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DRS RADA Technologies , a leading defense company developing and manufacturing life-saving radar systems is seeking an SMT Technology Engineer to join the Manufacturing Engineering Department at its Beit She’an facility. The role focuses on supporting existing products and transferring NPI (New Product Introduction) products from Development to Manufacturing. The position includes support for highly complex electronic assemblies and technical support for SMT subcontractors. Key Responsibilities:
* Provide engineering support for all electronic assemblies throughout the product lifecycle.
* Troubleshoot issues related to electronic boards, including quality issues, manufacturing challenges at subcontractors, obsolete component replacement, and identification of suitable alternative components.
* Perform failure analysis, investigate technical issues through to resolution, and provide immediate support during critical engineering issues affecting production or customer deliveries.
* Lead engineering projects and manufacturing-focused initiatives, including failure analysis, cost reduction, yield improvement , and other continuous improvement activities.
* Plan and execute engineering experiments to support root cause investigations and validate design changes to electronic assemblies.
* Support NPI products and establish manufacturing infrastructure for serial production.
* Provide technical support for PCB manufacturing and assembly processes at SMT subcontractors for both existing products and NPI programs.
* Support and review Design for Manufacturing (DFM) processes for electronic assemblies.

We are looking for a Software Development Student to join us part-time alongside your studies. You will work on real virtual platform models and environments used across the company, writing and testing code, debugging complex hardware-software interactions, and learning how large-scale platforms are designed and brought up from the ground up.

You will be paired with experienced engineers who will mentor you, review your code, and help you grow.

Key job responsibilities
- Develop and maintain simulation models of hardware components, integrate complex platform environments.
- Write clean, well-tested code and participate in code reviews.
- Debug and investigate complex hardware-software interactions.
- Build tools and automation that improve the team's development and validation flow.
- Collaborate with software, hardware, and silicon engineers across the group.
- Available to work part-time (at least 2-3 days per week) alongside studies.

We're looking for a hands-on systems engineer to lead prototyping and low-volume assembly (tens to hundreds of units) - taking hardware from first builds to a repeatable process, designed with scale-up and BOM cost in mind.

Responsibilities
Lead prototype and pilot builds; turn lessons into a repeatable assembly process.
Plan assembly flows, fixtures/jigs, and the right (minimal) automation - engineering simplicity first.
Own the project plan (Gantt) and budget; design for scale-up with BOM cost awareness and DFM feedback to R&D.
Define test and inspection strategy, including environmental testing where needed.
Measure and improve yield and rework with data; work daily with R&D, production, and vendors on the floor.

As a Game designer you will be in charge of the Game design and polishing the game mechanics and game-flows of our playable ads as well as testing and gaining insights based on how the playable performed.
Responsibilities
Design levels for top performing playable ads for leading games, to excite, engage, and bring new players to download our games.
Research and develop innovative game mechanics for playable ads.
Work closely with game developers and provide constructive feedback on playable ad mechanics and experience
Analyze performance data to optimize game mechanics and conversions.
Collaborate with the game design team with improving our content pipeline and processes.
Stay current on mobile game advertising trends and best practices.
Support and collaborate with the team from a level design perspective (Production, QA, Art, Game Design, etc).

Cortex Cloud Application Security (AppSec) is building the security platform for the modern software development lifecycle. We help organizations identify, prioritize, and prevent security risks across source code, open-source dependencies, infrastructure as code, secrets, container images, CI/CD pipelines, and the broader developer ecosystem.
At the heart of AppSec is a large-scale platform responsible for connecting to customers' development environments, collecting and processing massive amounts of data, and making it reliably available to security products and experiences across Cortex Cloud.
We are looking for an exceptional Senior / Principal Backend Engineer to join our AppSec Platform group, reporting directly to the Group Leader.
This is a highly autonomous, hands-on role for an engineer who wants broad technical ownership rather than a narrowly defined domain. You will work on some of AppSec's most important and challenging engineering problems - spanning high-scale distributed systems, data infrastructure, onboarding and integrations, developer experience, reliability, performance, and AI-driven engineering.
You will frequently operate across team boundaries, take ambiguous problems from idea to production, and lead technical initiatives that have an impact well beyond a single service or team.
We are looking for someone who combines deep backend expertise with strong execution: an engineer who can design the architecture, dive into the code, debug production systems, challenge existing assumptions, rapidly prototype new approaches, and bring others along with them.
Key Responsibilities
Lead Critical Initiatives End-to-End - Own complex, business-critical engineering efforts from problem definition and architecture through implementation and production, often spanning multiple teams and domains.
Build and Scale the Backbone of AppSec - Design and evolve distributed systems and data infrastructure supporting large enterprise environments and hundreds of millions of entities, while balancing scalability, reliability, performance, and cost.
Stay Hands-On and Raise the Engineering Bar - Write and review production code, solve complex technical problems, and champion excellent architecture, maintainable code, testing, observability, and production ownership.
Drive Performance & Reliability - Identify architectural and operational bottlenecks and lead meaningful improvements in scalability, resiliency, efficiency, observability, and production readiness.
Shape DevEx and AI-Driven Engineering - Improve how engineers build, test, debug, and operate software while leveraging AI, automation, and agentic approaches to accelerate development and unlock new capabilities.