RUM
Department of Chemical Engineering
 

Programas de Mentoría Ejemplar

La Oficina de Estudios Graduados se complace en informar que los departamentos de Química e Ingeniería Química del Recinto Universitario de Mayagüez han sido reconocidos como "Programs of Exemplary Mentoring (PEM)" por la Fundación Alfred P. Sloan, luego de una competencia a nivel nacional organizada por esta Fundación. Los programas graduados de estos departamentos recibirán $60,000 durante los próximos 3 años para el reclutamiento de estudiantes para estos programas, con especial atención a actividades que los motiven a continuar estudios doctorales. Esta propuesta fue desarrollada por los Dres. María M. Martínez Iñesta y Rodolfo J. Romañach. Integran el comité coordinador el Director de Estudios Graduados, Dr. Raúl E. Macchiavelli, los Decanos Asociados de Investigación de Artes y Ciencias e Ingeniería, Dres. Félix Fernández y Oscar Perales respectivamente, y los Dres. Ubaldo Córdova y Jorge Almodóvar, quienes actualmente están a cargo de las actividades de reclutamiento de estudiantes graduados para el Departamento de Ingeniería Química.

          Felicitamos a los Dres. Romañach y Martínez Iñesta por esta iniciativa.


The Coki Racing Team Wins Third Place in AIChE Chem-E-Car Competition

The Chem-E-Car Competition, hosted by the American Institute of Chemical Engineers (AIChE), requires students to design and construct a small-scale vehicle that operates by chemical means. The competition challenges students to create, innovate and explore new technologies that can serve as alternative sources of energy. During the competition, vehicles must travel a specific distance of 15 – 30 meters while carrying a load of 0 – 500 milliliters of water. Teams are told an hour before giving start to the competition the exact distance that the vehicle must travel and the specified cargo that it must carry. The vehicle that stops closest to the line is the winner of the competition. Teams compete at regional level, and the top places from each regional conference move on to compete at national level.

 

The 2014 AIChE Southern Regional Conference was held at the Condado Plaza Hotel in San Juan, Puerto Rico on March 21 – 23. The Chem-E-Car Competition, held on the second day of the conference, included the participation of the UPRM team, the Coki Racing Team, who competed amongst 18 other universities from the United States. Their Chem-E-Car, the Coki GT-E, stopped at 0.83 meters from the line, awarding the team third place in the performance competition and a spot at the 2014 AIChE National Competition. The Coki Racing Team also won the Spirit of the Competition Award for their enthusiasm and charisma during the competition. 


ChE Seminar Series: "Clear Thinking Becomes Clear Writing" Rodolfo J. Romañach (UPRM)

Rodolfo J. Romañach, from the Department of Chemistry-UPRM will be offering a lecture titled "Clear Thinking Becomes Clear Writing

                                          

Date: April 24, 2014

Time: 10:30 am – 12:00 pm

Place: INQU 004 - Amphitheater

 

Abstract:

"Clear thinking becomes clear writing; one can’t exist without the other. It's impossible for a muddy thinker to write good English.”1  These words helped me realize that the problems that we see in scientific writing are not solely because English is our second language. Writing requires craftsmanship such as an adequate vocabulary, knowledge of how to use verbs, and the use of active or passive sentences. However, writing goes beyond the craft and requires a creative process. The creative process advances thinking. Thus, when a graduate student or professor decides to write later, unfortunately they are also postponing their thinking.

 

During the past few months, William Zinsser 's book; "On Writing Well", has helped me reflect about my past experiences in writing and coaching students in their writing. The book has helped me see what I have done correctly and my mistakes. I will describe Zinsser's approach and link it to my experiences in working with research proposals, theses, and research manuscripts.

 

Biosketch:

Dr. Romañach is currently Professor of Chemistry at the University of Puerto Rico – Mayagüez Campus. He worked in the pharmaceutical industry for over 12 years before joining the Chemistry Department in 1999. His research has produced over 30 publications and involves near infrared and Raman spectroscopy, and multivariate methods to assure that Quality Assurance is not an additional cost of manufacturing, but a means for continuous improvement in manufacturing, and an element to increase manufacturing competitiveness.  He was awarded an NSF Major Research Instrumentation (MRI) award to expand his research with the acquisition of a Near Infrared Chemical Imaging system. He has played a leading role in making the PAT and Quality by Design (QbD) known with 10 publications describing these initiatives and by organizing the IFPAC Summer Summit on PAT and Quality by Design for the past 9 years and through participation in a number of meetings and continuing education activities attended by industry personnel.   Dr. Romañach is also Adjunct Professor of Industrial and Physical Pharmacy at Purdue University, leads the Sensing project in the NSF Engineering Center for Structured Organic Particulate Systems (http://www.ercforsops.rutgers.edu/), is currently organizing the 2014 International Diffuse Reflectance Conference in Chambersburg, PA.


Córdova-Figueroa and experimental collaborator's paper appears in Nature Chemistry

Congratulations to Prof. Ubaldo M Córdova-Figueroa and his colleagues from Pennsylvania State University and the Institute of Continuous Media Mechanics in Russia for their contributions in the area of self-powered micropumps in the prestigious Nature Chemistry.

Samudra Sengupta, Debabrata Patra, Isamar Ortiz-Rivera, Arjun Agrawal, Sergey Shklyaev, Krishna K. Dey, Ubaldo Córdova-Figueroa, Thomas E. Mallouk & Ayusman Sen.

Published online: 30 March 2014 | See paper here: doi:10.1038/nchem.1895

 

Self-powered micropumps that are turned on by the presence of their respective substrates are formed from surface-immobilized, ATP-independent enzymes. Coupling substrate-sensing with transport enables the design of devices that deliver cargo in response to specific stimuli. Demonstrated here is the release of insulin at a rate proportional to ambient glucose concentration.