Manish Singh

• Drive Intel's leadership in the Windows and Chrome education segments by owning the product development for essential segment designs, valued at $5 billion
• Ensuring high-quality execution and taking complete ownership of planning, design, development, testing, release, and customer enablement
• Fostering collaboration and engagement with teams worldwide, promoting the adoption of industry-standard tools and methodologies for the high-velocity development model (HVDM) charter
• Driving organizational efficiencies and a strong engineering culture.

• Led the strategic expansion of engineering in India by establishing Qualcomm Delhi Centre and successfully building a team of over 150 highly skilled employees
• Drove a cross-functional team in fast-paced agile environments, focusing on software product development (cloud-based software for IoT with big data - NoSQL, Cassandra, and Spark) and next-generation modem technology development
• Executed project roadmaps, prioritized tasks, managed risks, and collaborated with business partners to ensure successful delivery aligned with business requirements.

• Spearheaded Customer Engineering efforts, enabling successful launches of Qualcomm products in Value Tier markets
• Implemented process changes using the salesforce.com platform to maintain and enhance quality as the team size increased and expanded across multiple locations
• Managed a 60-member team, driving development and deployment of design software solutions while ensuring alignment with stakeholders and managing vendor relationships.

• Delivered innovative methodologies and software solutions that supported the successful launch of two generations of microprocessor designs between 2008-2010
• Pioneered design re-use mechanisms, continuous integration practices, and optimization techniques resulting in significant improvements in simulation throughput times and cost savings
• Streamlined project infrastructure, implemented compute monitoring, and introduced failure recovery mechanisms, leading to improved project schedules and substantial cost savings.

• Led and managed a team of 12 senior software developers, supporting the development and deployment of four design analysis software solutions, including the infrastructure
• Facilitated technical discussions, motivated team members, ensured efficient resource planning and allocation, and drove project scheduling and hiring
• Developed software for high-performance microprocessor design, taking responsibility for specifying, architecting, designing, developing, testing, and supporting new solutions
• Designed and implemented the classifier module of the design analysis infrastructure, employing graph theory and binary decision diagrams (BDDs) to functionally analyze device groupings and store design information in memory
• Architected and implemented key components of the data model.

• Designed and developed the core database component of a hierarchical simulator, which involved implementing a sub-graph isomorphism solution to identify topologically similar channel connectivity in a transistor netlist.

• Developed MFC-based applications, including an MDI application for identifying differences in Allegro layout and Concept schematic and an SDI application providing a comprehensive environment for Logic Workbench (LWB) customers on the NT platform.

GPA: 3.8/4.0

• Member of Beta, Gamma, Sigma

Distinction: 82%