System Architect

A premier, global semiconductor and Smart Edge technology leader developing breakthrough Silicon & Software solutions for the Wireless IoT ecosystem.

Demonstrating sustained global leadership, the organization employs hundreds of professionals across its primary R&D center in Israel and international sites.

Located in the Sharon / Central region (walking distance from the train station), operating on a hybrid work model with 2 days WFH per week.

Role Description-

• Leading system architecture definition and optimization for next-generation Wireless Communication Chips & Modems targeting cutting-edge communication standards.

• Defining PHY System specifications, low-power hardware architectures, and algorithm implementations optimized for silicon (Power, Area, Performance tradeoffs).

• Driving end-to-end modem solutions across PHY TX/RX chains, from early algorithmic research to hardware implementation and silicon productization.

• Collaborating cross-functionally across Algorithm, Hardware/ASIC, Embedded Software, RF, and Validation squads throughout the full product lifecycle.

• Participating in multi-disciplinary system integration and testing across embedded software, digital hardware, and radio subsystems.

• Supporting strategic customer engagements, technical integration, and commercial product deployments.

Requirements-

• B.Sc. in Electrical & Electronics Engineering, Communication Systems Engineering, or equivalent – Mandatory

• Proven background in system definition and architecture for Wireless Communication Chips / SoCs – Mandatory

• Hands-on track record in Wireless Chip Productization, from initial design stages to mass market deployment – Mandatory

• Deep theoretical and practical understanding of PHY RX and TX Modem chains – Mandatory

• Strong grasp of hardware implementation tradeoffs (Power, Area, and Performance) with proven ability to optimize DSP/PHY algorithms for ASIC/HW implementation – Mandatory

• Hands-on experience with major wireless standards (Wi-Fi, Bluetooth/BLE, Cellular IoT/5G, or UWB) – Significant Advantage

• In-depth knowledge of advanced modulation and multi-antenna techniques (MIMO, OFDM/OFDMA) – Advantage

• Familiarity with RF front-end architectures and radio interfaces – Advantage

• Understanding of MAC Layer protocols and HW-SW partitioning – Advantage