E
Hardware Team Lead
Accepting applicationse-Hireo · Bengaluru, Karnataka, India
Full-Time Mid_senior DDRDFTmixed-signal
Estimated market salary
₹21-38 LPA
This is a SiliconBoard market estimate, not an employer-posted salary.
Posted
6d ago
Category
Manufacturing
Experience
Mid_senior
Country
India
Job Description
Experience: 10 - 15 Yrs
Location: Bangalore
Position Name: Hardware Lead – VCU & Cluster Systems (EV Platform)
Key Responsibilities
1. System Architecture & Platform Definition
• Define and own hardware architecture for:
MCU-based control systems
SOM-based compute platforms with modem and application processors
• Drive system-level decisions on:
Compute partitioning and peripheral allocation
Power architecture and domain separation
• Ensure designs are scalable, maintainable, and aligned with product roadmap
2. Communication Interfaces & System Integration
• Design and implement robust, high-reliability communication frameworks between distributed vehicle subsystems
• Evaluate interface technologies based on:
Bandwidth, latency, determinism, and reliability requirements
• Architect communication to support:
High-speed data transfer
Low-speed control and diagnostics
Redundancy and fallback mechanisms
• Ensure reliable operation under electrical noise, EMI/EMC constraints, and real-world disturbances
3. Hardware Design & Development
• Lead schematic design and multi-layer PCB development for mixed-signal and high-speed systems
• Enforce strong design practices around:
Signal integrity, power integrity, and grounding
Layout discipline for high-speed and noise-sensitive circuits
• Conduct rigorous design and layout reviews
4. Component Selection & Platform Optimization
• Own selection of:
Microcontrollers for control systems
SOM modules for compute platforms
Memory (DDR, eMMC, Flash) and key peripherals
Power components (DC-DC, LDOs, protection devices)
• Balance performance, BOM cost, and long-term availability
• Drive multi-source strategies to mitigate supply chain risks
5. Cost, Sourcing & Manufacturability
• Drive BOM cost optimization while maintaining product quality
• Ensure component lifecycle alignment and sourcing resilience
• Design for:
DFM / DFA / DFT
Efficient manufacturing and test coverage
• Collaborate with EMS partners for production readiness
6. EMI/EMC & Compliance
• Own strategies to achieve first-pass or near first-pass EMI/EMC compliance
• Implement best practices in:
Grounding, filtering, and shielding
• Drive pre-compliance validation and certification readines
Show more Show less
Experience: 10 - 15 Yrs
Location: Bangalore
Position Name: Hardware Lead – VCU & Cluster Systems (EV Platform)
Key Responsibilities
1. System Architecture & Platform Definition
• Define and own hardware architecture for:
MCU-based control systems
SOM-based compute platforms with modem and application processors
• Drive system-level decisions on:
Compute partitioning and peripheral allocation
Power architecture and domain separation
• Ensure designs are scalable, maintainable, and aligned with product roadmap
2. Communication Interfaces & System Integration
• Design and implement robust, high-reliability communication frameworks between distributed vehicle subsystems
• Evaluate interface technologies based on:
Bandwidth, latency, determinism, and reliability requirements
• Architect communication to support:
High-speed data transfer
Low-speed control and diagnostics
Redundancy and fallback mechanisms
• Ensure reliable operation under electrical noise, EMI/EMC constraints, and real-world disturbances
3. Hardware Design & Development
• Lead schematic design and multi-layer PCB development for mixed-signal and high-speed systems
• Enforce strong design practices around:
Signal integrity, power integrity, and grounding
Layout discipline for high-speed and noise-sensitive circuits
• Conduct rigorous design and layout reviews
4. Component Selection & Platform Optimization
• Own selection of:
Microcontrollers for control systems
SOM modules for compute platforms
Memory (DDR, eMMC, Flash) and key peripherals
Power components (DC-DC, LDOs, protection devices)
• Balance performance, BOM cost, and long-term availability
• Drive multi-source strategies to mitigate supply chain risks
5. Cost, Sourcing & Manufacturability
• Drive BOM cost optimization while maintaining product quality
• Ensure component lifecycle alignment and sourcing resilience
• Design for:
DFM / DFA / DFT
Efficient manufacturing and test coverage
• Collaborate with EMS partners for production readiness
6. EMI/EMC & Compliance
• Own strategies to achieve first-pass or near first-pass EMI/EMC compliance
• Implement best practices in:
Grounding, filtering, and shielding
• Drive pre-compliance validation and certification readines
Show more Show less