University of Texas Austin - Engineering
Third Round Analytics Capital
University of Texas at Austin
El Paso Community College
Third Round Analytics Capital (TRAC) is a quant venture capital firm that uses proprietary technology to identify and invest in future unicorns and other hypergrowth startups (defined as startups that exit for greater than $250 million and return 5X invested capital). TRAC generally invests in the 3rd round of targeted startups.\n\nIn 2015
DaaS Analytics (DaaS
the predecessor to TRAC) was founded to provide clients with a quantitative approach to identify top early-stage startup deal flow sources from among thousands of accelerators and investors. DaaS's efforts evolved into algorithms that could identify Hypergrowth Companies.\n\nDeveloped over a 4-year period by analyzing tens of thousands of startups and investors
TRAC's algorithms would have identified 75% of last decade's Unicorns years before they were valued above $1billion. \n\nIf you are an early stage investor who has invested in one or more unicorns
you may qualify to join the TRAC Community. Limited to 100 members
Community members gain access to TRAC technology
deal flow and can earn a share of TRAC's carry.
Third Round Analytics Capital
The University of Texas at Austin
Synthesized and characterized enzyme-containing polymer films
microparticles
and nanoparticles for the intelligently triggered release of an encapsulated drug. Specifically
glucose oxidase was used to trigger the swelling of a cationic hydrogel system for the controlled release of insulin in the presence of high glucose levels.
Graduate Research Assistant
Chemical Engineering
Austin
Texas Area
Concerts
sports
event photography
and portraits.
MarekPhotography
El Paso Community College
El Paso
Texas Area
Taught first and second year engineering courses
including Programming (C/C++)
CAD (AutoCAD
Inventor)
Introduction to Electrical Engineering
Electromechanical Systems
Introduction to Thermofluids
Engineering Economy
Dynamics.
Engineering Instructor
Biomedical Engineering
Teach laboratory courses to first-year and third-year biomedical engineering students; topics include the theory and use of: programming and robotics
drug delivery
circuit design and troubleshooting
acquisition and analysis of biopotentials
SolidWorks modeling
mammalian cell culture
mechanical properties and testing of materials
medical imaging
transport in hemodialysis
Design of Experiment
and statistical analysis of results
Lecturer
University of Texas at Austin
Blue Lizard Climbing and Yoga
LLC
MarekPhotography
Georgia Institute of Technology
We provide bouldering
yoga
hiking
pictograph
and photography tours at Hueco Tanks State Park and Historic Site.
Blue Lizard Climbing and Yoga
LLC
Postdoctoral Fellow
Pharmaceutics
Pulmonary drug delivery; investigated the origins of adhesive/cohesive forces between DPI carrier
drug
and inhaler.\n\nResearched the cause of batch-to-batch variability in inhalation-grade lactose for dry powder inhalers. Pre-compressing lactose significantly decreased this variability.\n\nDetermined the effect of surface chemistry
roughness
and energy on the adhesion of engineered particles to surfaces using the colloid probe AFM technique\n
University of Texas at Austin
Undergraduate Research
Organic Chemistry
Synthesized di- and tetrasubstituted calix[4]arene derivatives
which dimerize in polar protic solvent
for use in drug delivery
phase transfer
and catalysis.\n\nWorked towards the total synthesis of the natural product (-)-dihydroguaiaretic acid and its analog as potential cancer drugs.\n
Georgia Institute of Technology
PhD
Chemical Engineering
BS
Chemical and Biomolecular Engineering
Omega Chi Epsilon (President)
Spectroscopy
Drug Delivery
Cell Culture
Microsoft Office
HPLC
Chemistry
Research
Nanoparticles
Higher Education
UV/Vis
Characterization
Nanotechnology
Matlab
Data Analysis
Biomedical Engineering
Chemical Engineering
Microscopy
Perl
Statistics
LabVIEW
Cationic nanogels based on diethylaminoethyl methacrylate
Nicholas Peppas
Cationic nanogels based on diethylaminoethyl methacrylate
McNair D
Selvam P
Aerosol Sci & Tech
Micronized Drug Adhesion and Detachment from Surfaces: Effect of loading conditions
James W. Tunnell
Controlled Drug Delivery from Alginate Spheres in Design-based Learning Course
Peppas
NA
\"Intelligent
Responsive and Theranostic Hydrogel Systems for Controlled Delivery of Therapeutics\" in In Chemoresponsive Materials: Stimulation by Chemical and Biological Signals
Donovan M
Effects of Mild Processing Pressures on the Performance of Dry Power Inhaler Formulations (1): Budesonide and Lactose
Herpin
M
Donovan
M
Novel Dry Powder Inhaler Particle Dispersion Systems
Peppas
NA
Insulin Release Dynamics from Poly(diethylaminoethyl methacrylate) Hydrogel Systems
Anthony J. Hickey
Latarsha D. Jones
Robert J. Garmise
Daniel J. Cooney
Lucila Garcia-Contreras
\"Medical and pharmaceutical aerosols\" in Aerosols Handbook: Measurement
Dosimetry
and Health Effects
2nd Ed
Marek