Mauro Baldini

- Developed a C++ image processing library for CT scan analysis, enabling automated error detection - Assessed and implemented various image quality metrics to quantify image sharpness - Collaborated in the development, maintenance, and performance optimization of C++ control software for semiconductor bonding machines, contributing to key feature implementation and increased system reliability

- Developed numerical simulation of hydraulic fractures with an in-house C++ Finite Element Method (FEM) code - Gmsh mesh generation and post-processing with ParaView - Developed Python and Bash scripts to automate data analysis, visualization, and reporting for simulations - Development and maintenance of the department's version control systems (Bazaar and Git) - Conducted Digital Rock Physics (DRP) analysis using PerGeos and GeoDict to characterize the pore structure and permeability

- Worked as a Faculty Lecturer in Fluid Mechanics and Mechanical Engineering - Developed and delivered lectures covering fundamental principles and applications relevant to mechanical engineering - Prepared and graded assignments, exams, and projects - Mentored students and provided academic support

- Implement UDF in ANSYS CFD to model polymer degradation - Conducted CFD simulations of industrial equipment using ANSYS CFD to predict polymer degradation - Developed and refined 3D-CAD models using SpaceClaim and DesignModeler - Performed digital image processing with ImageJ and Python from thin slices and SEM images - Digital Rock Physics (DRP) analysis with PerGeos and GeoDict of CT rock scans - Developed numerical simulations of hydraulic fractures using an in-house FEM code

Physics I and Physics II, Science Department

- Conducted numerical modeling of proppant transport in hydraulic fracturing using (CFD-DEM) to analyze proppant behavior under various conditions - Automated simulation workflows and data analysis through Bash and Python scripting, enhancing research efficiency - Performed Discrete Element Method (DEM) simulations to investigate the performance of particle dampers in damping vibrations

- Analyzed failure reports from a blanking line to identify root causes and recommend corrective actions - Characterized failure modes using engineering principles to improve equipment reliability and reduce downtime - Developed a 3D-CAD model for a new catcher mechanism, contributing to improved blanking line efficiency - Created detailed engineering drawings and specifications to facilitate the fabrication and implementation of the new catcher design

- Planned and executed Capital Expenditure (CAPEX) projects to ensure compliance with Good Manufacturing Practice (GMP) requirements - Solicited and evaluated vendor quotations, supporting cost-effective procurement decisions for project materials and services - Managed and supervised contractors, ensuring adherence to project timelines, safety protocols, and quality standards

- Assisted in the development and execution of the maintenance calibration plan, ensuring adherence to schedules and regulatory requirements - Gathered and evaluated quotations from various vendors, supporting informed decision-making in procurement - Monitored and coordinated with external contractors, ensuring timely and effective completion of maintenance tasks - Contributed to audit preparation by compiling relevant documentation and supporting internal assessments