Dr. Matthieu Gaudet

FEA with COMSOL (static, modal, dynamic) including validation via deep analytics. Developed MEMS optimization routines (Gradient Descent, Multi-Objective, AWS-scalable). Built analytical models for 2D micromirror resonance behavior. Led MSA for acoustic equipment, solved MEMS packaging acoustic issues (Lean 6 Sigma). Designed real-time low-resource trajectory control algorithms. Mentored team in interdisciplinary R&D projects.

Designed and optimized CPW transmission lines from micro- to nanoscale using Ansys HFSS. Handled non-pathogen viruses for scanning microwave microscopy. Automated electrostatic FEM to generate impedance datasets for AI training. Maintained and upgraded wire bonder and AFM per project needs. Led project development and financial planning for automated RF nano-prober targeting 6G communication standards.

Developed analytical model for Nano-E-Drive electrostatic actuator. Modeled MEMS actuators (2D structural-electrostatic) using FEA (Ansys APDL), automated and optimized with CMA-ES. Built microfluidic models (micropump, 2-way FSI with Ansys Mechanical + Fluent). Led €3M/4yr project on micropump, microvalve, and moving platform; managed risks (FMEA) and customer relations.

Supervised 7-person team, provided scientific mentoring, lab oversight, and ESD/H&S training.

Refuted a published model on giant piezoresistivity in silicon nanowires using FEA. Developed and applied E-beam nanolithography to fabricate silicon nanobridge test samples. Conducted in-situ microfabrication and characterization of pressure gauge sensors to compare average and measured stress via piezoresistivity.

Assessed rooftops and structural elements for photovoltaic feasibility through onsite visits. Produced accurate 3D CAD models and coordinated with engineering teams for project rollout.

Designed a capillary-based micro-fluorometer with LabVIEW control for rapid protein stability analysis. Developed an instant optical fiber heating system using IR-Telecom laser. Conducted COMSOL FEA simulations on localized heating in microfluidic laminar flows. Gained expertise in advanced bioanalytical tools including confocal fluorescence microscopy, AFM, and microfluidic flow control.