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we work every single day to craft products that enrich peoples lives. Do you love working on challenges that no one has solved yet? Do you like changing the game? We have an opportunity for an exceptionally talented Design Verification Engineer. As a member of our dynamic group, you will have the rare and rewarding opportunity to craft upcoming products that will delight and encourage millions of customers every single day.

The position is relevant to all sites: Herzliya, Haifa and Jerusalem
Description
In this role you'll participate in the architecture of next generation PHY, conduct RTL implementation of the micro-architecture, participate in clearly defining specification, testing and verification of the PHY design,
work in collaboration with CAD, PD teams to implement RTL design into GDS, run various design verification flow and provide guidelines to other designers and participate in establishing CAD and design methodologies for correct by construction designs

We are currently seeking an Antenna Engineer to join the RF Group within the Hardware Department.
This role focuses on the development of antennas and other RF devices, and offers dynamic, interesting, and innovative work opportunities within the department.
Responsibilities include:
Leading the development of internal antennas, from concept to mass production.
Conducting electromagnetic simulations in CST.
Building antenna prototypes in the lab.
Performing measurements in the RF lab, from card level to final products.
Conducting antenna measurements in an advanced spherical anechoic chamber.
Analyzing results and writing technical reports in English.
Improving processes and implementing new technologies.

We are looking for a HW Team Lead.
Leading and managing a team of experienced hardware engineers, developing products for the IoT field
Characterization and planning of future products in hardware development aspects Providing support for existing products.
Ongoing management of the department's tasks, while defining project schedules and costs in terms of hardware.
Control of the electronic design, accompanying the development team in all stages of the project from planning to mass production.
Working with other interfaces in the organization such as engineering, operation, mechanical development, radio, software, and system engineering.
Risk Management
Concern for constant improvement in the aspect of technical knowledge, work methods, quality, and control of the team's products.
Striving for achievements and innovation, and the ability to lead changes.
Main Responsibilities:
Develop new hardware-based products.
Provide support for existing products.
Mentor and manage a team.
Manage tasks and projects.

With the growing demand for traffic bandwidth in datacenters, efficient physical high-speed communication becomes a crucial part of the development of silicon ASCs that serve networking infrastructures. We are looking for a PHY (Physical Layer) Architect for our Architecture team. We are positioning you to a key role to face this challenge and become part of our team, so we can continue developing the best devices in the industry.

Our networking architecture group is seeking for a highly skilled, leading engineer to explore, and define the Physical layer of our products. As a lead engineer, you'll be responsible to define and drive features and have responsibility on the Physical layer architecture. The role will include definition of both the hardware circuitry and the firmware/software that is involved in operating the physical layer communication, with emphasis on the former. We are searching for hardworking, enthusiastic, engineer which has both highly technical skills as well as good personal skills, in order to be able to lead cross groups activities.

What you will be doing:

Lead projects across team, starting from processing requirements and definitions from customers and translating those into detailed technical specification for hardware architecture, system embedded software, user interface and high-level design.

Supervise the implementation of projects by team-leaders / developers / QA, participate in low level design reviews, QA test plans reviews, and keep track of changes and handle obstacles.

Define the architecture of implementing physical layer standards into our ASIC devices.

Involved in standard bodies activities and definition of next generation protocols.

Define features for the phy layer, to exploit interoperability between different generations of communication.

Be involved in product definition and the high-speed protocols that the company`s networking devices will support.

Work closely with multi-functional teams - design, backend, system, marketing, firmware, driver, etc. Provide architecture definitions and as a result converge on key design decisions.

Become focal point for our physical layer networking communication devices.

We develop Software as a Medical Device (SAMD) products for the medical imaging market. Our products are aimed at improving diagnostic capability, clinical workflow, medical service and efficiency of CT and MRI operations. In this position, you will be responsible for the design and implementation of software subsystems, and the integration of these with other software modules and packages as well as related medical equipment (e.g., MRI scanners).

We are looking for skilled and motivated experienced logic design engineers to join our next generation Snapdragon projects.

With this position you'll be joining the VLSI team of the Camera group working on cutting-edge image signal processor (ISP).

You will be working on innovative design implementing novel image processing and computer vision algorithms that will further raise the bar of image capture for mobile, auto, connected smart camera application and much more.

We are currently looking for a Simulation/Emulation Expert to build our Compute system simulation/Emulation infrastructure, models and analysis tools
RESPONSIBILITIES
Design the architecture of the system simulation/Emulation platform that will be used to analyze performance of Server (Compute and AI) workloads and identify performance bottlenecks
Develop new technologies, methodologies and tools for simulation. Analysis and debug of applications and workload on Huawei servers
Propose and simulate optimizations and innovations on the HW and SW in order to improve server performance for given workloads
Distribute the simulation platform, train and support other teams in China and in Europe using the simulation platform. Technology and methodology.

A dynamic fast-paced start-up company, transforming the way reliability of electronics is achieved. In a world where machines are gaining immense responsibility over our lives, sudden failure is not an option.

We have developed a cloud-based platform, which combines data created in chip-embedded Agents (IPs), with machine learning, to predict faults before they become failures. Our solutions provide unprecedented insights throughout the value chain, from Chip Vendors to System Vendors and Digital Service Providers.

The company was founded by seasoned industry veterans, including three former founders of Mellanox Technologies, with deep knowledge and experience in the electronics industry and is backed by worldwide leading investors.

we combine different disciplines to create a revolutionary solution. Our team is highly interdisciplinary, ranging from SaaS and Machine Learning experts to top designers in Chips and Circuits, as well as masters of EDA. We work together and learn from each other.

We are looking for a CAD Engineer with backend physical design experience to join our team.

We are looking for a capable and experienced Sr. Deep Learning Engineer to join our R&D team. The engineer will work on devising, developing, and integrating novel deep vision-based algorithms at the heart of our autonomous driving system. This is an opportunity to work on cutting-edge deep vision methods, develop and innovate new ideas, and see them deployed on the road in our autonomous vehicles. Responsibilities:
* Designing, training, and optimizing novel computer vision algorithms.
* Taking an End-to End responsibility over medium to long-term projects
* Seeing projects through from research to deployment.
* Devising and implementing performance metrics.
* Supervising complex data pipelines, from the collection stage, through annotation, to training models.
* Communicating, presenting and visualizing results.
* Aligning the algorithms with the product needs.