Project Manager

 System
Engineer- Job Description  

InZiv was founded in 2018 to address the critical quality assurance needs
facing today’s most advanced display manufacturers, by developing highly
specialized inspection equipment using proprietary nanoscale optics and
metrology. The company’s portfolio extends to microLED, QLED and OLED
technologies with the goal of providing state of the art tools for improving
the manufacturing process, lowering production costs, and enabling greater
access to the use of these displays by all consumers. Using our lead and
expertise in these worlds, we are also at the frontier of Silicon Photonics. 

As our System Engineer, you will
report to the VP of Product and Engineering and co-lead the development and
production of one of the most complex multi-disciplinary systems in the
Semiconductors industry.   

The chosen candidate is not afraid
to get his hands dirty, loves a good challenge and build complex things from
scratch. And is willing to travel frequently. 

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.   

· Knowledge of micron and sub-micron
accuracy systems.   

· Willingness to work in a
dynamic startup environment.  

· Familiar with Silicon
Photonics- an advantage.