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The Mechanical Engineer works closely with Hardware Engineering, Product Design, Electrical Engineering, and Process Engineering teams, leading design and analysis efforts across the product development cycle.

Responsibilities
Pioneering opto-mechanical designs for precision assemblies, translating ambitious concepts and optical requirements into manufacturable solutions with exacting tolerances.
Owning mechanical integration of optical components, sensors, and PCBs - encompassing fit, alignment, tolerance stack-up, and assembly sequence definition.
Partnering with Manufacturing and Process Engineering from early design stages to ensure concepts are grounded in process capability and scalable to mass production.
Leading FEM analyses across thermal, static, dynamic, and drop-test scenarios for small form factor consumer devices, ensuring structural integrity and durability under real-world conditions.
Conducting failure analysis (FA) to identify root causes and drive corrective design actions to resolution.
Driving end-to-end prototype builds, R&D setups, jigs, and fixtures in close collaboration with Process Engineering.
Defining and executing design verification and validation plans, and translating results into concrete design improvements.
Defining GD&T and collaborating with manufacturing partners to validate producibility, dimensional compliance, and process yield.
Leading design reviews, identifying risks early, and driving cross-functional resolution of complex mechanical challenges.

We are seeking a Machine Learning expert to join our wireless FW software group and explore innovative applications of ML algorithms in embedded wireless systems and protocols. This role focuses on cutting-edge research to integrate machine learning into wireless firmware architectures as well as protocol design, validation, and performance optimization. The position emphasizes experimental research, algorithm development, and proof-of-concept implementations in the wireless FW domain. This role offers the opportunity to develop novel solutions that bridge the gap between theoretical machine learning capabilities and practical wireless system implementations.
Responsibilities:
Research & Development: Design, develop, and evaluate machine learning algorithms optimized for real-time wireless communication systems operating under strict real-time, power and computational constraints.
Protocol Innovation: Create novel wireless protocols that intelligently incorporate ML techniques for enhanced performance, efficiency, and adaptability.
Algorithm Optimization: Adapt existing wireless algorithms (e.g. Link Quality, QoS, Scheduling etc) by integrating ML approaches while maintaining real-time performance requirements.
Data Collection & Analysis: Gather, analyze, and curate statistics from existing wireless devices and networks to enable ML model training and validation. Design and implement data collection frameworks for various wireless environments and use cases.
System Integration: Develop lightweight ML models suitable for deployment on resource-constrained wireless devices, including edge computing scenarios.
Performance Analysis: Conduct comprehensive performance evaluations through simulation, theoretical analysis, and experimental validation.
Research Publication: Publish findings in top-tier conferences and journals, and present research at industry conferences.
Collaboration: Work closely with hardware engineers, system architects, and product teams to ensure research translates into practical solutions.
Technology Scouting: Stay current with emerging trends in ML, wireless communications, and edge computing technologies.

Power the Future with us! At our company, we're a global leader in smart energy technology, with over 3,000 employees, offices in 34 countries, and millions of installations worldwide. Our innovative solutions include solar inverters, battery Storage, backup systems, EV charging, and AI-based energy management. We're committed to making clean, green energy the primary power source for homes, businesses, and beyond. With the growing demand for electricity, the need for smart, clean energy sources is constantly rising. our company offers amazing opportunities to develop your skills in a multidisciplinary environment, covering everything from research and development to production and customer supply. Work with talented colleagues, tackle exciting challenges, and help create a sustainable future in an industry that's always evolving and innovating. Join us and be part of a company that values creativity, agility, and impactful work. Were looking for a passionate engineer who loves both Python and C, and is eager to develop automation tools for Real-Time Embedded system What Youll Be Doing:
* Develop Python -based automation tools to TEST Real-Time Embedded systems
* Define and implement TEST processes and flows using Python
* Design and simulate TEST circuits using simulation tools
* Read and deeply understand complex Embedded systems written in C
* Opportunity to grow into Embedded software development over time
Country:
Israel
City:
Herzliya

As a Component Engineer specializing in electro-mechanical test jig products, you will play a key role in providing the best electro-mechanical solutions for our design needs. You will be responsible for understanding the manufacturer landscape, assessing component parameters, and offering the most suitable solutions to our design team. Join our dynamic team and contribute to the development of cutting-edge electro-mechanical test jig products.


What You Will Be Doing:

Collaborate with the design team hardware , mechanical and FW/SW to understand project requirements and specifications.

Research and evaluate various manufacturers and suppliers of unique electrical and optical components.

Analyse and assess component parameters, including optical characteristics, data rates, power budgets, and physical form factors.

Recommend and select the most appropriate interconnect solutions based on performance, cost, and reliability.

Provide technical support to the design team during the development and testing phases.

Stay updated with the latest industry trends and advancements in automated jigs technologies.

Play a part in shaping the future of human communication technology. Contribute to a unique multidisciplinary system that models and understands human interaction, redefining what's possible with computer vision, physics, and signal processing at the edge.

In this role, you'll be at the forefront of a one-of-a-kind technical challenge, developing and implementing novel methods for processing and enhancing a proprietary sensor that models human communication. You'll work hands-on with exclusive data: designing the algorithms that process it, and defining the metrics that evaluate and drive its continuous improvement.

Your insights will carry real weight, directly informing sensor decisions and shaping the architecture of the broader system. You'll lead multi-level research efforts to advance a truly unique sensor, drawing on a rich and diverse technical toolkit spanning signal processing, computer vision, physics, and state-of-the-art deep learning. You'll own proprietary data collections using high-end computer vision techniques, studying signals from their raw-level behavior all the way through to their top-level impact on product performance.

This is a role that lives at the intersection of deep research and real-world impact. You'll conduct cutting-edge investigations and translate your findings directly into product outcomes, influencing decisions across the full stack, from hardware choices and algorithmic pipelines to the features that reach the final product.

Responsibilities
Develop and implement novel algorithms for modeling and understanding human communication, combining 2D/3D computer vision, signal processing, and deep learning.
Work with unique proprietary datasets - design large-scale data processing pipelines, define quality metrics, and provide actionable feedback to improve data collection and labeling workflows.
Devise and implement rigorous evaluation frameworks to measure model and data quality, and drive continuous improvement across the system.
Design neural network architectures optimized for SOTA accuracy and computational efficiency.
Stay current with the latest research across computer vision, signal processing, and efficient ML; evaluate and integrate relevant advances into the team's work.
Contribute to internal tooling and best practices for reproducible, scalable ML research and deployment.

We are seeking a motivated Software Development to join our team and assist in developing and maintaining Software for cutting-edge products.
Job Description:
Develop automation tools for multidisciplinary systems based on the customers specifications and requirements.
Collaborate closely with multiple interfaces - R&D, production engineering and system testing with company cross products and be part of the R&D team.
Develop QT and various applications in a Windows environment.
Engage in Software development for Hardware components, working with complex multidisciplinary systems and using variety communication protocols.
Design, write Software documentation, develop code, and perform code reviews.

We are looking for a System Software Development Engineer to help define, shape, and integrate innovative solutions for the next generation of our cloud platforms.
In this role, you will be part of the System Software team, responsible for building and maintaining the software systems that validate servers before they enter our production. You will design and develop scalable test infrastructure, work closely with hardware and embedded components, and play a key role in ensuring the quality and reliability of our systems at scale.

You will collaborate with cross-functional teams, including hardware, firmware, and manufacturing, to gather requirements and deliver robust solutions. The role involves hands-on development in a Linux-based environment, deep system-level debugging, and full ownership across the software development lifecycle- from design and implementation to deployment in manufacturing environments.

This is a unique opportunity to work at the intersection of software and hardware, influence large-scale production systems, and contribute directly to the reliability of our infrastructure worldwide.

Key job responsibilities
We are seeking a new member to join the System Software team and contribute to a variety of projects and related activities:
- Work in a Linux-based environment.
- Build and maintain the software system that validates every server entering our production line.
- Design and develop framework infrastructure for executing hardware tests.
- Collaborate closely with internal and external customers to gather requirements and deliver solutions.
- Participate in the full software development life cycle, from design to manufacturing.
- Work hands-on with hardware interfaces and embedded systems to develop, validate, and debug system functionality.

We are looking for an exceptional Security Research Team Lead to guide and grow our world-class Security Research team.
This role sits at the intersection of deep offensive research and strategic defensive innovation. You will lead a team of talented security researchers while actively contributing to cutting-edge research focused on Linux, runtime environments, and cloud-native attack techniques.
Your work will directly influence how modern threats are detected, understood, and prevented at scale, shaping the security capabilities that protect production environments across global enterprises.
If you are passionate about advanced threat research, malware analysis, and leading high-impact security teams, this role offers the opportunity to combine hands-on technical depth with strategic leadership.
What Youll Do:
Provide technical leadership, mentorship, and strategic direction to a team of security researchers, setting a high bar for research quality and impact.
Lead research into advanced attack techniques targeting Linux-based cloud-native environments, including containers, Kubernetes, and serverless platforms.
Guide the analysis and reverse engineering of Linux malware, uncovering attacker behavior patterns, execution flows, and persistence mechanisms.
Translate threat intelligence and research insights into actionable detection, prevention, and hardening strategies.
Design and prototype advanced runtime detection and observability mechanisms, including kernel-level approaches such as eBPF.
Turn cutting-edge research into scalable security capabilities that protect large-scale production systems.
Partner closely with engineering, product, and platform teams to ensure research outcomes translate into real product value.
Influence long-term security strategy through research-driven insights and threat analysis.
Foster a culture of technical excellence, curiosity, and innovation within the research team

As R&D researcher, you will conduct research & investigations in variant fields, to develop and validate HP Indigos Inks

Study and optimize physical process parameters and materials to achieve best in class print quality, performance and costs
Design, perform, analyse, and summarize experiments involving multi-disciplinary findings. Share the gained knowledge 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 that give answers to research questions
Develop physical models to characterize complex systems, interactions between subsystems, understand physical mechanisms and define critical parameters

Required Senior iOS Developer
We're building the next generation of travel technology by harnessing the power of artificial intelligence and large language models. Our new mobile platform will blend cutting-edge AI with innovative user experiences to create an intelligent travel companion unlike anything on the market today. This groundbreaking application will understand travelers' needs, anticipate their requests, and deliver personalized assistance through conversational interfaces and immersive interactions.
Join us at the intersection of AI and mobile excellence, where you'll define new paradigms for how travelers interact with technology.
What Youll Do:
Design and implement innovative UX patterns for conversational interfaces and AI-driven experiences
Architect and develop AI-powered features using Swift
Create intuitive interactions that make complex AI capabilities accessible and delightful for users
Collaborate with AI engineers to translate machine learning capabilities into practical mobile features
Lead the implementation of context-aware features that leverage user behavior and preferences.

We are looking for a Security Lead to join our companys R&D organization, taking a central, cross-functional role in shaping the security posture of our products. This role combines deep hands-on expertise with cross-organizational leadership, working closely with senior leaders to shape and implement security strategy across all product lines. You will lead end-to-end security initiatives, influence engineering practices at scale, and play a critical role in ensuring our products meet the highest security standards.
Key Responsibilities
Lead security in the R&D organization by professionalism and cooperation across our company
Maintain and develop the Secure Development Life Cycle of all our companys Products Organization, work with R&D, QA, Sales, Support, external researchers, and customers to make the cyber landscape a safer place.
Conduct architectural security reviews and threat modeling for R&D
Full triage for our company's VDP and BBP reports, including analyzing reports, calculating severities and communications with reporters.
Define and develop security training to implement cross organization
Be a first responder in security incidents, including leading and defining actions to resolution
Manage and monitor our company's SCA, SAST, DAST tools.

We are seeking an Applied Scientist to help build our next-generation customer memory and personalization systems.

As an Applied Scientist, you will design and build ML and LLM-powered solutions for our customer memory and personalization systems. You will work on how customer knowledge is extracted, validated, and applied in production systems.

You will own the end-to-end delivery of ML solutions, from problem formulation and modeling to offline and online experimentation, and production deployment at scale. You will deliver high-quality, scalable systems that power customer-facing experiences.
You will drive work across areas such as fact extraction, memory quality and lifecycle, temporal reasoning, and grounded personalization, while navigating tradeoffs between quality, latency, and coverage.
You will collaborate closely with engineering and product teams to translate research into measurable customer impact.

We are seeking an Applied Scientist to help build our next-generation customer memory and personalization systems.

As an Applied Scientist, you will design and build ML and LLM-powered solutions for our customer memory and personalization systems. You will work on how customer knowledge is extracted, validated, and applied in production systems.

You will own the end-to-end delivery of ML solutions, from problem formulation and modeling to offline and online experimentation, and production deployment at scale. You will deliver high-quality, scalable systems that power customer-facing experiences.
You will drive work across areas such as fact extraction, memory quality and lifecycle, temporal reasoning, and grounded personalization, while navigating tradeoffs between quality, latency, and coverage.
You will collaborate closely with engineering and product teams to translate research into measurable customer impact.

We are looking for a talented Mechanical Engineer to join the R&D Incubation team on a temporary basis. In this role, you will contribute to the early-stage design and development of innovative cardiovascular technologies in the TAVI (Transcatheter Aortic Valve Implantation) space. You will be responsible for concept development, laboratory testing, and collaboration with internal stakeholders and external manufacturing partners.
How you will make an impact:
Develop and iterate early-stage mechanical concepts and prototypes for transcatheter cardiovascular devices
Plan, execute, analyze, and report bench testing
Create and maintain 3D models, engineering drawings, and technical documentation using SolidWorks
Coordinate with external vendors and contract manufacturers on component fabrication and delivery
Collaborate closely with the THV Incubation Manager and cross-site engineering teams (Israel & Irvine)
Support design reviews, project milestones, and technical documentation as required.

Required Lead Clinical Applications Engineer
Job Description Summary
The Lead Clinical Applications Engineer is a role within R&D, focused primarily on new product introduction and continuous improvement of post-market 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 - PET‑CT R&D
Key Responsibilities
Serve as a clinical reference for 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 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 PET‑CT features, supporting clinical validation and performance claims.
Contribute to usability, clinical validation, and regulatory‑related documentation as required.