Experience

Fabric

• United States
• Transportation, Logistics, Supply Chain and Storage
• 200 - 300 Employee

• Senior Applied Researcher

  • Jan 2022 - Present

• Director of Fulfillment Supply Chain Analysis

  • Jan 2021 - Dec 2021

  • Using supply chain optimization tools to model a network of fulfillment and distribution centers

• Head of Solution Design

  • Jun 2018 - Dec 2020

  • Developing Fabric’s sites sizing model and tool and taking an active role in the sales and sales engineering process• Customers’ product range data analysis and stock/storage optimization analyses• Sites performance analysis using system simulation and data from live sites• Defining solution design guidelines for new tech developments• Defining solution KPIs

• System Design Engineer

  • Jun 2016 - May 2018

  • Solution proof-of-concept integration and demonstration• System analyses and spec definitions for system components• Human-robotic system interface operational working station system engineering - spec definition, first article integration • Shelf-based robot system engineering - spec definition, energetic solution definition and validation, next-generation brainstorming• Safety system engineering - risk analysis, sub-system requirements, liaising with safety consultant and safety laboratory Show less



Applied Materials

• United States
• Semiconductor Manufacturing
• 700 & Above Employee

• UV Litography Mask Inspection System Engineer

  • Sep 2013 - May 2016

  • Part of a multidisciplinary team of system engineers developing a 193nm based mask inspection system (AERA), with major fields of expertise of UV optics, lasers, detectors, control, motion and image-processing algorithms. • Define new/improved SW/HW modules through a formal design process, from concept and feasibility, through PDR/CDR stages towards formal spec definition. • Perform on-tool feasibility tests and complex experiments, including definition and planning, script and tools creation and detailed results analysis. • Owner of the auto-focus system – tracking algorithms, calibrations, utilities, data logs definition and analysis. o Collaborate with optical designer to research system's limitations and noise sources. o Design and develop on-tool calibration utilities and GUIs. o Develop a new tracking algorithm to enhance tool's focus performance for ArF high-resolution and EUV inspections tight focus requirements and solve high-value problem of a major customer. Design process included problem definition, concept development, simulations, fully functioning Matlab code, on-tool proof of concept, and a detailed SW spec definition. o Working closely with customer sites' field engineers to support tool issues through next steps tests definition, complex logs and data analysis, recommendations and solution implementation. • Close interaction with Physics, SW, Algorithms, Application, QA, Manufacturing and Product Support teams. • Familiarity with optical mask inspection market, methods, trends, major players and competitors. • Job included business trips to customers' sites for on-site support. Show less



Tigo Energy

• United States
• Renewable Energy Semiconductor Manufacturing
• 200 - 300 Employee

• Analog Design Engineer and Product Management of Solar Module Embedded Optimizer

  • Nov 2011 - Aug 2013

  • Board design incorporating HW and SW under severe cost constraints, from early layout design and testing stages and up to mass production. • Defining the plastic case and communicate with the mold supplier (China). • Working with a CM in China to define the mass production process, support ICT&FCT tests and reviewing process QC. • Performing pre-qualification tests in preparation for product certification and technical support for tests at certification companies. • Business trips to China to the production line, plastics companies' factories, and to customers' sites for technical support with product implementation. Show less



Israel Defense Forces

• Tel-Aviv, Israel

• Multi-Stage Integration Engineer

  • Mar 2010 - Mar 2011

  Conducting a process of multi-stage integration throughout the development of a new project in the fields of communication and electro-optics. Prototypes and full system integrations were needed to guide the development teams and manage design requirements of the many new components in a large-scale and innovative project. • Planning the stages of the integration process, beginning from pairs of components, through subsystems integrations and up to integration of subsystems. • Planning and building various complex setups, and performing tests, design validations, stress-tests and fault diagnosis. • Conducting a research of protocols and standards in communication which were employed in the system. Show less



Israel Defense Forces

• Power Supply System Engineer

  • Jul 2006 - Dec 2009

  Typical system included about 10 electronic cards, and was responsible for combining different power sources into the main supply line, voltage conversion to the various consumers and implementing current and voltage protections.• Designing the system and its components according to the system's requirements and consumers.• Writing requirements for the developing of the cards in the system and managing the development process, conducted by a team of 6 to 10 developers.• Planning and building complex setups and performing tests of the full system in the prototypes phase.• Supporting the Integration team during end-of-the-line system tests.• Defining and controlling the time schedule of the development process. Show less

• Development Engineer, Analog and Power Electronics

  • Nov 2004 - Jun 2006

  • Research and development of basic modules and circuits in power electronics.• Development of electronic cards throughout the whole life-cycle: Bread-board building and testing, drawing schematics captures, planning the PCB layout and guiding the editor in the layout and routing processes, conducting tests and creating test reports, troubleshooting and documentation.