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Senior Advanced Wireless Architect

Brady Corporation
Bengaluru, IND
Full-time
Senior · 15+ years experience
Onsite
Discovered 2 weeks ago

Full Job Posting

Qualifications

  • 15+ years of overall experience in embedded hardware architecture, design, development and product engineering.
  • Minimum 3 years of experience in hardware architecture, design, development and release of industrial products.
  • Proven experience in the complete development lifecycle of at least 2–3 embedded hardware products.
  • Strong hands-on experience in embedded hardware architecture and product development.
  • Strong expertise in schematic design, PCB layout, routing, hardware bring-up and debugging.
  • Practical experience designing and developing 4-layer/6-layer HDI PCBs and assemblies.
  • Strong understanding of IoT systems, embedded hardware and wireless technologies.
  • Working knowledge of RFID, WLAN/Wi-Fi and Bluetooth is an advantage.
  • Strong understanding of product-level cost, power consumption, form factor, EMI/EMC and reliability considerations.
  • Experience working with semiconductor vendors, component suppliers, PCB fabrication and assembly partners.
  • Hands-on troubleshooting experience with signal integrity, power integrity/power consumption, EMI/EMC and ESD is preferred.
  • Experience collaborating with global and cross-functional teams across hardware, software/firmware, mechanical, industrial design, certification and manufacturing.
  • Excellent Analytical, communication, organizational, documentation and presentation skills.
  • Strong team player with the ability to work effectively with global teams and independently own complex technical assignments.
  • Demonstrated ability to drive innovation, technology adoption and engineering best practices.

Responsibilities

  • Lead hardware and Wireless/RF architecture, design, development, validation and release for NPI/NPE products and platform projects.
  • Own hardware architecture decisions considering product cost, power consumption, form factor, performance, reliability and EMI/EMC compliance.
  • Translate product requirements and Hardware Requirements Specifications (HRS) into hardware architecture, functional modules and measurable Critical to Quality (CTQ) parameters.
  • Design and develop wireless hardware for SUB-1GHz, Bluetooth, Wi-Fi,4G/5G, NFC, UHF RFID and WLAN (802.15.4, 802.11ah) communication systems.
  • Drive the complete Hardware Development Life Cycle (HDLC) from architecture and design through product validation, release and sustaining engineering.
  • Validate Wireless SoCs, MCUs and communication modules in collaboration with ODMs/OEMs, enabling POC development and guide architectural decisions
  • Work closely with global hardware, firmware/software, mechanical, industrial design, certification, manufacturing and other cross-functional teams.
  • Design and develop high-quality schematics, review PCB layouts and routing, including 4/6/8/10 layer HDI PCBs and assemblies.
  • Architect and led technology roadmaps, driving innovation and platform development of wireless systems across consumer and industrial IoT domains.
  • Work closely with PCB fabrication and assembly houses to ensure design manufacturability, quality and production readiness.
  • Apply DFx (Design for Excellence) practices to optimize cost, yield, manufacturability, assembly, reliability and overall product quality.
  • Select active and passive components based on product specifications, performance, availability, cost and reliability requirements.
  • Work with semiconductor vendors and suppliers on technical evaluation, component selection and supplier engagement.
  • Develop and troubleshoot wireless/RF solutions and contribute to IoT system architecture.
  • Apply knowledge of wireless technologies such as RFID, WLAN/Wi-Fi and Bluetooth to embedded product development.
  • Troubleshoot real-world product and field issues related to signal integrity, power consumption, EMI/EMC, ESD and hardware reliability.
  • Ensure hardware designs comply with applicable industry and regulatory standards including FCC, IC, ETSI, UL,CE, MIL-STD.
  • Experienced in DFMEA/FMEA and subsystem reliability analysis, DFM/DFT for high-volume production, and factory support during production phases.
  • Use engineering tools such as Mentor Graphics, Valor and Cadence for design, simulation, analysis and manufacturing-related activities.
  • Monitor technology trends in hardware architecture, wireless technologies and industry/mobile standards and identify opportunities for innovation.
  • Establish and promote hardware engineering best practices, design guidelines and process improvements.
  • Work with high-maturity hardware, software, mechanical, industrial user experience and certification teams to deliver production-ready products.
  • Apply structured problem-solving methodologies and demonstrate awareness of CMMI-level practices and Six Sigma tools.
  • Support multiple embedded hardware products through the complete development lifecycle from concept to production and sustaining engineering.
  • Qualifications / Required Skills
  • All your information will be kept confidential according to EEO guidelines.

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