• - High-Capacity Computational Electromagnetic Methods
• - Electromagnetic Solutions for High-Frequency Mixed-Signal IC Design (Completed)
• - Accurate and Fast Broadband Modeling of the Die-Package Interaction (Completed)
• - A Hierarchical Matrix Framework for Electromagnetics-Based Analysis and Design of Next-Generation ICs (NSF)
• - From O(N) to O(M): Scalable Algorithms for Large Scale Electromagnetics-Based Analysis and Design of Next Generation VLSI Circuits
• - Simulation, Design and Fabrication of Interconnect Programmable Microwave Arrays (NSF, Completed)
• - Rigorous and Fast Physics-Based Co-Simulation of Device-Structure-Material Interactions in Complex, Nonlinear, and Time-Variant Mixed-Signal Circuits (ONR, Completed)
• - Direct Matrix Solutions of Linear Complexity for Rapid Modeling and Design of High Bandwidth Package Interconnects (SRC, Completed)
• - Say "No" to Extraction - A Transformative Circuit Simulation Paradigm Guided by First Principles (NSF, Completed)
• - Method for Fast and Accurate Signaling Analysis of Non-LTI Systems (Intel, Completed)
• - Solution to a Few Open Problems in Inverse Design for High-Performance Integrated Circuit Synthesis in Full Electromagnetic Spectrum (DARPA, Completed)
• - Multiphysics Simulation Algorithms and Experimental Methods for the Development of Cu/Graphene/TMD Hybrid Interconnect Solution (NSF, Completed)
• - ERI Design: IDEA: Rapid Modeling and Analysis Framework for Full-Chip/Package/Board Layout Automation (DARPA, completed)
• - Consortium for Electromagnetic Science and Technology (Synopsys, Cadence, Siemens, and Ansys)
• - Limits to two-spin-qubit gate fidelity from vacuum fluctuations (DARPA, completed)
• - Fast Method for High-Dimensional Global Optimization and Its Application to System Design Optimization (Intel)
• - First-Principles Simulation of SKY130 Devices (Google)
• - Open, Multiscale, Application-Agnostic Platform (Open-MAP) for Heterogeneous System-in-Package Co-Design (NSF)
• - Rapid Heterogeneous Integration (Rapid-HI) Design Institute (Purdue Elmore ECE Emerging Frontiers Center)
• - Readying TCAD for transient, DFT based quantum transport in the THz regime (DARPA)

New positions for RAs and PostDocs are open. Interested applicants are welcome to contact Prof. Jiao at djiao@purdue.edu.