System Engineer

 Position Summary:  

The System Engineer is responsible for defining,
architecting, developing, and managing the product. He should lead the
requirements, the development, assembly, integration, quality and requirements%27
compliance of all system-level aspects of the company%27s microLEDs%27 SiPh inspection
product. This role bridges disciplines – mechanical, electrical, software,
algorithms, optical, control, communication and automation —to ensure that
system and sub-systems function cohesively and meet performance, reliability,
and cost targets. The System Engineer works cross-functionally to define system
requirements, manage trade-offs, validate designs, and support product delivery
from concept to production.

Key Roles & Responsibilities:  

System Requirements, Architecture and Development   

• Define system requirements as a derivative of the
  MRD %28SRD – System Requirement Document%29. Lead the system requirement
  review %28SRR%29.   
• Define system architecture for Micro LED-based and
  SiPh products, ensuring compliance to system-level requirements. Provide
  high-quality documentation %28e.g., block diagrams and flow-charts%29.   
• Lead system-level design reviews %28concept design
  review, PDR, CDR, PRR%29 and decisions, balancing performance, cost,
  schedule, risk mitigation, and manufacturability constraints.   
• Translate high-level product requirements into
  detailed functional specifications and subsystem-level interfaces %28e.g.,
  mechanical, electrical, software, algorithm, optics, communication,
  control etc.%29.

Engineering Requirements  

• Define and manage system-level requirements and
  technical specifications throughout the product lifecycle. Own the
  system requirements matrix and ensure traceability across hardware,
  software, and process elements end-to-end. Validate that all
  sub-systems meet performance targets individually and as an integrated
  product.  
• Mange the requirements%27 risks mitigation and
  trade-offs between requirements to ensure product delivery in accordance
  with the defined schedule, budget and priorities.

Cross-Functional Collaboration   

• Act as a technical liaison between all disciplines
  %28mechanical, electrical, algorithms, optics, software, power, control,
  quality etc.%29.   
• Ensure clear communication of system constraints,
  interfaces, and integration, timelines and risk mitigation across
  teams.   
• Support design for manufacturability %28DFM%29,
  testability %28DFT%29, and reliability from the early design phase.

Prototyping, Integration & Testing   

• Lead system-level prototyping and validation
  efforts, integrating components into full system configurations.  
• Oversee bring-up, debugging, and integration,
  characterization of early builds, including custom test setups as
  needed.  
• Define and execute system-level validation and
  verification plans and testing, ensuring compliance with the product
  system requirements and customer%27s ESH and quality requirements.

Risk Management & Troubleshooting   

• Identify system-level technical risks early in the
  development cycle and lead mitigation planning.   
• Diagnose integration issues across disciplines and
  drive resolution with appropriate teams.

Documentation & Configuration Management   

• Maintain accurate documentation for system
  requirements, designs, specifications, block diagrams, interface control
  documents %28ICDs%29, BOM, manuals and test reports.   
• Ensure alignment with configuration management and
  engineering change control processes.  

Requirements: 

· Hardware / Electrical / Electronic
Engineer- a must.   

· Experience in
electro-optical systems – a must. 

· Experience in the
Semiconductor industry – a must.  

· High level of spoken and
written English – a must 

· At least 7 years of
experience as a hands-on Engineer in the above fields in relevant
industries.   

· At least 7 years of
experience as a System Engineer of multi-disciplinary systems.   

· Successfully led at least
one multi-disciplinary product from SRR to deployment in high-volume
manufacturing environment.  

· Willingness and ability to
travel- must. 

· Experience in data
analysis. 

· Experience in homologation
and certification processes.   

· Experience in all SW needs
along with the end user interface needs and how to achieve them in the GUI
level.   

· Familiar with fabs,
foundries, and ESH requirements.  

· Background in robotics and
automated systems.   

· Familiar with Silicon Photonics-
an advantage. 

· Knowledge of micron and sub-micron
accuracy systems.   

· Willingness to work in a
dynamic startup environment.