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As a Technical Project Manager, you will drive the planning, execution, and delivery of key cross-domain initiatives across Product and R&D. As part of our Product organization, you will act as a key connector between Product, R&D, QA, and Operations, ensuring teams are aligned and execution stays on track. You will navigate complex dependencies, remove blockers, and drive initiatives from early-stage 0-to-1 products through large, multi-quarter projects in a dynamic and fast-paced environment.

What youll do:

Lead Cross-Domain Initiatives: Own end-to-end execution of complex initiatives across multiple Product and R&D teams, managing dependencies, risks, priorities, and timelines.
Define the Solution: Take an active part in defining the solution together with the Product Lead and R&D Lead, so the plan is shaped with the people who will build it and own it.
Plan & Align: Take an active role in quarterly planning - OKRs, capacity, and roadmaps - and partner closely with Product and R&D leaders on execution plans.
Run the Delivery Discipline: Apply project management practice consistently across your programs: progress tracking, planning and timeline management (including Gantt views), capacity planning, risk assessment, and scope and change control.
Own External Commitments: Track and protect the commitments that carry an outside deadline - a client at risk, a launch date agreed with a partner - and surface their real status early enough for the organization to act on it.
Drive Execution: Turn strategy into action, resolve complex bottlenecks, and balance business priorities against technical constraints so teams can make clear, practical decisions.

We are seeking a highly experienced professional with a strong background in RF, digital, and system-level testing, and with the ability to guide technical decisions, solve complex integration challenges, and support advanced test equipment for production environments.

What will you do:

Design and develop Automated Test Equipment (ATE) for RF, digital, and mixed-signal products at board and system levels.

Lead the technical definition and implementation of test strategies in collaboration with R&D, product engineering, and manufacturing teams.

Own the technical analysis of system schematics, block diagrams, and interface requirements to define robust and reliable ATE solutions.

Support production lines by troubleshooting test failures and optimizing test processes for yield and throughput improvements.

Provide technical guidance for integration with software and firmware control and automation systems.

Evaluate and select test instruments, fixtures, and measurement techniques based on product specifications.

Maintain documentation for test systems, including design files, calibration procedures, and troubleshooting guides.

Mentor engineers and technicians on ATE methodologies, operation, and maintenance.

Outstanding opportunity to be part of a super-cutting-edge team working on systems above and beyond the globe.



What you will be doing​



Writing system validation Test plans , Design and develop Test programs to validated embedded system features and performance.

Conducting System Validation Test cycles to verify systems based on HW (analog and Digital), RF, SW, FW

Experience with Python or C programing, Git or other programming languages & source control.

Strong technical troubleshooting.

Develop tools and utilities for Lab & field testing, feature analysis

High debug capabilities when work with the Software, systems, HW teams on complex issues.

Ability to move fast and decisiveness.

Building development environment.

Designing automate tests.

E2E ownership product from kickoff to production.

We are looking for a Ground Systems Integration Engineer to join a multidisciplinary team responsible for the integration and operation of satellite ground systems, with a strong focus on RF and communication technologies, including antennas, satellite modems and ground station equipment.
Responsibilities:

* Integrate and support satellite ground system components, including RF, hardware, software and network elements.
* Collaborate with multidisciplinary engineering teams.
* Troubleshoot system and RF -related issues.
* Create and maintain technical documentation.
* Support project execution and on-site activities abroad.

For an innovative start-up company that develops revolutionary 5G private network software solution, were looking for a technical enthusiastic senior software engineer experience with Linux based real time applications, Kernel optimizations, virtualization and SRIOV networking as well as Kubernetes and containers run time environments. In this position, you will define the technologies and architecture for the product and lead the implementation and field testing and deployments.

We are looking for a hands-on systems engineer to join the development of a multi-RAT digital twin for our Open RAN solution. The role will involve contributing to the integration of production RAN software with PHY, channel, UE, traffic, and network models, and supporting the development of simulation capabilities for LTE, 5G NR, and 2G. This is a great opportunity to gain hands-on experience in RAN systems, simulation, and AI/ML within a highly technical environment.
What will you do:
Contribute to the development of a modular, multi-RAT RAN digital twin covering LTE and 5G NR.
Develop and integrate production software components with simulation and analysis tooling using stable and maintainable interfaces.
Work with software and system teams to model communication-system behavior, including traffic, mobility, scheduling, interference, and performance KPIs.
Support the extension of existing LTE simulation capabilities and reusable components for additional radio technologies.
Develop software components and tools in C/C++ and Python for simulation, automation, data processing, and analysis.
Support the development and evaluation of AI/ML-based capabilities for communication systems and network optimization.
Build datasets, experiment pipelines, and automated analysis tools to evaluate system behavior and algorithm performance.
Create reproducible tests and experiments across software builds and algorithm versions using defined scenarios, configurations, and KPIs.
Support simulation verification and validation activities, including comparison with lab results and analysis of model behavior.
Build automated unit, component, end-to-end, regression, and performance tests and integrate them into CI/CD workflows.
Improve simulation speed, usability, observability, and automation so engineering teams can run repeatable experiments independently.
Debug issues across C/C++, Python, MATLAB, system software, configuration, and reference measurements.
Document assumptions, supported scenarios, limitations, and experiment results in a clear and structured way.
Work closely with RAN, PHY, system, AI/ML, automation, and validation teams to turn engineering questions into measurable experiments.

Prisma-Photonics is a rapidly growing startup company, developing the next-generation smart-infrastructure solution based on novel fiber-sensing technology (smart roads, smart cities, perimeters, and grid monitoring, etc.). The company offers an award-winning disruptive solution; a “sensor free” approach to smart infrastructure. The company is VC backed and in the revenues stage. Combining pioneering technology in optical fiber sensing with state-of-the-art machine learning, we help prevent environmental disasters, protect human lives, and keep critical energy and transportation backbones running smoothly.
We are looking for a talented, self-driven, and hands-on Electro Optics Systems Engineer to join Prisma Photonics’ R&D team. In this role, you will develop and advance next-generation distributed fiber-optic acoustic sensing (DAS) systems, combining electro-optic system design, performance modeling, simulations, experimental validation, and field data analysis. You will tackle complex physical and engineering challenges, contribute to next-generation product development, and collaborate closely with multidisciplinary teams to bring innovative sensing technologies from concept to real-world deployment. This role is ideal for someone who thrives in a fast-paced, hands-on R&D environment, enjoys working across disciplines, and wants to see their work translate into real-world impact.

Hiring Manager:
Eyal Hollander

What You’ll Do:

* Lead experimental and theoretical R&D efforts for the development of Prisma’s next-generation distributed fiber-optic acoustic sensing systems.
* Design, evaluate, and optimize electro-optic interrogation systems for distributed acoustic sensing applications.
* Develop system-level models and simulations for optical signal generation, fiber propagation, coherent detection, system noise, SNR, and sensing performance.
* Build software tools and simulations in Python, C++, or similar languages for system evaluation, signal processing, field data analysis, and performance modeling.
* Plan, execute, and analyze laboratory and field experiments to validate system performance and support product development.
* Gain unique end-to-end expertise across the full sensing system pipeline, spanning fiber optics, electro-optics, coherent detection, DSP algorithms, and advanced data analysis.
* Lead product development activities from ideation and proof of concept through design, qualification, validation, and deployment.
* Collaborate closely with multidisciplinary R&D teams, including physicists, software engineers, algorithm developers, and hardware engineers.
* Communicate effectively with both technical and non-technical stakeholders, translating complex system behavior into clear insights and actionable recommendations.


What You Bring:

* BSc or MSc in Physics, Optical Engineering, Electrical Engineering, system engineering or a related field.
* At least 4 years of experience in multidisciplinary electro-optic systems, either as a Systems Engineer or in hands-on electro-optic, fiber-optic system design, integration, testing, or performance evaluation.
* Experience with noise analysis, including phase noise, detector noise, amplifier noise, SNR, and related system performance metrics.
* Experience with advanced optical measurement techniques, laboratory setups, and system characterization.
* Strong programming skills in Python, C++, or similar languages.
* Excellent analytical and problem-solving skills, with the ability to connect physical phenomena, system behavior, and data-driven insights.
* Strong communication skills and the ability to work effectively both independently and as part of a multidisciplinary team.
* Ability to manage multiple projects and priorities in a dynamic, fast-paced environment.


Great to Have:

* Knowledge in digital signal processing.
* Experience with telecom optical systems or

As a Wireless Design Verification Engineer, you will be part of a team that is responsible for pre-silicon RTL verification of communication subsystems, SoC sub-systems and chip-level functionality. The activity may focus on block level, sub-system level or chip level, including end-to-end simulations of the entire data/control path. You will interact with DV methodologists, designers and communication systems engineers to develop reusable testbench and verification environment deploying the latest methodology with metric driven verification.

Description
- Own critical block and sub-system verification of wireless SoC projects.
- Architect and develop testbenches and environments, by using state-of-the-art verification methodologies.
- Define verification plan, create, simulate and debug test scenarios.
- Drive regression and coverage analysis to ensure high quality DV.
- Collaborate with design and systems engineering teams to review requirements, specifications and architecture, extract features and define DV attribute.

We're seeking a passionate and skilled Embedded Firmware Engineer to play a pivotal role in delivering the next generation of us. In this highly visible position, you'll be at the intersection of hardware and software, collaborating closely with logic designers to deeply understand system-level operations and performance requirements for hardware validation. In this role, you will develop critical low-level embedded firmware specifically designed to validate hardware functionality, ensure conformance, and drive performance during the bring-up and testing phases of new silicon. This involves designing, developing, and integrating complex drivers, diagnostic tests, and infrastructure essential for SoC bring-up, post-silicon validation, and debugging activities. Ultimately, you'll lead hands-on firmware development, system-level validation, and problem-solving at the hardware-software interface in a dynamic, collaborative environment, with your work directly enabling the successful launch of future products by ensuring our silicon meets the highest standards.

As member of the DV CAD team, you have the opportunity to impact our engineers who develop next generation of our products!
You will be responsible for developing software solutions used by thousands of DV engineers globally. You will be supporting design process of all chip families we make (iPhone, iPad, Mac, our Watch and more), and your work will help streamline this complex process. This role combines DV knowledge alongside modern software engineering practices. Your work will be very diverse, and you will have broad impact contributing to the success of us.


You will develop and drive software development of multiple tools across the DV space, including cloud-native services, GUI, LLM harness, CI/CD. Your work will span from software development and architecture to collaborating with DV engineers, working with EDA vendors, and supporting critical project milestones.

Responsibilities
Developing and maintaining LLM harness for agentic DV workflows, and being responsible for benchmarking and improving accuracy of agentic workflows.
Building and managing cloud-native services running on k8s, including CI/CD, containerization, alerting, databases, GUI and monitoring.
Communication with DV stakeholders and working to understand user requirements.
Writing and maintaining Python scripts used as part of design simulation flows.
Supporting multiple projects simultaneously.

The AI VLSI department develops top notch NPU that enables the execution of state-of-the-art LLMs, Generative AI models, and neural networks with exceptional performance, impacting multiple hardware and software teams across the company facing amazing PPAA challenges of the edge market.
In this role, as VLSI Team Leader in the AI VLSI department, you will lead a team of engineers developing cutting edge VLSI products such as - DSP, HW accelerators and AI Processors for the edge market, with full responsibility on the Front-End Design.
You will drive the development of robust, scalable, and efficient VLSI design, working closely with global Architecture, hardware simulator and Software teams to shape our companys next generation of AI solutions.
We are looking for an exceptional hands-on leader with strong technical expertise, proven experience leading VLSI Front-End Design engineers, and a track record of delivering complex, state-of-the-art products on time and in production ready quality.
The ideal candidate is execution-driven, innovative, and passionate about building high-performing team and cutting-edge AI technology.
Responsibilities
Manage and lead a team of Front-End Design engineers.
Be accountable for the teams development lifecycle, including architecture, development, validation, and release, focusing on meeting PPAA targets.
Lead development of advanced VLSI IPs for AI processors, DSP and HW accelerators while continuing pushing the VLSI design methodologies, procedures, sign off and AI tools assimilation to its next level.
Support system bring-up, debugging, and customer-facing activities when needed.

In this role, you will have a direct impact on our product quality. As a team member in our SW team, you will be responsible for the development and operating of different SW and HW blocks in our system, analyze, optimize and debug your work and test the results and explore issues on your developed modules and other modules you will integrate with.
You will solve complicated failures and bugs and will dive into the code and the HW to understand why the failure occurs. You will be responsible for managing your developed products, including full test plan that will drive our system to zero bugs on the customer side
You will use the newest AI tools to speed up your development and debugging
Responsibilities:
Design, implement, maintain, optimize, and run various SW parts that are needed for the 5G Modem, including HW blocks drivers programming and operation.
Analyze and debug test results and explore results and issues.
Verify functionality and code performance of your developed code.
Track problematic code parts and work on improving them, WRT code cycle performance and code size performance.

We are looking for a CAD/Emulation Engineer to join our infrastructure team. This position is providing hands-on experience with advanced VLSI CAD/Emulation flows and infrastructure.
Key Responsibilities
Develop and maintain automation scripts for front-end Emulation and VLSI CAD flows and automation.
Support execution and releases of VLSI artifacts while maintaining advanced CAD flows.
Assist in improving infrastructure efficiency and tool integration.
Work with advanced version control systems and CI/CD pipelines for regression and build environments
Responsible for top notch emulation methodologies and procedures.

Lead a team of compiler engineers responsible for our company's open source based toolchain and graph compiler. You will be a hands-on team leader - driving architecture decisions, guiding engineers, and delivering compiler capabilities across all our company hardware targets. Our team embraces an AI-agentic development flow, leveraging AI coding agents to accelerate engineering productivity, and we are looking for a leader who champions this approach.
Responsibilities
Lead development of our company's open source based toolchain targeting custom DSP and NPU architectures. Drive design and delivery of graph compilation flows: transformations, operator mapping, and code generation. Champion AI-agentic development practices within the team - integrating AI coding agents into day-to-day engineering workflows. Mentor engineers and conduct code reviews; build a high-quality engineering culture. Collaborate with hardware architecture, algorithms, and software teams globally. Own team planning, prioritization, and on-time delivery of toolchain features. Contribute hands-on to design, implementation, and performance tuning in C++ and Python.

The System team defines and develops cutting-edge 5G technology. In this role, you will lead the system team responsible for defining our next-generation modem products and developing modem algorithms, working at the intersection of research, system design, and implementation.
Responsibilities
Lead a team of senior system and algorithm engineers responsible for developing innovative 5G modems.
Partner closely with VLSI and SW teams implementing the modem HW and SW and align on system definitions with implementation constraints.
Develop and maintain deep expertise in cellular standards and their implications for modem design.
Lead system and algorithmic research, balancing trade-offs between DSP/SW/HW implementations, performance, implementation cost, real-time constraints, and time-to-market.
Own system definitions, requirements, and implementation from initial research through simulation to official release, including MATLAB/C/C++/SystemC modeling and specification documentation.
Mentor and grow team members, fostering technical excellence and professional development.