Provider of solutions to physics, materials, and manufacturing related challenges based on literature, empirical data acquisition, numerical simulation and modern data analysis techniques. Services also include technical writing and proposals for funding.Specific Experience in: - Bulk Metallic Glass Alloys - In-Situ testing of materials and devices and failure analysis - Python scripts for processing and deriving answers from large, noisy and/or complicated data sets - Oxide Coatings - Scanning Electron Microscopy (SEM) - Transmission Electron Microscopy (TEM) - Magnetic Resonance Imaging (MRI) - Positron Emission Tomography (PET) - Identifying and develop new business opportunities and applications for technology - Training and working with applications/sales engineers to develop customer appropriate solutions - Biocompatibility Studies - Material Properties Measurement Systems & Data Analysis (CMM, SEM, Hardness, Carbon, EDS, Optical Microscopy, Corrosion, DSC, and more) - Manufacturing Systems and Process Development and Optimization - Computational Fluid Dynamics - Composing language and graphics for bringing technological concepts to non-academic audiences - Patent writing and IP portfolio management

Daily coaching and mentoring of High School age kids in Pole Vault, Triple Jump and Long Jump.

Leader and active team participant in R&D lab for new applications, hardware/sensor/software/DAQ systems, and prototype processes (additive, welding, rolling, extrusion, thermoplastic, etc.) • numerical modeling of fluid and heat flow • data mining for process and physicomechanical optimization • failure-analysis • material characterization • new alloy design • control of metallic phases, and precision metrology. Responsibilities included defining project scope, tracking tasks, progress reports, budgets and updates.

Innovation, scientific research, design, prototyping, and product development in the field of medical diagnostics and other bio-inspired devices.

System level integration of magnetic resonance imaging and positron emission tomography through multiplexed silicon photomultiplier photo-avalanche diode technology and efficient cluster-computing gamma-ray and optical photon tissue/hardware interaction simulations.

Developed, coded and published an enhanced undistortion algorithm for fast MR images using non-parametric Bayesian inference techniques.

• Hired, trained, and coordinated student employees for regular work hours and special events.• Liaised with college administration on issues of operations, personnel, finance, and stocking.

• Coded bespoke online marketplace simulations for optimization of advertisement pricing models.• Initiated development of online technical software tutorials for a magnetic refrigeration technology start-up.

Worked and studied under a general contractor, performing framing, siding, roofing, concrete, demolition, etc.

Developed training materials and counseling program for the summer staff at Ponderosa Lodge (high school camp).Mentored and directed staff in all areas of camp life, including conflict resolution, emotional/spiritual renewal, and leadership abilities.

Same responsibilities as previous summer.

Mentored groups of seven to nine high school age kids for in one week intervals (24-7) in camp setting. Responsible for leading groups in a wide range of activities including team building exercises, sports, study, etc. Program included teaching kids music, surfing, skateboarding, pool-sports, mt. biking, crafts, etc.

• Constructed and tested hardware and readout electronics for Westmont’s first cosmic-ray telescope.• Traveled to LBNL 88” cyclotron facility for high-energy beam-line experiments in cooperation with Rutgers University. Analyzed data for nuclear transition probabilities.• Mapped magnetic field for NSCL beta-decay experiments at Michigan State University.