Arif Sheikh

Focused on advancing systems engineering methodologies, artificial intelligence applications, and multi-agent systems in complex domains such as healthcare and semiconductor manufacturing.

Specialization in microelectronics, semiconductor design, and advanced manufacturing technologies. Thesis: "DoD Chip Manufacturing Foundry Management System (DCMFMS)".

Emphasis on circuit design, semiconductor, embedded systems, and telecommunications.

Leading Systems Engineering and Integration, Product Development, and Cost Control for advanced aerospace systems.
Key skills: Earn Value Management (EVM), Cost Control, Agile Methodologies, Cross-functional Team Leadership, Program Management, Product Management, Technical Project Leadership, Systems Engineering, Risk Management.

Test structures to validate technology ground rules and predict end-of-line product yield.
Key skills: Semiconductor Device Characterization, Process Development, Yield Prediction, Data Analysis, and CMOS Technology Integration.

Led semiconductor process integration with a focus on failure analysis, semiconductor device development, and process optimization.
Key skills: Lean Manufacturing, Process Integration, Failure Analysis, Semiconductor Devices, Technology Development, Engineering Management, Continuous Improvement, DFM (Design for Manufacturability), and Cross-functional Collaboration.

Focused on Lean Transformation and Business Process Design/Analysis for process optimization.
Key skills: Lean Manufacturing, Lean Six Sigma, Business Process Design, FMEA (Failure Modes and Effects Analysis), Quality Management, Data Analysis, Process Improvement, and Continuous Improvement.

Worked on IBM Server Technology development and silicon process assurance. Led efforts in process improvement, data analysis, and electronics.
Key skills: Electrical Engineering, Circuit Design, DFM (Design for Manufacturability), CMOS, Process Integration, Process Improvement, and Cross-team Collaboration.

Worked as a Semiconductor FEOL Process Development Engineer for advanced CMOS research.
Key skills: Semiconductor Process, Process Engineering, Failure Analysis, Semiconductor Device Development, Semiconductor Manufacturing, Technical Reviews, Continuous Improvement, Cross-team Collaboration, and Root Cause Analysis.

Collaborated with IBM TJ Watson research center, working in the Nonlinear Optics Laboratory and Materials & Device Laboratory in the Electrical Engineering Department.
Key skills: Semiconductor Process Development, Experimental Design, Research Methodology, and Cross-disciplinary Collaboration.