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Required: Telecom Systems Engineer to lead the engineering, integration, and operation of Voice Switching, Cellular, Data Systems & telecommunications
Areas of Responsibility:
Plan the implementation and Execution of product configuration / integration work of complex systems.
Managing the integration process and collaborating with peers whenever necessary
Life cycle management & SW upgrades
Managing and assisting with projects
Ability to manage multiple tasks with changing priorities
Writing and maintaining related documentation
Troubleshooting.

Serve as the main technical integrator between engineering disciplines, including Hardware, Embedded Software, Full-stack Software, Algorithms, RF, and other relevant domains.
Lead system-level definition and architecture of complex multidisciplinary products and features and translate product and operational needs into clear system requirements.
Drive cross-disciplinarity technical decisions, architectural trade-offs, and resolution of system-level issues.
Ensure consistency between system requirements, detailed design, implementation, integration, and verification.
Identify technical risks, gaps, interfaces, and dependencies and drive them toward resolution.
Lead system integration, troubleshooting, verification, and validation activities.

we are looking for a BMC System Engineer.
As BMC System Engineer, you will design the command-and-control architecture: requirements, interfaces, integration, and validation across sensors, interceptors, and operator systems.
You will work directly with R&D, software, and hardware teams, taking systems from architecture through live field trials.
This role suits engineers who have been close to operational military systems and know how to close the loop between the whiteboard and the field.
Responsibilities:
Design and develop the battle management system: threat tracking, engagement sequencing, and intercept coordination.
Author system requirements (SSS, SSDD) and ICDs across BMC interfaces.
Drive lab and field integration across sensors, interceptors, and C2 nodes.
Plan and execute system-level tests, field trials, and post-trial data analysis.
Support customer deliveries and operational readiness milestones.
Work across teams to ensure the BMC layer meets performance, reliability, and safety requirements.

We are looking for a senior systems engineer with proven experience leading the design and development of an interceptor missile.
The systems engineer will take full responsibility for the interceptor missile from initial stages through deployment. A hands-on role in a young, growing company where deep engineering meets initiative, creativity, and a drive for performance.
Responsibilities:
Definition and design of the system architecture for an interceptor missile: sub-systems including the seeker, rocket engine, navigation and control systems, interface design, performance envelope definition, trials, and reliability tests.
Setting system requirements, writing engineering specifications (ICD, SRR, etc.), and working with the various development teams.
Leading system integration, conducting lab and field trials, and writing performance reports.
System-level risk management and supporting integration and production processes.
Interfacing with internal and external customers, suppliers, and quality and safety stakeholders.
Tracking and supporting the system throughout its lifecycle, including maintenance, updates, and support during operational deployment.

Were seeking passionate professionals who thrive in a fast-paced, creative, and collaborative environment - those who want to be part of the next generation of airspace security innovation.
Key Responsibilities:
Deployment & Integration
Lead end-to-end installation, configuration, and commissioning of EnforceAir Plus systems across diverse global operational environments, including military grade installations, border crossings, airports, and critical national assets.
Integrate EnforceAir Plus with third-party detection layers including EO camera arrays, radar sensors, Jammer and RF detection systems into unified C2 architectures
Validate detection zones, cyber-takeover workflows, and sensors fusion configurations against client operational requirements
Troubleshoot and resolve integration issues across hardware, software, RF, and network layers, both on-site and remotely
Customer Engagement & Technical Advisory
Act as the trusted technical advisor to customers stakeholders, throughout the full project lifecycle
Conduct site surveys, RF environment assessments, and infrastructure readiness reviews ahead of every deployment
Translate complex operational use cases and threat scenarios into system configurations and deployment architectures
Lead customer acceptance testing (SAT), sign-off procedures, and operational readiness reviews

Were seeking passionate professionals who thrive in a fast-paced, creative, and collaborative environment - those who want to be part of the next generation of airspace security innovation.
This role is highly hands-on and field-oriented, with the majority of time spent conducting outdoor system tests in real-world environments. You will be actively involved in end-to-end validation of complex hardware and software systems, troubleshooting issues on-site, and working closely with multidisciplinary teams to ensure optimal performance.
The position requires adaptability, independence, and a proactive approach, as you will operate in dynamic, fast-changing conditions and take ownership of testing activities from execution through reporting.

DRS RADA is a global pioneer of RADAR systems for active military protection, counter-drone applications, critical infrastructure protection, and border surveillance. As the System Engineer Team Lead in our Aerial Interception Technologies team, you will be the architectural anchor for our next-generation interceptor and tactical UAS program. You will bridge the gap between operational requirements and multidisciplinary engineering execution. This is a foundational role requiring a systems-thinking mindset to navigate strict SWaP-C constraints, manage complex subsystems interfaces, and drive the product from conceptual design through successful field integration and flight testing. Key Responsibilities System Architecture & Design: Lead the definition of the overall system architecture (interceptor, ground control station, and data links). Translate operational needs into high-level System Requirement Documents (SRD) and Subsystem Specifications. SWaP-C Budget Management: Own and track critical system-level budgets including Size, Weight, Power, and Cost (SWaP-C), balancing trade-offs between battery life, propulsion, payload, and structural limits. Interface Control (ICD): Define, document, and manage physical, electrical, and software interfaces between avionics, GNC algorithms, power management, communications, and payloads. Engineering Governance: Lead formal technical milestones and design reviews (SRR, PDR, CDR) with cross-functional teams and external stakeholders. V&V and Integration: Develop the system-level Verification and Validation (V&V) strategy. Write System Test Plans/Descriptions (STP/STD) and spearhead laboratory, Hardware-in-the-Loop (HIL), and open-air flight test campaigns. Vendor & Subcontractor Management: Define technical statements of work (SOW) and preliminary specifications for critical tier-1 suppliers (propulsion, sensors, battery technology).

The Senior Agentic Systems Engineer is a hands-on engineer who designs, builds, and operates AI-powered tools and workflows for engineering teams.
Were looking for builders who are not only users of AI tools, but can design autonomous agentic systems, optimize model usage, create reusable agents and workflows, and orchestrate complex multi-step work across multiple tools and agents.
Youll be a one-person-army builder: able to understand a problem, define the approach, build the backend, create a simple UI when needed, integrate APIs, connect agents, automate workflows, and deliver working tools quickly.
How will you make an impact?
Build centralized AI-powered tools for engineering teams.
Create and maintain agents, skills, hooks, MCP servers, plugins, and workflow automation.
Design autonomous agentic systems for internal engineering use cases.
Build multi-step AI workflows across code, documentation, Jira, GitHub, CI/CD, and internal systems.
Build tools for PR review support, test generation, documentation updates, spec creation, codebase understanding, and developer productivity.
Learn from local teams and convert successful solutions into reusable centralized assets.
Integrate AI tools with GitHub, Jira, Confluence, CI/CD, internal portals, and engineering systems.
Optimize AI workflows for cost, latency, quality, and reliability.
Apply token economy thinking when designing agents, prompts, MCP usage, RAG flows, and tool integrations.
Contribute to the internal AI marketplace and reusable asset catalog.
Work directly with engineering teams, collect feedback, and iterate quickly.

We are looking for an NPI & System Product Engineer to drive the transition of advanced networking switches and data center infrastructure systems from late-stage R&D validation & NPI into scalable mass production.
In this role, you will lead the handoff from DVT completion into PVT entry, support the setup and deployment of new production lines at global Contract Manufacturers, and execute capacity ramp-up plans toward High-Volume Manufacturing. You will serve as the technical operational link between R&D design/NPI teams and factory lines, ensuring line balancing, fixture readiness, yield optimization, and hands-on root-cause failure analysis (RCA).
Key Responsibilities
Production Readiness:
Support the technical handoff from R&D DVT exit to Operations PVT readiness.
Track and verify closure of open DVT hardware issues, check BOM readiness, and validate manufacturing gating criteria before mass production.
Execute PVT build plans to ensure product design tolerances align with factory process capabilities.
New Production Line Setup & Deployment:
Participate in the setup, line balancing, and deployment of new manufacturing lines and assembly workcells for chassis and full-rack integrated systems at CM facilities.
Validate physical workstation setups, line assembly flows, operator guidelines, and improve processes.
Verify assembly fixtures, press-fit tooling, and automated test stations during new line deployment.
Create and maintain production test procedures.
Capacity Ramp-Up & Takt Time Optimization:
Monitor station takt times, identify line bottlenecks, and drive cycle-time reduction initiatives.
Support the duplication and operational verification of line fixtures, tooling, and test stations to meet capacity scaling targets.
Track production ramp-up from pilot runs through full-rate High-Volume Manufacturing.
System Product Engineering & Yield Optimization:
Monitor key manufacturing metrics across PCBA & box-build assembly lines: First Pass Yield (FPY), Line Fallout, and Scrap Rate.
Use Statistical Process Control (SPC) and factory telemetry logs to identify systemic yield detractors.
Assist in refining production test limits, calibration procedures, and screening guardbands during volume ramp.
Root Cause Analysis (RCA) & Debugging:
Perform hands-on failure triage on system-level dropouts, intermittent hardware faults, and line fallouts during PVT and ramp-up.
Use schematics, Cadence Allegro board layouts, scopes, JTAG, and diagnostic tools to isolate component vs. process defects.

As a Solution Engineer, you will play a pivotal role in designing, deploying, and optimizing our companys Network Cloud AI Infrastructure solutions. This individual contributor role requires a blend of technical expertise, leadership, and hands-on experience to implement cutting-edge solutions for our customers. You will collaborate with sales engineering teams, customers, and cross-functional teams - including Product Management, Solution Architects, Engineering, and Marketing - to define technical requirements, articulate solution value, and ensure successful deployment on-site.
Key responsibilities include guiding customers through the design and deployment process, aligning technical solutions with business needs, and providing critical feedback to improve our companys product offerings. This position demands strong technical acumen, exceptional communication skills, and the ability to lead complex, high-impact projects in dynamic environments.
Responsibilities:
Design and plan rack layouts and network topologies to support customer requirements.
Perform Data Center upgrades and ensure smooth deployment of our company solutions.
Install and configure our company products, ensuring optimal performance and customer satisfaction.
Design and implement compelling Proof of Concept lab setups, run them, and collect and document the results for the field consumption
Develop and deliver HLD and LLD documentation for customer deployments.
Design and evaluate automation scripts for network operations, configuring server and switch fabrics.
Engage with sales teams and customers to ensure success with major opportunities and deployments
Introduce new products to the company sales and support teams and to company customers
Deliver technical trainings and TOIs for support/sales engineers, partners, and customers
Collaborate on product definition through customer requirement gathering and roadmap planning.

Required Radar System Integration Engineer - Functional & System Flows
About the team:
Our vision is to bring new and cutting-edge automotive radar sensor solutions, while leveraging our core assets and expertise in this field. Introducing cutting-edge, best-in-class sensors that complement end-to-end autonomous driving solution platforms.
You will be joining an excellent group of people working on advanced mmWave Imaging Radar technology in a dynamic and challenging environment. This role requires close collaboration with System Architecture, Embedded Software, Security, Algorithm, and Hardware teams to define, integrate, and validate the radars operational behavior and system-level flows.
The job includes designing functional test environments, developing automated end-to-end validation pipelines, debugging complex SW/HW interactions, verifying system state machines, analyzing functional KPIs, ensuring compliance with automotive cybersecurity standards, and leveraging state-of-the-art AI-assisted development tools to drive scalable engineering velocity.
What will your job look like:
Lead radar functional integration from system requirements through the complete development lifecycle to client deployment.
Define, design, and execute end-to-end Integration Test Plans (ITP) focused on system state machines, boot/initialization sequences, operational modes, and error-handling mechanisms.
Characterize, analyze, and optimize critical functional KPIs, including end-to-end data latency, frame timing jitter, frame drop rates, and throughput bottlenecks.
Integrate and validate Radar security features
Design and implement scalable automated test benches and automated test suites using Python.
Leverage AI-assisted development workflows and agentic tools (Cursor, Claude Code, GitHub Copilot) to accelerate integration design, automation generation, logs analysis, and rapid test suite scaling.
Perform deep-dive root-cause analysis on multi-disciplinary system bugs, software crashes, bus communication anomalies, and unexpected mode transitions.
Provide continuous functional feedback to SW, System, and Security architecture teams during early development phases.
Deliver comprehensive integration status reports and test coverage dashboards.
Provide direct technical support to key automotive customers and tier-1 partners on complex functional integration issues.