Dynamic Senior Firmware Engineer with over 7 years of specialized experience in SoC power management, firmware development, and silicon debug at Intel. Expertise in reset flows, idle/active power management, overclocking, and debug infrastructure drives significant improvements in power efficiency while enhancing user experiences in next-generation client SoCs. Proven hands-on proficiency in firmware design, development, unit testing, and validation using Embedded C, C++, and Python, consistently adhering to rigorous quality and coding standards. A strong foundation in system-level optimization and cross-team collaboration complements advanced problem-solving skills and an expanding knowledge base in machine learning.
Firmware Development & Debug:
Designed, developed, unit-tested, and debugged Power Management (PM) firmware features for Intel Client SoCs, contributing directly to longer battery life and improved system performance.
Power Management Expertise:
Silicon Debug:
Global Collaboration:
Served as part of Manual Debug Team (MDT), including a 6-month onsite assignment in Hillsboro, Oregon (USA) and Successfully contributed to Intel's Oregon (USA) Power-On lab for critical silicon bring-up, ensuring competitive power-performance solutions on Meteor Lake and other Intel's soc platforms.
Tools & Programming:
Strong experience in C/C++, Python, Linux environment, and Git. Worked with internal debug tools like Power Trace & Python SV Debug Tool for trace analysis.
Software Practices:
Coding guidelines, Quality norms, Unit Test Development
Additional Knowledge:
Machine Learning fundamentals
Collaboration:
Partnered with cross-functional teams during system bring-up, including onsite (US assignment) and offshore debug. Actively contributed to taskforce under time-critical conditions, accelerating resolution of critical HW/FW issues.
Firmware Development & Engineering:
Design and development of embedded firmware solutions
Comprehensive unit testing and validation methodologies
Static code analysis and quality assurance
Pre-silicon and post-silicon debugging expertise
Firmware architecture design and implementation
Power Management Specialization:
Reset flows design and implementation
Idle Power Management: Compute Die C-states, PKGC states, Core C-states, P-states
Save/Restore feature development and optimization
Active Power Management: Workpoint optimization, Power Delivery solutions
Overclocking flows and performance tuning
SoC Power Management Architecture expertise
Idle/Active State Management strategies
Debug & Analysis Tools:
Power Trace analysis and optimization
Python SV Debug Tool proficiency
Telemetry systems implementation and monitoring
Crashlog analysis and debugging
Cluster-level tracker analysis and resolution
Advanced debug/trace tools utilization
Programming Languages & Scripting:
Embedded C programming
C development
Assembly language programming
Python scripting and automation
MATLAB scripting and analysis
Development Tools & Platforms:
Git version control and collaboration
Linux development environment
Integrated debug and trace tools
Silicon bring-up platforms and methodologies
Software Engineering Practices:
Adherence to coding guidelines and standards
Quality norms implementation and compliance
Unit test development and automation
Code review and validation processes
Documentation and technical specifications
System Architecture & Knowledge:
SoC Power Management Architecture design
Silicon bring-up procedures and methodologies
Hardware-firmware integration expertise
System-level optimization strategies
Additional Technical Competencies:
Machine Learning fundamentals and applications
Cross-platform development experience
Performance analysis and optimization
Collaboration & Leadership:
Cross-functional team partnership and coordination
International collaboration (onsite US assignment experience)
Offshore development and debug coordination
Taskforce leadership under time-critical conditions
Critical hardware/firmware issue resolution acceleration
Stakeholder management and technical communication
DEG Group Recognition Award (GRA): High-quality contributions to successful bring-up of Intel’s first 1278 silicon on Arrow Lake.
IVE Division Recognition Award (DRA): Collaborated across teams to resolve 13 critical timing gate issues, enabling early production TI of ARL816 C-die.
CPV Division Recognition Award (DRA): Resolved 20+ critical overclocking issues across iVE, CCG SIV, Design, and FW teams, enabling high-quality ARL-S silicon validation.
CEG Division Recognition Award (DRA): Recognized for “All Hands on Deck” execution to enable Arrow Lake-S A0 silicon power-on.
CVI Division Recognition Award (DRA): Enabled ARL-S Windows OS boot in hybrid core configuration by overcoming X-Propagation issues.
MTL Division Recognition Award (DRA): Delivered timely, production-quality PM firmware releases (ES1/Alpha) to external customers.
Address: Prestige Primrose Hills, Banashankari, 6th Stage, off Kanakapura Road
Phone: +91 973-958-4441
Email: ssmahendraker@gmail.com
LinkedIn: www.linkedin.com/in/susheel-kumar-mahendraker-97ba71146