2015 AIChE Annual Meeting Proceedings

Session: Poster Session: Meet the Faculty Candidate

The "Meet-the-Faculty Candidate" poster session will provide a great opportunity for faculty, recruiters, and Department Chairs to speak directly with current graduate students and postdoctoral researchers who are seeking faculty positions. This year we are very excited to announce that it will be our biggest poster session ever, with 250 candidates and counting (up from 192 last year)!

Chair

Voronov, R., New Jersey Institute of Technology NJIT

Co-Chair

Madihally, S. V., Oklahoma State University

Presentations

02:00 PM

(6bl) Development of Novel Poly(Ionic Liquid) Membranes for Electrodialytic Separations and Desalination
(6k) Developing Advanced Solid Oxide Fuel Cell (SOFCs) Stacks and Systems
(6if) Multi-Scale Modeling to Study Soft Matter
(6gf) Interfacial Interactions and the Design of Smart Materials
(6eb) Design and Fabrication of Nanostructred Materails for Energy Applications and Functional Nanocoating
(6bm) Applied Statistics and Data Analytics for Advanced Process Systems Engineering
(6l) Thermochemical Cycles for the Production of Essential Chemicals
(6ig) Integrated Simulation Methods for Protein-Nanoparticle (NP) Interactions with Complex Surface/Solvent Environments
(6gg) Towards Accurate and Fast Discovery of Compound Materials As Catalysts: Lessons Learned from Oxides
(6ec) Development of Next Generation of Energy-Efficient Separation Technologies through Advanced Tunable Materials
(6bn) Computational Models for Growth and Defects of Melt-Grown Crystals
(6m) Carbon Materials As High-Efficiency and Metal-Free Catalyst for the Synthesis of Cyclic Carbonates from CO2 and Epoxides
(6ih) Design and Optimization of Nano- and Macro-Scale Biomaterials for Vaccines and Immunomodulation
(6gh) Engineering Nanoparticles As Theranostic Probe and Understanding Their Interaction with the Lysosome-Autophagy System
(6ed) Biomass Pretreatment Using Ionic Liquid and Glycerol Mixtures
(6bo) High Resolution Carbon Nanotube Enantiomer Separation By Specific DNA Sequences
(6n) Programming 3D Energy-Efficient Nano-Electronics at 2-Nm Resolution
(6ii) Linear and Non-Linear Programming Techniques for Process Intensification
(6gi) Design of New Materials and Understand Emergent Behavior Using Computational Methods
(6ee) From DNA to Polymer Membranes: Soft Materials for the 21st Century
(6bp) Polymer/Nanomaterial Structural Control Using Flow and Confinement: Modeling, Experiment, and Applications
(6o) Numerical Experiments of Density Driven CO2 Saturated Brine Migration in Heterogeneous Geologic Fabric Materials
(6ik) Membranes for Energy-Efficient Separations
(6gk) Understanding and Predicting the Activity of Zeolite Catalysts
(6ef) Highly Active and Durable Extended Surface Electrocatalysts
(6bq) Preparation of Multimetallic Catalytic Systems By Controlled Surface Reactions for Biomass Upgrading
(6p) Systems Biology Approaches to Develop Precision Therapeutic Approaches to Overcome Drug Resistance in Cancer
(6il) Data Science and Omics Approaches for Network Biology
(6gl) Model Colloid System for the Direct Observation of Interfacial Sorption Kinetics
(6eg) Dynamic Modeling and Design of Colloidal Assembly
(6br) A Systems Biology Definition of the Core Proteome of Metabolism and Expression
(6q) Integrating Computational Chemistry, Molecular Simulation, and Chemical Engineering
(6im) Membrane Materials and Transport Studies for Sustainable Water, Energy and Life Sciences
(6gm) Smart Membranes with Hygro-Responsive Surfaces for Efficient Separation of Liquid Mixtures
(6eh) Towards the Computational Design of Monolayer (Hydroxy)Oxide-Metal Bifunctional Catalysts
(6bs) Thermodynamics and Kinetics for Energy, Environment and Materials: A Comprehensive Research Initiative Based on Experimental and Theoretical Investigation
(6r) Understanding and Harnessing Nature's Synthetic Potential to Advance Modern Drug Development
(6in) Accelerating Ring-Polymer Molecular Dynamics Simulation - a Parallel-Replica Dynamics Approach
(6gn) Responsive Hydrogels for 4D Cell Culture and Controlled Drug Delivery
(6ej) Application of the Technique of Chemical Vapor Deposition of Polymers to a Broad Spectrum of Research Projects – from Nuclear Fusion to Water Purification
(6bt) Hydrodynamics and Phase Separation in Complex Fluids
(6s) Material Preparation and Kinetic Study of Catalysts
(6io) Programmable Dynamic Materials As Information Carriers
(6go) Recovery of Folded Heterologous Proteins in the Extracellular Space from Bacterial Culture
(6ek) Design and Synthesis of Functional Polymers for Industrial, Environmental and Energy Applications
(6bu) Porous Materials: A Unique Platform for Separations and Catalysis
(6t) Hierarchical Nanostructured and Polymeric Materials for Energy Storage and Conversion
(6ip) Colloids with Valence: Design, Fabrication, and Directed Self-Assembly
(6gp) Understanding and Controlling the Mechanical Properties of Polymeric Networks
(6el) Tuning the Ionic Conductivity of Polymerized Ionic Liquid Homo-, Random, and Block Copolymers