דרושים » הנדסה » Senior Systems Engineer - system of Systems

Join BIRD Aerosystems as a Radar Systems Engineer where you will be at the forefront of designing, developing, and testing advanced radar systems for aerospace applications. Leverage your expertise to enhance the performance and capabilities of cutting-edge technology in a dynamic and innovative environment.
Responsibilities:

* Design and develop radar systems for aerospace applications
* Conduct system-level integration and testing of radar technologies
* Collaborate with cross-functional teams to enhance radar capabilities
* Troubleshoot and resolve technical issues in radar systems
* Prepare technical documentation and system specifications
* Evaluate and implement new radar technologies and methodologies
* Support system deployment and field testing

Join BIRD Aerosystems as an Intermediate System Engineer, where you will leverage your technical expertise to support the design, development, and implementation of advanced aerospace systems. Collaborate with a dynamic team to ensure seamless integration and optimal performance of cutting-edge technologies.
Responsibilities:

* Develop and maintain system architectures and specifications.
* Collaborate with cross-functional teams to ensure system integration and performance.
* Conduct system testing and validation to verify functionalities.
* Provide technical support and troubleshooting for system-related issues.
* Participate in design reviews and provide constructive feedback.
* Document system processes and configurations for future reference.

We are looking for a talented software engineer with a passion for security to help build innovative edge-to-cloud security solutions for our next-generation devices and platforms.

You will contribute to and lead the development of core product features, from understanding system and product requirements and defining feature behavior, through architecture, design, and implementation, to delivering high-quality, secure services and endpoint components.

You will work across the stack, spanning firmware, hardware, operating systems, and cloud-connected security solutions, helping build the trusted security foundations of next-generation devices. You will collaborate with silicon partners, security experts, and engineering teams across us to deliver innovative, end-to-end security capabilities. The role offers significant technical ownership, opportunities to drive innovation, and continuous growth at every stage of your career.

AI is a core part of how we engineer. Our team has broad access to advanced AI capabilities, including unrestricted usage with no token limits, enabling engineers to fully integrate AI into their daily workflow. We actively use AI to accelerate design, coding, debugging, security research, testing, and documentation. We also empower engineers to go beyond personal productivity by building AI-powered tools and agents that improve how the entire team works and delivers value.

Join us in pushing the boundaries of security engineering. From silicon and firmware to operating systems and cloud-connected services, you'll help build trusted foundations that secure our future devices and experiences on a global scale.


Responsibilities

Partner with product, system, cloud, firmware, hardware, and security engineering teams to design and deliver innovative security solutions.

Contribute to and lead the design, implementation, integration, testing, and delivery of core security features spanning firmware, operating systems, endpoint software, and cloud-connected services.

Develop and integrate secure, reliable, scalable, and maintainable software and services using industry best practices and our high security and engineering standards.

Apply secure engineering practices, including threat modeling, secure design reviews, code reviews, mitigation planning, vulnerability response, and security validation.

Define technical requirements, architecture, dependencies, engineering priorities, and delivery plans in a complex cross-team environment.

Work closely with hardware, firmware, operating system, Windows internals, cloud, and security engineers to characterize solutions, define interfaces, and optimize security, reliability, and performance.

Drive features from inception through production, including quality, observability, deployment, monitoring, incident readiness, and continuous improvement.

Leverage advanced AI capabilities to accelerate engineering workflows and build AI-powered tools and agents that improve team productivity and product quality.

Continuously learn emerging security technologies and attack techniques, share knowledge with the team, and mentor peers as your experience grows.

BIRD Aerosystems is seeking a skilled EO System Engineer to join our team, responsible for developing and integrating advanced electro-optical systems for aerospace applications.
Responsibilities:

* Design and develop electro-optical systems for aerospace platforms.
* Collaborate with cross-functional teams to ensure system integration.
* Perform system testing and validation to meet project requirements.
* Optimize system performance through analysis and troubleshooting.
* Provide technical support and guidance to production teams.
* Document system designs and processes for future reference.

A deep-tech startup building real-time vision intelligence systems, is looking for a hands-on Embedded Hardware & System Integration Engineer to join its team and help develop advanced electro-optical systems for real-world applications.
This role is focused on hardware and system integration-not algorithms or optics. We are looking for someone who enjoys working with sensors, cameras, interfaces, suppliers, debugging, and bringing complex systems from concept to a reliable product.
Responsibilities:
Select and evaluate hardware components for electro-optical systems.
Analyze datasheets, ICDs, application notes, and technical specifications.
Work directly with suppliers on technical evaluations, integration requirements, and component selection.
Integrate cameras, sensors, and peripherals with embedded/edge computing platforms (e.g., NVIDIA Jetson).
Support hardware bring-up, system integration, testing, and debugging.
Troubleshoot issues related to hardware, power, communications, drivers, cabling, thermal performance, and system stability.
Define and execute component-level and system-level validation tests.
Maintain BOMs, wiring diagrams, integration documentation, and test procedures.
Support transition from prototype to production and field deployment.

As a Silicon Validation/Emulation Design Engineer, you will work in a team developing Wireless SoCs with custom hardware accelerators, as well as multiple ARM-based sub-systems. You will be a key contributor in our pre-silicon hardware validation efforts using Cadence Palladium emulation platforms, enabling early system integration and hardware validation. You will work closely with SoC architects, RTL designers, and verification engineers to ensure our designs are thoroughly validated before tape-out. You will help define the processes, methods, and tools for emulation environment development and debug of large complex SoCs.
If you enjoy a fast-paced and ambitious environment, collaborating with people across different functional areas, and thriving during crisis times, we encourage you to apply and join us!
Description
Building and maintaining Palladium emulation environments, including compile flows, netlist preparation, memory modeling, and clock/reset configurations.
System-level debug and root cause analysis of complex hardware issues on the emulation platform.
IP-level debug and validation, working closely with IP owners to isolate and resolve design issues.
Development and implementation of automation aids, flows, and scripts to improve Palladium build efficiency, debug turnaround, and platform utilization.
Performance profiling and optimization of emulation models to maximize execution speed.
Collaboration with multi-disciplinary groups to make sure emulation deliverables are on schedule and support critical program milestones.
Responsibilities
Own and maintain Palladium emulation build flows for SoC and subsystem-level models
Drive debug and triage of emulation model issues, working with RTL designers and verification engineers
Support system-level hardware validation efforts and hardware integration
Develop reusable debug methodologies and collateral to accelerate issue resolution
Optimize emulation model performance through compile tuning, partitioning strategies, and platform configuration
Thoroughly document flows, debug procedures, and best practices
Collaborate with cross-functional teams to define emulation requirements and support prototype hardware validation

Power the Future with us!  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. we offer 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. We are seeking a sharp, experienced Hardware team leader to lead the design of the digital and mixed-signal boards at the heart of advanced energy Storage products. This is a hands-on technical leadership role for an engineer with deep, real-world experience in the disciplines that make or break a mixed-signal design - grounding, EMI, robust communication, and accurate measurement - and, just as importantly, in how these are verified at the board and full- system level. What will you be doing:
* Leading the HW design of the digital and mixed-signal boards and products, from concept through mass production
* Owning the design of accurate measurements, robust communication, grounding, and power distribution - across the boards and at the system level
* Defining how these are verified and characterized, both on the bench and within the complete system
* Managing and growing the team - owning the team's tasks, design reviews, and timelines
* Leading several development projects in parallel, across all project stages up to mass production
* Working in a multidisciplinary environment and collaborating across departments and sites
Country:
Israel
City:
Herzliya

BIRD Aerosystems is a global leader in the development of advanced airborne defense, intelligence, and surveillance solutions for military, governmental, and commercial aviation. Our innovative technologies are deployed worldwide, supporting mission-critical operations and protecting aircraft through advanced multidisciplinary systems. As we continue to grow, we are looking for a talented Hardware Design Engineer (Board Design) to join our Hardware Development team and contribute to the design and development of advanced electronic boards for complex aerospace and defense systems. What You’ll Do · Design, develop, and modify electronic boards throughout the entire product lifecycle. · Perform board bring-up activities following development and initial manufacturing. · Troubleshoot hardware issues, analyze failures, and implement design improvements. · Edit schematics and support PCB layout activities. · Improve product manufacturability and maintain production documentation. · Support PCB manufacturers and electronic assembly subcontractors while ensuring compliance with IPC standards. · Investigate manufacturing failures and provide engineering solutions. · Work closely with multidisciplinary teams including Mechanical, Software, Firmware, and System Engineering. · Participate in design reviews (PDR/CDR). · Prepare engineering documentation, test procedures, and product verification documents. Support the transition from development to production.

The WSSI (Windows Silicon System Integration) team is looking for a Senior Silicon Designer to help design complex silicon subsystems that are part of advanced solutions delivered in Windows client products.
This is an opportunity for an excellent silicon engineer to take meaningful technical ownership in a dynamic, agile, and highly collaborative environment. You will work on advanced subsystem design spanning microarchitecture, RTL implementation, integration, and design quality, with close collaboration across architecture, verification, firmware, system engineering, and physical design teams.
The role focuses on complex security-oriented silicon subsystems. We are looking for someone who combines strong design fundamentals with curiosity, ownership, and the motivation to learn and apply modern techniques - including AI-assisted workflows - to improve silicon development productivity and quality.

Responsibilities
Own and drive microarchitecture and RTL design for complex silicon blocks and subsystems, translating architecture and system requirements into clean, efficient, and high-quality hardware implementations.
Collaborate closely with verification, firmware, system engineering, architecture, and physical design partners to define interfaces, debug complex issues, manage technical risks, and deliver robust silicon solutions.
Contribute to subsystem integration, design reviews, quality checks, synthesis readiness, timing considerations, and design handoff flows.
Explore and apply modern silicon development workflows, including AI-assisted techniques for design productivity, debug, documentation, and quality improvements.
Act as a technical leader within the team by mentoring others, raising the engineering bar, and helping drive execution in a fast-moving environment.

The WSSI (Windows Silicon System Integration) team is looking for an experienced Silicon Design Verification Team Lead to lead verification for complex silicon subsystems that are part of advanced solutions delivered in Windows client products.

This is an opportunity for an excellent DV leader to combine people leadership with meaningful hands-on technical contribution. You will lead a silicon engineering team that includes design verification, silicon design, and physical design engineers, while serving as the technical anchor for the team's verification strategy, execution, and quality.

The team works on complex security-oriented silicon subsystems that require rigorous pre-silicon verification and close collaboration with architecture, design, firmware, system engineering, and physical design partners to deliver robust silicon quality.

We are looking for a leader who is passionate about building excellent teams, driving rigorous execution, contributing hands-on to complex verification challenges, and continuously improving verification methodologies - including applying modern AI-assisted techniques to improve productivity, debug efficiency, and verification quality.

Responsibilities
Lead, grow, and mentor a silicon engineering team that includes design verification, silicon design, and physical design engineers, while fostering a culture of technical excellence, ownership, collaboration, and continuous learning.
Own and drive the verification strategy for complex silicon subsystems from planning through execution, closure, and emulation readiness.
Provide substantial hands-on technical contribution and leadership in verification planning, testbench architecture, debug, coverage analysis, regression quality, and verification closure.
Build and promote modern verification workflows, including AI-assisted techniques that improve verification environment development, automation, debug efficiency, coverage analysis, and execution quality.
Define verification plans, quality metrics, regression strategy, coverage goals, and emulation readiness plans aligned with project milestones.
Collaborate closely with architecture, design, system engineering, firmware, and physical design partners to identify risks early, resolve complex issues, and deliver high-quality silicon subsystems.