לוח משרות דרושים מהנדסים במרכז

We are seeking a Software Engineer Team Lead to lead the development of advanced telecom protocol software powering our cloud-native network intelligence and assurance solutions. This role combines hands-on C++ expertise with technical and team leadership, focusing on high-performance protocol processing for 4G, 5G, and IMS networks, enabling real-time visibility and analytics for Tier-1 telecom operators worldwide.

Responsibilities:

Technical Leadership.

Lead and mentor a team of software engineers.

Lead the design and development of high-performance protocol processing components using modern C++.

Own implementation and analysis of telecom protocols such as GTP, Diameter, SIP, HTTP/2, PFCP, and NAS.

Design software components for high-throughput telecom probes and analytics systems.

Ensure high standards of code quality, performance, scalability, and reliability.

Conduct design and code reviews, and drive engineering best practices.

The Camera System Engineering team in Israel is looking for a system engineer directly responsible for the design of calibration, simulation and test for new camera systems. This engineer works closely with Hardware design, Algorithms, Data analysis and Operation groups to ensure the success of future our products.

Design, specification, development and deployment of camera calibration, simulation and tests.
Responsibilities include:
Develop, optimize and debug the algorithms responsible for test, calibration and image processing
Cooperate with cross functional teams to specify and implement the end-to-end test coverage
Analyze large scale factory data, and formulate critical reports of the product performance
Analyze and debug failures, and come up with Hardware and Software solutions

As a key member of our best-in-class CAD Group, you will be part of building innovative designs. We will apply your hands-on experience in power EM/IR analysis to develop, define and refine the methodologies and flows for gate-level, as well as transistor level designs. Major tasks will include functional static / dynamic IR analysis, scan mode IVD analysis, package and interposer model handling, 3DIC and multi die analysis, power EM analysis, SigEM, power switch modeling, design abstract and reuse for EM/IR purposes, IP / SoC level EMIR sign-off / ECO, and much more. Are you ready to join some of the world's leading engineers, and help us deliver the next generation of ground-breaking our products?

In this highly visible role, your primary responsibilities will include:
- Development of custom EM/IR solutions that scale with accuracy and capacity challenges.
- Streamline and automate EM/IR flow with ownership of the entire flow.
- Support and collaborate with design groups (Physical-design and integration, Circuit-design / Power / Package & System / Technology) on their EM/IR requirements for various post-layout flows.
- Work side by side with EDA vendors and foundries for tool qualification, debug, and enhancement.

We are looking for a passionate software engineer to join our validation software development team. You'll have the unique opportunity to build the validation infrastructure and frameworks that kernel engineers rely on, while also validating kernel features that support our silicon and product roadmap - including memory management, concurrency, scheduling, power transitions, kernel/user boundaries, CPU tracing, and more. You'll be given the ownership and agency to influence the future direction of our products.

Successful candidates will join a multifaceted team responsible for building validation infrastructure and qualifying the latest kernel technologies on all our products, from watches to laptops, including unreleased prototypes. Our team collaborates with software development and validation teams around the world and is involved throughout the development lifecycle, from initial design until we ship to the customer.

Responsibilities:
- Designing, building, and maintaining scalable validation infrastructure, test frameworks, and CI/CD pipelines that enable kernel engineers to efficiently qualify their work across a wide array of Apple devices.
- Developing tooling and automation that improves test reliability, execution speed, and coverage reporting.
- Defining validation strategies, test plans, and testing methodologies for kernel technologies.
- Planning and developing automated test suites to validate new and existing kernel features.
- Independently managing efforts across cross-functional teams and communicating quality status to stakeholders.

We are a hyper-growth company, and our development team is hiring talented and experienced Backend Developers to design and develop end-to-end major features and new services.

Responsibilities:
Work closely with the founding team and product managers.
Support the availability of our service, participate in the on-call shifts.
Innovate, Lear, and Teach.

we are growing and our Principal Mechanical Engineer position is a unique career opportunity that could be your next step towards an exciting future.
This role will sit within the Innovalve team, as part of transcatheter mitral and tricuspid therapies (TMTT) product group. Innovalve Bio Medical Ltd. was acquired in July 2024, enhancing the companys transcatheter mitral valve replacement (TMVR) technologies to address large unmet structural heart patient needs and support sustainable long-term growth.
This role offers an exciting opportunity to contribute to the development of innovative delivery systems that will revolutionize the treatment of cardiovascular diseases.
How you will make an impact:
As a Principal Engineer, Provides expertise in the optimization of product development for the Innovalve delivery system and accessories.
Manage current development and production efforts of current system running through EFS and IDE clinical studies
Concept Development: Collaborate with cross-functional teams to brainstorm, evaluate, and find innovative design concepts for delivery system components.
Design and Development: Design, analyse, and develop components and processes that meet stringent quality, performance, and regulatory requirements.
Problem-Solving: Identify and troubleshoot complex technical issues that arise during development and clinical trials.
Testing and Validation: Conduct rigorous testing and validation activities, including R&D testing, Design Verification (DV) testing, and clinical trial support.
Engineering Change Orders (ECOs): Initiate and manage ECOs to implement design changes and improvements.
Manufacturing Support: Collaborate with manufacturing engineering to ensure seamless transition of designs into production.
Custom Solutions: Develop tailored solutions for unique design challenges and clinical requirements