Indian multinational conglomerate in engineering, construction, manufacturing, IT services, defence and infrastructure.
Lead architecture & design of isolated gate driver ICs for SiC/GaN power switches.
26 days ago ago
Experienced (8-12 years)
Full Time
Bengaluru, Karnataka, India
Onsite
Company Size
54,596 Employees
Service Specialisms
Construction services
Project Management
Engineering
Design
Technical Services
Turnkey
General Contractor
Architecture
Sector Specialisms
Buildings & Factories
Transport Infrastructure
Heavy Civil Infrastructure
Smart World & Communication
Water & Renewable Energy
Power Transmission & Distribution
Hydrocarbon (offshore and onshore projects)
Coal-based Power Plants
Role
Description
roadmap strategy
ip reuse
hv layout
isolation standards
system integration
architecture lead
Contribute to long-term roadmap and technology strategy for wide-bandgap driver solutions across all business units
Collaborate with SiC/GaN FET designers, power module architects, and system teams to define drive strength, layout constraints, and thermal performance targets.
Define system-level integration strategy for energy platforms, ensuring reliable performance across wide operating voltages, temperatures, and transient conditions.
Drive IP reuse, design scalability, and enable the gate driver IP to be leveraged across energy, automotive, and industrial portfolios.
Guide the team on HV layout practices, creepage/clearance, EMI reduction, and packaging co-design.
Ensure design meets isolation standards (UL1577, VDE0884, IEC 60747-17) and supports high CMTI (>100 kV/µs) performance.
Lead architecture and design definition for isolated gate driver ICs used with SiC and GaN power switches, optimized for high switching speed, high CMTI, and robustness.
Lead architecture reviews, mentoring, and documentation of system specifications and design decisions.
Requirements
cadence
matlab
sic/gan
uvlo
gate driver
high‑voltage
High/low side output stages (with Miller clamp, active pull-up/down, configurable source/sink)
Diagnostic and telemetry features (SPI/I²C interface, status flags)
Isolation interface (capacitive, magnetic, or optical)
Integrated protections (UVLO, DESAT, SCP, soft turn-off, active clamp)
Isolation technologies and barrier design (capacitive/magnetic/optical)