Thomas Martin Rudolf


Actualmente es profesor e investigador de tiempo completo. Cursó la carrera de ingeniería mecánica con especialidad mecatrónica en la Universidad Tecnológica de Darmstadt, en Alemania. Durante sus estudios, se enfocó fundamentalmente en la teoría de control, identificación de sistemas y mecanismos. Es Ingeniero Mecánico con especialidad en mecatrónica de la universidad de Darmstadt, Alemania. Es doctor en Ingeniera de la Rheinisch-Westfälische Technische Hochschule Aachen (RWTH), Alemania.
Su tesis doctoral “Parametrización adaptiva de sistemas de diagnóstico a través del uso de señales digitales de accionamiento en el monitoreo del proceso” (Adaptierbare Parametrierung von Diagnosesystemen durch Verwendung digitaler Antriebssignale in der Prozessüberwachung) fue defendida el 11 de marzo de 2014 mediante la presentación de una investigación sobre el tema de la Ingeniería de Sistemas para Dispositivos Médicos.
Continuó su carrera profesional en la empresa Roche Diagnostics como Ingeniero de Integración de Equipamiento (Systems Engineer) con enfoque en cálculo y simulación. Su tarea en Roche Diagnostics fue la modelación física de bombas de insulina usando las herramientas LMS AMESim y Matlab/Simulink, así como el dimensionamiento con enfoque al uso de energía de sistemas de bombas de insulina, el análisis de características mecánicas, electromecánicas y de flujo de bombas de insulina incluyendo análisis de tolerancia y evaluaciones estadísticas, usando métodos de SixSigma.
Ha dictado cursos de ingeniera sobre Ingeniera de Control, Manufactura de Componentes y Manufactura Integrada por Computadora, así como Mecánica de Solidos, Diseño de Mecanismos Robóticos y Sistemas Mecatrónicos. Tiene varias publicaciones en revistas internacionales sobre el tema de monitoreo y diagnóstico de procesos de manufactura.
He is currently an associate professor and researcher at ITAM. He completed his engineering studies with specialization in Mechatronics at the University of Darmstadt. During his studies, he focused on fundamentals of control theory, identification of systems and mechanics. After his studies in Darmstadt, he started working as a research assistant at the Laboratory of Machine Tools at the University of Aachen, RWTH Aachen.
During the following six years at the RWTH, he worked as a scientific assistant and development engineer. During this time, he worked on his doctoral investigation. Besides the investigation, his responsibilities also included the coordination and management of investigation projects. His doctoral thesis (Adaptable parametrization of diagnostic systems by using digital drive signals for process monitoring) was defended on the 11th of March 2014 with a presentation about “Systems Engineering for Medical Devices”.
He continued his professional carrier at Roche Diagnostics as a Systems Engineer with focus on simulation and computation. His primary task was the physical modelling and calculation of insulin delivery systems in order to define technical requirements as well as to verify changes of specifications. This task also included DoE in order to find the most relevant system parameters, the tolerance analysis and statistical evaluations applying Six Sigma methods, e.g. to evaluate the risks of new consumable products for medical devices. He also applied the methods of Six Sigma to develop a quality gate for the selection of sterile consumable products for medical devices.
He lectures Control Engineering, Manufacturing of Components, Computer Integrated Manufacturing, as well as a Solid Mechanics, Design of Robotics Mechanisms and Mechatronics Systems. He published several articles in international journals about diagnostics and monitoring of manufacturing processes.