. She/He is expected to lead and develop the team in accordance with the growing needs and challenges the company faces
The position reports to the Corporate CTO and includes managing a team of 7 physicists and data scientists
Responsibilities:
Own and shape the roadmap for next-generation physical, mathematical, and AI-enabled modeling solutions that will power our future metrology platforms and support the companys long-term technology and product strategy.
Lead, inspire, and develop a high-caliber multidisciplinary team of physicists and data scientists, creating an environment of scientific depth, technical excellence, accountability, curiosity, and bold innovation.
Transform complex semiconductor device, materials, and process-control challenges into robust modeling capabilities that deliver sub-nanometer accuracy, deeper process insight, and measurable customer value.
Partner closely with technology, product, algorithms, hardware, applications, and divisional leadership teams to bridge advanced research with product execution and accelerate the transition from scientific concept to high-value metrology solution.
Initiate and lead strategic internal and external collaborations with customers, research partners, and technology groups to expand our modeling capabilities across dimensional, materials, chemical, and software-enabled metrology domains.
Scout, evaluate, and translate emerging scientific, semiconductor, AI, machine learning, and high-performance computing trends into practical technology directions that strengthen our competitive edge.
Build the teams technical capabilities, working methodologies, and talent pipeline to support our growth, global customer needs, and increasingly complex technology transitions in advanced semiconductor manufacturing.
Serve as a senior technology leader within the Corporate CTO organization, influencing cross-company priorities, communicating complex ideas clearly, and helping us continue to see the unseen through breakthrough process-control innovation.

Required Acoustics Research Engineer
Why this role exists
Noise - not range, not cost - is what keeps aircraft out of cities. We exist because we believe an acoustic signature roughly four times lower than conventional eVTOLs changes what urban aviation is allowed to be, and this role sits at the exact center of that bet. You will own the methods that tell us, with numbers we can defend, how quiet the vehicle actually is - and where the next decibel comes from.
What you'll own:
Develop and validate source-noise prediction models for our novel lift and propulsion architecture, from first-principles aeroacoustics through empirically anchored corrections.
Design and execute acoustic measurement campaigns in anechoic facilities and at outdoor ranges, owning microphone array design, calibration chains, and data acquisition end to end.
Reduce rig and flight-test acoustic data into validated spectra, directivity maps, and component-level source rankings that directly drive vehicle design decisions.
Quantify community-noise exposure using EPNL, SEL, dBA, and tonality-corrected metrics, and translate the results into hard, testable requirements for design teams.
Build psychoacoustic models - loudness, sharpness, tonality, fluctuation strength - and run jury listening studies that connect physical metrics to human annoyance.
Run aeroacoustic simulations coupling CFD to acoustic analogy solvers (FW-H or equivalent), and reconcile predictions against measured data every design cycle.
Define and defend the vehicle noise budget at design reviews, allocating margins across subsystems and flagging acoustic risk before hardware is built.
Author measurement procedures, test reports, and model validation documents rigorous enough to anchor future certification arguments.

BIRD Aerosystems, a global provider of innovative defense solutions is seeking a skilled EO & Radar Systems Engineer to join our innovative engineering team. In this role, you will be at the forefront of designing, developing, integrating, and testing advanced electro-optical and radar systems for aerospace applications. You will work closely with multidisciplinary teams to develop cutting-edge solutions, optimize system performance, and support the transition of advanced technologies from development to production and field deployment. Responsibilities
* Design and develop advanced defense system based on electro -optical (EO) and radar technologies for aerospace platforms.
* Lead and support system-level integration, testing, and validation of EO and radar technologies.
* Define system requirements, architectures, interfaces, and technical specifications.
* Collaborate with multidisciplinary teams including hardware, software, algorithms, mechanical, production, and system engineering.
* Evaluate and integrate new EO, radar, sensing, and related technologies to enhance system capabilities.

we are looking for a Experimental Physicist.
The position of an experimental physicist includes hands-on involvement in the development of our first-generation industrial machine. An experimental physicist is expected to be an experienced physicist who brings deep physical understanding, wide technological knowledge, enthusiasm, and commitment to the development process, working in tight collaboration with other development disciplines.
Duties and Responsibilities:
Gaining knowledge and understanding of the machine's inner workings and driving physical principles, attaining a holistic view of the casting process and the machine.
Detecting, characterizing, understanding, and solving unpredicted challenges.
Devising and implementing novel solutions.
Designing, performing, and analyzing on-tool experiments.

We are looking for some exceptional talent to join our Innovation team as an Applied Physics & EO Researcher.
Your Day to Day:
Ownership of complex experimental systems and meeting challenging targets under tight deadlines
Lead and contribute to multidisciplinary research projects across advanced technologies and emerging domains
Design, execute, and analyze experiments, simulations, and proof-of-concept studies
Translate theoretical physics concepts into scalable, real-world applications
Collaborate closely with engineering, product, and cross-functional teams to drive innovation
Stay at the forefront of scientific and technological advancements and identify opportunities for integration
Present research findings clearly to both technical and non-technical stakeholders

The Lead Clinical Applications Engineer is a role within R&D, focused primarily on new product introduction and continuous improvement of post-market Nuclear Medicine and/or PET-CT imaging systems and related software. The role provides clinical and application expertise to product and engineering teams, ensuring solutions meet clinical needs, deliver strong image quality and quantification, and perform reliably in real‑world use.
Working closely with R&D, system engineering, product management, service, and field teams and customers, this role translates clinical needs, customer feedback, and usage insights into practical system and software improvements, while supporting resolution of complex clinical and application‑related issues.
Job Description
Lead Clinical Applications Engineer
Key Responsibilities
Serve as a clinical reference for Nuclear Medicine and PET-CT applications and workflows within R&D programs.
Support investigation of selected complex customer or field issues, translating findings into actionable inputs for product improvement.
Interface with product, software, algorithms, system engineering, hardware, UX, service, and field organizations as needed.
Translate clinical use cases and user needs into system and software requirements in collaboration with engineering teams.
Support design and validation of Nuclear Medicine and PET-CT applications, reconstruction methods, and workflow solutions.
Provide clinical input to decisions impacting image quality, quantification accuracy, dose, and user experience.
Participate in evaluation of AI‑enabled Nuclear Medicine and PET-CT, supporting clinical validation and performance claims.
Contribute to usability, clinical validation, and regulatory‑related documentation as required.

As a quantum researcher, your main role will be to develop algorithmic and error-reduction tools to help our partners and customers achieve quantum advantage for their applications. You will develop our error reduction methods, including mitigation and correction, and apply them to different use cases by optimizing existing methods, developing new algorithms, and adapting these tools to the realities of running on quantum hardware. This includes taking into account application requirements, noise characteristics, device constraints, and performance on real quantum devices.

Responsibilities
Developing new error reduction methods, including mitigation and correction, for quantum algorithms.
Optimizing error reduction methods for different algorithms, applications, and hardware settings.
Developing new quantum algorithms to enhance performance on real quantum hardware with error mitigation.
Conducting research on applications of quantum computing with our partners, including implementing and running proof-of-concept demonstrations of these applications on real quantum hardware. 

Required Signal/Power Integrity Engineer, PhD Graduate
About the job
Be part of a team that pushes boundaries, developing custom silicon solutions that power the future of our direct-to-consumer products. You'll contribute to the innovation behind products loved by millions worldwide. Your expertise will shape the next generation of hardware experiences, delivering unparalleled performance, efficiency, and integration.
Responsibilities:
Simulate high speed interface electrical behavior using HSPICE or other circuit simulators.
Generate precise electrical models (e.g., S-parameters, SPICE models) for components such as packages, PCBs, and connectors for use in simulations.
Collaborate extensively with cross-functional teams, including ASIC architects, digital/analog designers, physical design/layout engineers, and system engineers, to define specifications and resolve integration challenges.
Execute lab measurements utilizing test equipment like oscilloscopes, Vector Network Analyzers (VNA), Time Domain Reflectometers (TDR) , Spectrum analyzers to validate simulation outcomes and debug signal and power-related issues on silicon prototypes and boards.
Establish robust design rules and guidelines for optimal signal/power integrity during PCB and package layout, ensuring high production yield and reliability.

As R&D researcher, you will conduct researches & investigation in variant fields , to develop and shape HP Indigos future platforms.

Responsibility on the printing process development of tomorrow's HP Indigo engines to meet print quality and cost targets

Study and optimize physical process parameters and materials to achieve best in class print quality

Design, perform, analyse and summarize experiments involving multi-disciplinary knowledge. Share findings with relevant stakeholders both in technical community and at management level

Convert marketing requirements into engineering requirements, based on theory and experiments

Develop and improve quantitative measurement methodologies

Develop physical models to characterize systems, interactions between subsystems, understand physical mechanisms and define critical parameters

Working with a diverse group of physicists and engineers helping to solve complex problems.

The Senior Silicon Photonics PIC Design Engineer will help build next-generation Photonic Integrated Circuits (PICs) that power high-performance optical interconnect solutions. In this role, you will lead the design, simulation, layout, and system-level testing of advanced silicon photonics components, while contributing to optical test instrumentation for emerging semiconductor test markets.
As a member of the Silicon Photonics Engineering Staff, you will be a key player in the definition, implementation, and validation of complex automated test equipment that interfaces optical ports of silicon photonic devices at all stages of fabrication, from wafer probe to packaged test.
Lead the design, simulation, layout, and system-level testing of advanced silicon photonics components and Photonic Integrated Circuits.
Utilize simulation and design tools, including Ansys/Lumerical and Cadence Virtuoso, to design, validate, and optimize photonic designs.
Collaborate closely with design, layout, EIC, packaging, validation, quality, and system architecture teams to develop high-performance integrated photonic circuits and validate link performance.
Partner with fab and process engineers to define and optimize device design and implement process monitoring structures.
Develop test and qualification plans in coordination with validation and quality engineering teams.
Conduct rigorous testing and characterization of devices and PICs, including passive and active photonic components.
Engage in direct collaboration with silicon foundries to streamline processes and support successful tape-out execution.

The Senior Silicon Photonics PIC Design Engineer will help build next-generation Photonic Integrated Circuits (PICs) that power high-performance optical interconnect solutions. In this role, you will lead the design, simulation, layout, and system-level testing of advanced silicon photonics components, while contributing to optical test instrumentation for emerging semiconductor test markets.
As a member of the Silicon Photonics Engineering Staff, you will be a key player in the definition, implementation, and validation of complex automated test equipment that interfaces optical ports of silicon photonic devices at all stages of fabrication, from wafer probe to packaged test.
Lead the design, simulation, layout, and system-level testing of advanced silicon photonics components and Photonic Integrated Circuits.
Utilize simulation and design tools, including Ansys/Lumerical and Cadence Virtuoso, to design, validate, and optimize photonic designs.
Collaborate closely with design, layout, EIC, packaging, validation, quality, and system architecture teams to develop high-performance integrated photonic circuits and validate link performance.
Partner with fab and process engineers to define and optimize device design and implement process monitoring structures.
Develop test and qualification plans in coordination with validation and quality engineering teams.
Conduct rigorous testing and characterization of devices and PICs, including passive and active photonic components.
Engage in direct collaboration with silicon foundries to streamline processes and support successful tape-out execution.