Ashu Tamrakar, 3rd year student with Prof. Ramachandran received a $300 Conference Travel Award to present his paper “Implementation of hybrid DEM-PBM approach to reduce the computational cost of powder mixing technology“ at the 26th European Symposium on Computer-Aided Process Engineering in Portorož, Slovenia
December 18, 2015
December 15, 2015
Dr. Chundawat Part of Team That Has Characterized Critical Biofuel Enzymes Using Single-Molecule Techniques: A collaborative paper with the Lang lab at Vanderbilt University outlining the single-molecule characterization of processive cellulolytic enzyme action on the surface of crystalline cellulose was published in Nature Communications. This study has revealed the individual biocatalytic steps involved in the action of cellulase enzymes on polysaccharide substrates for the very first time.”
December 7, 2015
1. CBE graduate student Xiang Yu received a Graduate Student Travel award 2. CBE graduate Xiang Yu was a symposium assistant in the Materials Research Society Fall 2015 meeting 3. CBE graduate student Xiang Yu received a Materials Research Society travel award for his oral presentation in Materials Research Society Fall 2015 meeting 4. CBE doctoral student Xiang Yu and CBE Masters student Xiaolei Chu received a Best Poster award at the Materials Research Society Fall 2015 meeting
November 30, 2015
He received the award for his work on “Hybrid Parallelization of Population Balance Models for Massively Accelerated Modeling of Particulate Processes”, which he carried out under the guidance of PhD student Anik Chaturbedi and Prof. Rohit Ramachandran. Franklin is a ChemE major with a biochemistry minor. Franklin was sponsored by the Rutgers AIChE chapter to go to Salt Lake City to present his work. His work is funded by an NSF REU grant on multi-scale modeling and analysis of granulation processes.
November 11, 2015
Ajay Kashi won First Prize in the student poster competition at the 2015 AIChE National Meeting in Salt Lake City, for "Scalable Synthesis of Nanoscale Ni5P4 As a Novel HER Catalyst: Investigating the Correlation Between Particle Size and Electrochemical Activity". Ajay is a ChemE major conducting research in Dr. Gerard Dismukes' laboratory under the mentorship of Dr. Anders Laursen. Ajay was supported by an Aresty travel grant to attend the meeting to present his research conducted this past summer supported by an REI fellowship. Congratulations Ajay!
November 10, 2015
The National Science Foundation /CBET awarded to Prof. Sofou and to co-PI Prof. Yannis Kevrekidis (Princeton University) a 3-year grant to use collective measurements as well as single molecule optical tracking techniques to develop – and subsequently computationally test - mechanistic hypotheses for the kinetics of binding between unique nanoparticle geometries and single receptors or assemblies of receptors. The findings of this study will contribute to ultimately designing high impact nanoparticles for theranostic applications.
November 4, 2015
Monday, November 9th: YPC Undergraduate Research Forum, Ballroom H: 10:30-10:45AM: Katelyn Dagnall (Celik) - Photocatalytic Biomass Reforming Over Modified TiO2 1:10-1:30PM: Sarah Libring (Dutt) - Self-Assembly Simulations of Polymer Functionalized Virus Capsids 4:30-4:45PM: Nour Srouji (Hara) - Dynamic Light Scattering Study of Sulfonated Polystyrene Ionomers in Benzene4:45-5:00PM: Jacob Massa (Celik) - A DFT Study of Methanol Reforming on C- and N-Doped TiO2 (110) Anatase Surfaces
November 2, 2015
New Book Published : Process Simulation and Data Modeling in Solid Oral Drug Development and Manufacture Professors Ierapetritou and Ramachandran are the editors of the new published book summarizing the recent developments in solid oral drug manufacturing. More details can be found in the book's homepage: http://www.springer.com/gp/book/9781493929955?wt_mc=Internal.Event.1.SEM.BookAuthorCongrat
October 26, 2015
School’s Annual Medal of Excellence Award Event Recognizes Innovation in Industry, Education, Research, and Service
October 26, 2015
George Tsilomelekis joins the Department of Chemical and Biochemical Engineering with extensive experience studying catalytic materials. His research interests focuses on the rational implementation of spectroscopic methods under realistic reaction conditions toward understanding complex catalytic reactions in the broad field of the conversion of renewable and alternative energy sources.