לוח משרות דרושים חשמל ואלקטרוניקה

The PCBA Production Process Engineer is responsible for designing, optimizing, and managing the processes involved in assembling printed circuit boards (PCBs).
* Production Support: Troubleshoot and resolve technical issues on the production floor, including soldering defects, alignment errors, or component misplacement. Provide Real-Time Technical Support to operators and technicians during production runs. Ensure proper setup, calibration, and maintenance of equipment like reflow ovens, AOI (Automated Optical Inspection).
*  Quality Assurance : ensuring compliance with IPC-A-610 or similar industry standards. Conduct root cause analysis and corrective actions for defects identified during production. validate assembly quality.
* equipment and Technology Integration: Evaluate, procure, and integrate new production equipment or technologies to improve efficiency and quality. Develop and maintain preventive maintenance schedules for manufacturing equipment. Ensure compatibility and proper usage of consumables like solder paste, stencils, and components.
Country:
Israel
City:
Ziporit

we are a dynamic and innovative startup thats digitizing the physical world by turning passive items into active communicators. If you are passionate about building cutting-edge solutions, thrive as a key player in a growing startup thats shaping the future of retail fashion technology bringing GenAI-powered into production - join us to create something remarkable together.
We are looking for an experienced System Engineer to lead the definition and integration of our next-generation wireless IoT systems. You will possess a unique "end-to-end" perspective: understanding the physics of the RF/Analog silicon, the intricacies of the BLE protocol, and the full integration between devices to network connectivity. You will work closely with Silicon, FW, and Cloud teams to ensure robust connectivity and optimized power consumption.
Responsibilities
System Architecture: Define system-level requirements for Wireless IoT products, focusing on RF performance, power budgets, and data throughput. Faimilairy with in-door wireless including antenna design consideration is an advantage.
Silicon & RF Interface: Work with Silicon development teams to define RFIC specs and resolve integration challenges (Analog/RF mixed-signal flows).
Connectivity Pipeline: Define the HW to Firmware to Ethernet or wireless pipeline.
Integration & Debug: Hands-on bring-up of new silicon/hardware in the lab, debugging complex issues spanning from RF interference to network protocol failures.

we are a dynamic and innovative startup thats digitizing the physical world by turning passive items into active communicators. If you are passionate about building cutting-edge solutions, thrive as a key player in a growing startup thats shaping the future of retail fashion technology bringing GenAI-powered into production - join us to create something remarkable together
We are looking for a System Engineer who "speaks" both Network and Code. In this role, you will be the architect of the systems connectivity, designing how our devices communicate over wired LAN infrastructures and ensuring the software architecture supports robust, high-throughput data flow. You will bridge the gap between IT network configuration and R&D software development.
Responsibilities
System Network Design: Define the networking architecture for complex systems, focusing on Wired LAN configurations, switch management, and topology planning.
E2E device to platform SW features: Collaborate with SW teams to define system-level software features - for example security, configurations, etc...
Network Integration: Lead the integration of system components into customer IT environments (Subnets, VLANs, Firewalls).
Hands-on Coding: Write production-grade code or advanced scripts for system automation, network simulation, and performance testing.
Bottleneck Analysis: Analyze data flows to identify network congestion or software inefficiencies and propose architectural changes.
Security: Define and implement network security protocols (PKI, penetration resilience) within the system design.