דרושים » הנדסה » System Engineer

Job description
Systems Engineer to develop instruments and methods related to optical systems, color management, mechanical instrumentation, and measurements validation.

What will you do?
Contribute to the development of the companys systems and sub-systems (mechanics, pneumatic, electrical, electronics, control, software, chemistry, optics, etc.).
Work in a wide range of areas, innovate, and present work to our management.
Act as a design authority for a complete system or subsystems or fields within it.
Translate product requirements and field issues into engineering requirements and corresponding architectures​.
Evaluating alternative solutions, support development teams in a matrix structure (SW, mechanics, chemistry, electronics, etc).
Perform necessary calculations and simulations required for system development, manage technical risks​.
Setup integration and testing environments, develop and assembly of testing facilities and prototypes, and analyze results.
Set guidelines to the verification and validation process.
Lead root cause analysis processes.

We are seeking an experienced and hands-on engineering leader
to drive product quality, reliability, and performance across NPI, manufacturing, and the installed base. The role serves as a technical focal point for complex multidisciplinary issues, leading investigations, task forces, and improvement initiatives that enhance product quality , manufacturing readiness, and customer satisfaction.

What Will You Do?

Product Quality and Reliability
Own product quality and reliability performance across NPI, manufacturing, and the installed base.
Define, monitor, and analyze quality metrics, reliability indicators, and field performance trends.
Consolidate quality and performance data from internal operations, contract manufacturers, and field systems into actionable insights and management dashboards.
Lead root-cause investigations and corrective/preventive actions (CAPA) for high-impact product and field issues.
Identify systemic issues, prioritize improvement opportunities, and drive cross-functional execution plans to improve product quality, reliability, and customer experience.

NPI, Manufacturing & Installed Base Support
Drive quality and reliability readiness throughout NPI, validation, and production ramp-up activities.
Lead investigations into complex production, integration, and field failures involving multidisciplinary system interactions.
Partner with Manufacturing, Service, Operations, and Supply Chain teams to improve product stability, serviceability, and operational performance.
Drive implementation of calibration, alignment, validation, and test methodologies that improve quality, consistency, and manufacturing efficiency.
Support contract manufacturers and production teams in resolving critical technical and quality-related challenges.

Continuous Improvement & Change Management
Lead engineering improvement initiatives based on production performance, customer feedback, reliability data, and field experience.
Drive product robustness, manufacturability, serviceability, and lifecycle performance improvements.
Own execution of Engineering Change Orders (ECOs), product structure management, and change implementation through CCB processes.
Lead periodic product performance reviews and drive closure of improvement actions across functions.

We are seeking a hands-on highly skilled Engineer to join our Engineering team. This role is focused on solving system-level issues across NPI, manufacturing, and the installed base, while driving continuous improvement in product performance, test methods, integration processes, and overall efficiency.

What will you do?

NPI & Manufacturing Transfer:
Lead transfer of new products from R&D to manufacturing, ensuring production readiness and successful ramp-up.
Define and execute system integration, ATP , and manufacturing qualification processes.
Develop and implement production jigs, fixtures, test stations, and calibration procedures.

System-Level Support & Troubleshooting:
Lead deep-dive investigations into system-level failures or inefficiencies in production, integration, or field environments.
Own and resolve complex issues involving mechanical, electrical, pneumatic, and software interactions.
Introducing calibration, alignment, and test processes in the production line to improve productivity, stability and quality.

Installed-Base Support & Field Performance:
Act as a key escalation point for regional support teams dealing with recurring or critical system issues in the field.
Lead cross-functional task forces to resolve high-impact field failures.
Implement system upgrades and improvements that enhance reliability and performance across the installed base.

Continuous Improvement & Engineering Change Management:
Identify and drive opportunities to improve product robustness, usability, and serviceability.
Lead implementation of design or process changes based on insights from production data, field feedback, and historical lessons learned.
Lead Engineering Change Orders (ECOs), maintain product structure (BOM/product tree).

About the Role:

The wireless system engineer is a key position in a multidisciplinary R&D organization and acts as a technical lead for all matters related to wireless system design in new and existing products.

In this role you will be part of a dynamic team responsible for defining the architecture of a product, targeted to the Wireless Backhaul Market for 5G deployments.

Understand and analyze customer needs and market trends.

Define hardware, firmware and software requirements while supporting other R&D and Engineering teams, during all project phases.

Support field trials, customer challenges and production processes.

we are seeking an experienced EMC Engineer with the ability to understand complex systems to participate in the Qualification process for its revolutionary products.
What you'll do
Plan, coordinate, and perform EMC testing on full systems and components during the Design and Product Verification phase.
Influence hardware by recommending corrective actions at the PCB and system-level design, providing expert guidelines on grounding, shielding, filtering, etc.
Serve as a focal point in leading the analysis of EMC design requirements and findings at both the system and component levels
Based on collected data, determine if specifications, regulations, customers expectations, and acceptance criteria are satisfied - According to automotive and defense standards
Support the formation of technical reports, and be able to present conclusions to stakeholders.