Sanju Dubey

Managed the design and implementation of AI systems for flight controller units, integrating advanced mathematical models into semiconductor technologies. Coached AIML concepts and implementation to engineering professionals, enhancing team capabilities.

Managed the design and implementation of AI systems for flight controller units, integrating advanced mathematical models into semiconductor technologies. Coached AIML concepts and implementation to engineering professionals.

Supervised the integration of critical components in System on Chip (SoC) designs, ensuring compliance with rigorous standards and enhancing performance efficiency.

Supervised the integration of critical components in System on Chip (SoC) designs, ensuring compliance with rigorous standards. Focused on enhancing performance efficiency within complex SoC architectures for client projects.

Launched a new semiconductor services division, implementing projects that required advanced mathematical formulations to optimize design processes. Program managed a new design center, specifically catering to chip design for cellular phones.

Led the development of cell libraries for SPARC processors, employing advanced modeling techniques to ensure optimal performance.

Launched a new semiconductor services division, implementing projects that required advanced mathematical formulations to optimize design processes. Program managed a new design center catering to chip design for cellular phones.

Established and led design teams focused on developing POWER processor designs from RTL to GDS, addressing challenges with innovative mathematical solutions. Oversaw the Post Silicon validation tool (AWAN), successfully replacing the legacy system and achieving a tenfold improvement in runtime efficiency.

Established and led design teams focused on developing POWER processor designs from RTL to GDS, addressing challenges with innovative mathematical solutions. Oversaw the Post Silicon validation tool (AWAN), successfully replacing the legacy system and achieving a tenfold improvement in runtime efficiency. Managed CAD teams for verification of POWER, Mainframe, and gaming chips.

Led the development of cell libraries for SPARC processors, employing advanced modeling techniques. This work ensured optimal performance and efficiency for critical processor components.

Focused on advanced concepts in electrical engineering, including circuit design, signal processing, and power systems. Gained a strong foundation in the theoretical and practical aspects of the field.

Studied fundamental principles of electrical engineering, covering areas such as electronics, telecommunications, and control systems. Developed a comprehensive understanding of engineering design and problem-solving methodologies.

Activities and societies: Served as a Teaching Assistant, instructing students in Problem Solving in Engineering Mathematics. Served as a Research Assistant focusing on Neural Networks utilizing Linear Feedback Shift Registers (LFSR), funded by the National Science Foundation (NSF).

Pursued a Master of Science in Electrical Engineering, deepening knowledge in advanced electrical systems and design. Focused on specialized topics within the field.

Completed a Bachelor of Science in Electrical Engineering, building a foundational understanding of electrical principles and applications. Engaged in core coursework relevant to the discipline.

Undertook a Post Graduate Program in AI & Machine Learning, specifically tailored for leaders. Gained insights into strategic applications of artificial intelligence and machine learning.

Completed a Post Graduate Program focusing on Artificial Intelligence and Machine Learning for Business Applications. Developed expertise in leveraging AI/ML for practical business solutions.