Juan Pablo M. Email & Phone Number

Farmington Hills, Michigan, United States

Pittsburgh, Pennsylvania, United States

In this role, I'm currently engaged in cutting-edge research focused on advancing the performance of low-temperature fuel cells. A significant aspect of my work involves the synthesis and characterization of ionomer-free, ultra-high power density cathode catalyst layers. By utilizing state-of-the-art functionalized mixed conductors, I aim to optimize the efficiency and longevity and lower the manufacturing costs of these critical components. Additionally, I've spearheaded the development of… Show more In this role, I'm currently engaged in cutting-edge research focused on advancing the performance of low-temperature fuel cells. A significant aspect of my work involves the synthesis and characterization of ionomer-free, ultra-high power density cathode catalyst layers. By utilizing state-of-the-art functionalized mixed conductors, I aim to optimize the efficiency and longevity and lower the manufacturing costs of these critical components. Additionally, I've spearheaded the development of novel High Oxygen Permeability Ionomer (HOPI) cathode catalyst layers, specifically tailored to enhance the oxygen reduction reaction kinetics essential for heavy-duty fuel cell vehicles requiring lifetimes exceeding 25,000 hours. One of my notable contributions includes devising a reliable method for evaluating ionomer stability within fuel cell catalyst layers. Furthermore, I've conducted comprehensive studies to understand the effects of humidity and prolonged open circuit voltage exposure on HOPI ionomers, comparing their performance to industry standards under equivalent conditions. Show less

Milford, Massachusetts

At Waters Corporation, I played a pivotal role in the research and development of cutting-edge biomedical technologies. My primary focus was on enhancing the performance and safety features of the Desorption Ionization Sprayer (DESI). I conducted comprehensive testing and diagnosis of the existing DESI sprayer using a self-made optical test bench and MATLAB. Leveraging SolidWorks, I designed and developed the next generation DESI sprayer, addressing alignment issues present in earlier versions.… Show more At Waters Corporation, I played a pivotal role in the research and development of cutting-edge biomedical technologies. My primary focus was on enhancing the performance and safety features of the Desorption Ionization Sprayer (DESI). I conducted comprehensive testing and diagnosis of the existing DESI sprayer using a self-made optical test bench and MATLAB. Leveraging SolidWorks, I designed and developed the next generation DESI sprayer, addressing alignment issues present in earlier versions. The new DESI sprayer featured a cartridge design for easy replacement, prolonged lifespan, and expedited startup. Additionally, I engineered a Level 4 laser safety enclosure, employing SolidWorks to design a robust safety solution comprising sliding high-profile laser safety doors, bypass sensors, and matte white powder-coated aluminum panels, effectively mitigating the risk of light radiation exposure. Show less

Boston, Massachusetts, United States

During my time in this lab, I focused on enhancing the capabilities of autonomous drones for reconnaissance missions. I played a pivotal role in establishing specialized zones dedicated to strategizing, implementing, and evaluating experiments pertinent to drone operations. By refining experimental protocols and optimizing operational strategies, I contributed to advancing the efficacy and reliability of autonomous systems in real-world scenarios.

Waltham, Massachusetts

At Nova Biomedical, I contributed significantly to the advancement of mechanical and manufacturing processes within the company. I played a key role in the development and implementation of various test fixtures and automated systems utilized in cell analysis and osmolality measurements. Through rigorous Root Cause Analysis, I identified and addressed flow path obstructions in cell density microscope cuvettes, ensuring optimal performance. Additionally, I led the design and commissioning of… Show more At Nova Biomedical, I contributed significantly to the advancement of mechanical and manufacturing processes within the company. I played a key role in the development and implementation of various test fixtures and automated systems utilized in cell analysis and osmolality measurements. Through rigorous Root Cause Analysis, I identified and addressed flow path obstructions in cell density microscope cuvettes, ensuring optimal performance. Additionally, I led the design and commissioning of critical components, including the Chiller Assembly Stabilizer and Osmo48 Positioning Platform, from initial 3D printed prototypes to final machined products. Furthermore, I undertook the ground-up design of a Hybrid Cell Density Viability microscope, enhancing the functionality and efficiency of earlier generation FLEX analyzers. Show less

Madrid, Community Of Madrid, Spain

My research in this laboratory centered on exploring the structural properties of water-quenched amorphous micro-wires for potential applications in next-generation electric devices. Leveraging advanced microscopy techniques such as scanning electron microscopy and atomic force microscopy, I conducted thorough analyses to characterize these micro-wires comprehensively. Additionally, I engineered winding induction coils to replicate the induction flux-metric method, facilitating precise… Show more My research in this laboratory centered on exploring the structural properties of water-quenched amorphous micro-wires for potential applications in next-generation electric devices. Leveraging advanced microscopy techniques such as scanning electron microscopy and atomic force microscopy, I conducted thorough analyses to characterize these micro-wires comprehensively. Additionally, I engineered winding induction coils to replicate the induction flux-metric method, facilitating precise quantification of hysteresis loop characteristics—a crucial step in understanding the magnetic properties of materials. Show less

Boston, Massachusetts, United States

Delivered fundamental engineering and coding courses to elementary school students across the Greater Boston region, aiming to foster interest and proficiency in STEM disciplines from an early age. Additionally, took charge of structuring the Center for STEM Education's website and strategized future events to engage and support 20 current and prospective students in their educational journey.

Boston, Massachusetts, United States

In this role, I contributed to various aspects of magnetic materials research. Notably, I designed a Passive Magnetic Field Apparatus using SolidWorks software, enhancing the capabilities of an Atomic Force Microscope to induce reversible magnetic fields on studied samples. Additionally, I conducted characterizations of alloys using a Vibrating Sample Magnetometer to optimize magnetization saturation at low magnetic fields. My responsibilities also included sample preparation for microscopic… Show more In this role, I contributed to various aspects of magnetic materials research. Notably, I designed a Passive Magnetic Field Apparatus using SolidWorks software, enhancing the capabilities of an Atomic Force Microscope to induce reversible magnetic fields on studied samples. Additionally, I conducted characterizations of alloys using a Vibrating Sample Magnetometer to optimize magnetization saturation at low magnetic fields. My responsibilities also included sample preparation for microscopic inspection, involving meticulous polishing, grinding, and other necessary procedures. Show less

Doctor Of Philosophy - Phd, Mechanical Engineering

Activities and Societies: Mechanical Engineering Graduate Student Organization (MEGSO), Graduate Student Assembly (GSA) ,GSA External.

Master Of Science - Ms, Mechanical Engineering

Bachelor Of Science - Bs, Mechanical Engineering

Activities and Societies: LS-AMP Scholar, S-POWER Scholar (NSF funded scholarship), Northeastern University Society of Hispanic.

Associate Of Science - As, Automotive Engineering Technology/Technician