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we are a leading company specializing in the development and manufacturing of autonomous drone systems. Its solutions combine hardware, software, and AI-driven technologies to support complex, large-scale operations. our company works primarily with defense industries, such as military and law enforcement agencies worldwide. The company is part of Ondas Holdings and operates as a wholly owned subsidiary.
In this role, you will be part of the electronics engineering team responsible for leading projects end-to-end, including electronics design, drafting, design verification testing, collaboration with internal departments, external suppliers, and supporting development and production phases
Responsibilities
Planning, executing, and documenting verification & validation (V&V) tests for electronic circuits, assemblies, and multidisciplinary systems
Performing functional, electrical, environmental, and integration tests for airborne and ground electronic systems
Preparing, executing, and documenting ATP (Acceptance Test Procedure) and validation test documents
Operating laboratory equipment such as oscilloscopes, spectrum analyzers, signal generators, power supplies, multimeters, and data acquisition systems
Performing hands-on debugging and troubleshooting of electronic boards, communication interfaces, cables, and system-level failures
Supporting integration, bring-up, and verification activities throughout development and production stages
Writing detailed test reports, validation summaries, failure analyses, and technical documentation
Working closely with hardware, firmware, system engineering, integration, manufacturing, and production teams
Supporting qualification, acceptance, and reliability testing processes מול customers, subcontractors, and internal teams
Managing laboratory activities, maintaining test setups, and supporting calibration and organization of lab equipment
Solving technical and system-level challenges under tight schedules and multidisciplinary constraints.

we are a leading company specializing in the development and manufacturing of autonomous drone systems. Its solutions combine hardware, software, and AI-driven technologies to support complex, large-scale operations. our company works primarily with defense industries, such as military and law enforcement agencies worldwide. The company is part of Ondas Holdings and operates as a wholly owned subsidiary.
We are looking for a highly organized and execution-oriented Flight Operations Coordinator to coordinate flight and field activities, resources, schedules, and operational readiness in a dynamic R&D environment.
Responsibilities
Plan and coordinate weekly flight, test, and field activities according to R&D and program priorities.
Coordinate pilots, integration teams, systems, equipment, sites, and other resources required for each activity.
Maintain the operational schedule and manage changes, conflicts, and constraints in real time.
Track readiness before activities, including personnel, systems, equipment, logistics, and site availability.
Coordinate between Flight Operations, R&D, QA, Integration, System Engineering, and other stakeholders.
Follow up on open actions and operational blockers and escalate gaps when needed.
Support field trials, demonstrations, development tests, and day-to-day operational activities.
Maintain clear planning tools, status visibility, and operational work routines.

we are a leading company specializing in the development and manufacturing of autonomous drone systems. Its solutions combine hardware, software, and AI-driven technologies to support complex, large-scale operations. our company works primarily with defense industries, such as military and law enforcement agencies worldwide. The company is part of Ondas Holdings and operates as a wholly owned subsidiary.
Responsibilities
Receive system requirements from System Engineers and develop flight test plans to verify system capabilities.
Design flight test scenarios, define test objectives, success criteria, and measurement methods.
Lead all flight test preparations, including coordination of personnel, equipment, test assets, flight areas, and required approvals.
Manage and execute flight test activities in the field while coordinating with engineering and operational teams.
Make real-time decisions during test execution and provide technical responses to unexpected events and changing conditions.
Ensure compliance with safety requirements, system readiness, and risk mitigation throughout all flight operations.
Collect flight data, extract logs, and analyze system performance.
Prepare comprehensive test reports, summarize findings, and provide recommendations for product improvements.
Work closely with System Engineering, Software, Integration, Pilots, Operators, and Safety teams.
Support the validation and verification of advanced UAV systems throughout the product development lifecycle.

The C2 application is the primary interface for operators, combining mission planning, real-time control, telemetry, and video into a unified system.
We are looking for a Full Stack Team Lead to build and lead the C2 development team from the ground up. This role combines technical leadership and people management, with strong ownership over architecture, execution, and alignment with the broader system (core backend and edge platforms).
Responsibilities
Responsibilities:
Team Leadership
Build, lead, and mentor a team of frontend/full-stack developers
Define team standards, development processes, and best practices
Drive execution, delivery planning, and technical quality
Support hiring, onboarding, and growth of team members
Technical Leadership
Lead the design of the architecture (including microfrontend approach)
Guide implementation of a real-time, high-performance C2 application
Ensure scalability, maintainability, and modular system design
Make key technology decisions and define development guidelines
Review designs and code, ensuring alignment with architecture and standards
Cross-Team Collaboration
Work closely with Core (backend) and Edge (on-device) teams
Translate product roadmap and system constraints into technical direction
Ensure alignment between frontend, backend, and edge capabilities
Drive integration strategies across:
Real-time communication layers
Video streaming pipelines
Telemetry and control systems
System Ownership
Own the end-to-end frontend domain within a distributed system
Balance product requirements with technical constraints (real-time, air-gapped, edge)
Identify risks, trade-offs, and long-term architectural considerations
Lead debugging and resolution of complex cross-system issues
What Makes This Role Unique
Opportunity to build and lead a team from scratch
Direct impact on the core operator interface of a real-world system
Work across frontend, backend, and edge domains
Influence architecture, technology, and engineering culture
Solve challenges in:
Real-time UX
Multi-platform orchestration
Video + telemetry integration
Cloud and air-gapped deployments.

We are building a next-generation autonomous systems platform deployed across cloud and air-gapped environments, supporting real-time operations and complex hardware-software integration.
The IT Solution Architect plays a key role in bridging R&D and real-world operations. This position is responsible for ensuring that our systems are successfully deployed, installed, and operational in customer environments.
This is not a traditional IT role-it's a hands-on engineering position focused on system delivery, networking, and field readiness of advanced software platforms.
Responsibilities
Lead the provisioning and setup of production environments for deployed systems
Own the networking architecture and configuration for on-site and customer environments
Define and execute installation and deployment strategies for complex, distributed systems
Troubleshoot system-level issues across software, infrastructure, and networking layers
Work closely with R&D teams to ensure solutions are deployable, robust, and maintainable
Support operations teams in delivering reliable, repeatable deployments
Continuously improve deployment processes, documentation, and tooling
Why This Role is Unique
You are the last mile of delivery-turning advanced software into working systems in the real world
Direct impact on customer success and operational reliability
Work on complex, multidisciplinary systems combining software, networking, and infrastructure
High ownership and visibility across engineering and operations
Who You Are
Hands-on and practical, with a strong get it running mindset
Comfortable working in dynamic, real-world environments
A natural troubleshooter who enjoys solving complex system issues
Able to bridge gaps between engineering design and operational reality.

our company develops and manufactures advanced autonomous drone systems that combine hardware, software, airborne systems, and ground systems.
We are looking for a capable Prototyping & Flight Test Specialist to join our Early Development Team.
This team is responsible for rapidly developing proof of concept solutions and first generation prototypes for new technologies, products, and operational capabilities. The role combines hands-on assembly, system integration, platform configuration, flight testing, and troubleshooting in a fast paced development environment.
Responsibilities
Perform mechanical and electronic assembly, including soldering, wiring, and component installation.
Configure, calibrate, and prepare platforms and system components for testing.
Conduct ground and flight tests for prototype systems.
Identify and resolve issues encountered throughout assembly, integration, and testing phases.

We are building the core infrastructure and operating system for autonomous platforms.
Our platform enables real-world autonomous operations by coordinating drones, docking stations, edge systems, operators, and external systems in real time. It serves as the operational backbone for mission execution, command and control, communication, telemetry, orchestration, and fleet coordination across distributed autonomous environments.
This is not a typical backend role.
You will work at the intersection of distributed systems, Command & Control (C2), autonomous platforms, and real-world operations.
We are looking for engineers who are comfortable entering complex and unfamiliar systems, quickly understanding how they work, and turning operational concepts into clean software models and architectures.
You should enjoy reasoning about entities, relationships, state, events, commands, missions, resources, and system boundaries - and designing software that represents and coordinates them reliably.
The platform includes:
Command & Control capabilities for autonomous systems
Fleet orchestration and mission lifecycle management
Real-time communication between distributed autonomous components
Modeling and management of operational entities, states, and relationships
Telemetry, video, and operational data processing
Device interoperability across heterogeneous autonomous platforms
SDKs and APIs for platform integration and extensibility
AI agents and intelligent automation interacting with operational systems
As a Senior Engineer, you will help shape the technical foundation and domain architecture of the platform while solving complex problems across distributed systems, autonomous operations, and Command & Control.
Responsibilities
Design and build software systems for autonomous platform operations and Command & Control
Translate complex operational requirements and domain concepts into robust software architectures
Model operational entities, relationships, state transitions, commands, events, and workflows
Lead architecture and system design decisions across services, communication layers, and domain boundaries
Build scalable, low-latency, resilient production services
Design reliable communication and messaging flows between distributed system components
Solve complex challenges involving concurrency, scalability, latency, synchronization, and fault tolerance
Build abstraction layers for integrating heterogeneous autonomous devices, platforms, and external systems
Develop internal SDKs, APIs, and reusable infrastructure components
Design systems that can be consumed and operated by humans, autonomous components, and AI agents
Improve observability, debugging capabilities, and operational reliability
Drive engineering best practices, clean architecture, and code quality standards
Explore new technologies and approaches when existing solutions are not sufficient.