99th Annual Meeting
Index To Symposia
(2) Unmanned Aerial Systems: Advancing Technology and Applications
(3) Rocket Propulsion
(4) Advances in Engineering Education
(5) Renewable Energy and Thermal Science: Materials, Design, and Applications
(6) Nanomaterials: Synthesis, Manufacturing and Applications
(7) Space Power Technologies - Thermoelectrics, Fuel Cells and Batteries
(8) Polymer Synthesis and Processing for Advanced and Emerging Applications
(9) Medical and Dental Implants – Materials, Stability and Compatibility
(10) Strategies for Active Learning in Undergraduate Biology Education
(11) Active Learning Practices in Chemistry Courses
(12) Library Science Symposium
(13) The Intersection Between Science and Philosophy
(14) Linking Atmospheric Chemistry, Modeling and Health Effects of Ozone and Particulate Matter with Improved Public Policy for Megacities
(15) Saving the Planet One Course at a Time
(16) La Brea Tar Pits: Old Bones and New Insights
(17) Pharmaceutical Research and Development: From Bench to Patient-centered Care
(18) Multi-Disciplinary Experiences in Flipping Quantitative Courses
(19) Vietnam: Cultural Legacy, Crisis of Immigration, and an American Anthropologist in the Vietnam War
(20) Smart Grid, Micro Grid Technologies and Cyber Security Issues in a Complex Grid System
(21) Additive Manufacturing of Metals: Process – Structure – Property Relationships
(1) Recent Advances in Turbulence Research: Experiments, Theory, and Computations. Organizers: Campbell Densmore (Mechanical Engineering Department, College of Engineering, Cal Poly Pomona, Pomona, CA; firstname.lastname@example.org), Marko Princevac (Mechanical Engineering Department, Bourns College of Engineering, University of California, Riverside, Riverside, CA; email@example.com), and Frank Jacobitz (Mechanical Engineering Department, Shiley-Marcos School of Engineering, University of San Diego, CA; firstname.lastname@example.org).
This symposium is a venue for the exchange of recent results in the field of turbulence research. Discussion topics will include geophysical turbulence, wildfire dynamics, and interactions between bubbles and turbulent flow fields, but any topics related to turbulence research are appropriate for this session. Geophysical turbulence concerns flow with shear, stratification, or rotation and with applications in the atmosphere or oceans, including turbulence evolution, transport, and mixing of natural or anthropogenic substances. Atmospheric flows and turbulence in large part govern fire dynamics. Additionally, the dissipation associated with bubble ladened turbulent flows will be discussed. Studies that involve laboratory or field experiments, theoretical analysis, as well as simulation approaches will be discussed. The organizers particularly encourage students at the undergraduate or graduate level to present their work in this symposium.
(2) Unmanned Aerial Systems: Advancing Technology and Applications. Organizers: Subodh Bhandari (Aerospace Engineering, Cal Poly Pomona, Pomona, CA; email@example.com), Navid Nakhjiri (Aerospace Engineering, Cal Poly Pomona, Pomona, CA; firstname.lastname@example.org), and Zahra Sotoudeh (Aerospace Engineering, Cal Poly Pomona, Pomona, CA; email@example.com).
This Symposium will focus on increased autonomy of unmanned aerial systems (UASs) and their widespread applications. Despite their potential use for many applications, they have not yet seen widespread usage. The lack of sufficient level of autonomy has prevented the mass deployment of UASs for many applications such as agriculture, search and rescue, traffic monitoring, package delivery, etc. The Symposium topics of interest include robust, nonlinear, and intelligent flight controls, collision and obstacle avoidance, command and control of multiple unmanned systems, coordination between multiple unmanned systems, navigation in GPS-denied environment, energy harvesting and increased endurance, and application of these systems for widespread usages.
(3) Rocket Propulsion. Organizers: Frank Chandler (California State Polytechnic University Pomona, Pomona, CA; firstname.lastname@example.org) and Eric Schmidt (Exquadrum, Inc, Adelanto, CA; Eric.Schmidt@exquadrum.com).
Rocket Propulsion Development: This half-day session will be a compilation of current relevant research in the area of Rocket Propulsion. This will include work done in both liquid and solid propellants that are currently being investigated by several rocket company researchers. A few projects are being performed at local test sites and government facilities in the region.
Engineering education is experiencing transformative changes. Changes have been taking place not only in the field of technology but also in pedagogical approaches. Engaging students through short interactions seem to be gaining popularity. Students often turn to online resources for help than reaching out to their professors. This symposium aims to addresses these critical issues. It seeks to contributions in topics that include, but not limited to, innovative pedagogy, online learning, flipped classrooms, MOOC, new trends, and use of technology in enhancing education.
This symposium aims to showcase recent advancements in the area of renewable energy systems and thermal fluids engineering. The symposium welcomes presentations in all areas of renewable energy, including but not limited to solar-thermal, solar-photovoltaics, wind, geothermal, wave, thermal energy storage, and compressed are energy storage. The presentations are expected to focus on component-level and system-level design, material properties, and heat transfer behavior of renewable energy systems.
This symposium will provide a platform for researchers in the field of nanomaterial synthesis, manufacturing and applications to present their work. Topics include low cost and robust manufacturing processes; nanoscale imaging technology; and application of nanotechnology to wireless communication; application of nanotechnology to environmental issues; medical applications of nanotechnology and power generation and storage.
(7) Space Power Technologies - Thermoelectrics, Fuel Cells and Batteries. Organizer: Billy Li (Jet Propulsion Laboratory, Pasadena, CA; Billy.Chun-Yip.Li@jpl.nasa.gov). Co-organizers: Jean-Pierre Fleurial (Jet Propulsion Laboratory, Pasadena, CA; Jean-Pierre.Fleurial@jpl.nasa.gov), Erik Brandon (Jet Propulsion Laboratory, Pasadena, CA; Erik.J.Brandon@jpl.nasa.gov), and Vilupanur A. Ravi (Chemical and Materials Engineering, California State Polytechnic University, Pomona, CA; email@example.com).
The power needs of spacecraft can be met in different ways, e.g., solar (photovoltaics), fuel cells, batteries, and radioisotopes. The latter incorporate thermoelectric devices to facilitate thermal-to-electrical power conversion. In this symposium, presentations will address all aspects of space power including materials, processing, devices and performance.
(8) Polymer Synthesis and Processing for Advanced and Emerging Applications. Organizers: J. B. Puthoff (California State Polytechnic University, Pomona, CA; firstname.lastname@example.org), Farhana Abedin (Electromechanical Engineering Technology, California State Polytechnic University, Pomona, Pomona, CA; email@example.com), and K. Forward (California State Polytechnic University, Pomona, CA; firstname.lastname@example.org).
Polymers possess many properties that make them suitable as the preferred materials in a number of engineered structures and components. However, they also possess properties – for instance, those related to their processability – that enable their use in advanced systems incorporating fibers, membranes, nanostructures, surface modifications, pharmaceutical delivery, smart components, biomedical scaffold structures and adhesives, etc. This symposium will present recent developments in the fabrication of polymers for use in advanced and emerging applications.
(9) Medical and Dental Implants – Materials, Stability and Compatibility. Organizers: Vilupanur Ravi (Department of Chemical and Materials Engineering, Cal Poly Pomona, Pomona, CA; email@example.com) and Ichiro Nishimura (UCLA School of Dentistry, Los Angeles, CA; firstname.lastname@example.org).
The rapid aging of the human population is posing unprecedented issues in regards to their medical and dental needs, e.g., the need for longer-lasting implants. In addition, the problems of infection following surgical procedures and the possibility of implant rejection by the body need to be solved. Modern implants need to address these issues, and in this symposium issues such as material compatibility both in terms of mechanical properties and environmental stability, osseointegration, etc., will be explored. Other areas of interest include implant materials and design, implant selection for structural and functional needs.
The process of engaging students in active learning is connected to positive learning outcomes. Many science departments in higher education are embracing this phenomenon by encouraging instructors to use more active learning in their courses. However, many instructors would benefit from increased knowledge of active learning methods and their usefulness for covering different content in their courses. Instructors benefit when they can learn from others about appropriate teaching strategies and methods along with their potential drawbacks, and this in turn benefits students. This symposium aims to engage faculty and students who are interested in promoting active learning in college science classrooms, especially for biology majors’ courses. We will hear from different presenters about the methods they use, what has worked well for their courses and potential hurdles to utilizing active learning in undergraduate education. The information in the presentations can be applied to inform instructional decision-making and future research about active learning in college science courses.
(11) Active Learning Practices in Chemistry Courses. Organizer: Yan Lui (Department of Chemistry and Biochemistry, California State Polytechnic University Pomona, CA; email@example.com).
Learning is never a passive process; one-way flow of information from instructor to students will never make student learning productive and successful. Research indicates that students perform better when they actively participate in all class activities. For example, problem-solving exercises which are a common type of active learning practice used in lecture courses can develop individual’s critical thinking capability; while group exercises may develop leadership and collaborative skills. On the other hand, inquiry-based project modules which are an important active learning practice in laboratory courses require students to think and act like scientists in a real-world setting. It is very important for instructors to create an active learning environment for students. Enhancing their learning and preparing them for their professional careers are the ultimate goal of active learning practice implementation. To date many active learning practices have successfully been incorporated in Chemistry courses. This symposium is to provide a platform for educators in Chemistry to communicate the active learning practices in their classes. Faculty in all disciplines of chemistry from public schools to private schools are all invited to give presentations on active learning practices.
(12) Library Science Symposium. Organizers: Crystal Goldman (Geisel Library, University of California, San Diego, La Jolla, CA; firstname.lastname@example.org), Zoe Pettway Unno (USC Libraries, Science and Engineering Library, Los Angeles, CA; email@example.com), Paul Hottinger (University Library, California State Polytechnic University, Pomona, CA; firstname.lastname@example.org), Amy Besnoy (Copley Library, University of San Diego, San Diego, CA; email@example.com) and Frida Lin (University Library, California State Polytechnic University, Pomona, CA; firstname.lastname@example.org).
Library Science is a “discipline with primarily a practical aim” (Hjørland, 1999, p. 512). This does not transmute the fact that the field is grounded in fundamental theory and research. Practice-based research can relate to specific approaches to concrete problems at individual institutions, while theoretical research is more general in nature, can be applied to multiple library environments, and is not necessarily based on concrete practices (Audunson, 2007; Chow, Shaw, Gwynn, Martensen, & Howard, 2011; Hjørland, 1999). These methods of library research complement each other and work in tandem to enrich the discipline as a whole.
In recent times, the information revolution, nanotechnology, genetic engineering, remarkable medical breakthroughs, and other STEM-related developments have changed the way we think about science. Advancements in the sciences pose an ever-present and ever-evolving set of questions about the world and our place within it. Although these questions may not yet have answers, the topic of the proposed session promotes dialogue between scientists, philosophers and historians in an attempt to merge field specific knowledge and broader contextual knowledge. Only through an interdisciplinary approach can we begin to recognize the role of science in our society.
(14) Linking Atmospheric Chemistry, Modeling and Health Effects of Ozone and Particulate Matter with Improved Public Policy for Megacities. Organizers: William R. Stockwell (Desert Research Institute, Reno, NV; William.Stockwell@dri.edu) and Wendy S. Goliff (Cal Poly Pomona, Department of Civil Engineering, Pomona, CA; email@example.com).
Ozone and particulate matter are toxic components of the polluted urban atmosphere. These are formed through gas-phase chemical reactions involving nitrogen oxides (NOx), volatile organic compounds (VOC), other compounds and ultraviolet radiation. Air pollution policy makers develop strategies to reduce ozone and particulate matter concentrations that usually involve reducing the emissions of NOx and VOC. Computer simulations involving emission scenarios, atmospheric chemistry and meteorology are used to evaluate the potential effectiveness of emission reduction strategies. Governmental agencies develop strategies to improve air quality based on atmospheric chemistry knowledge and modeling that usually involve reductions of NOx and VOC emissions. Recently new tools have been developed that relate air quality simulations with health effects and economic impacts. We solicit speakers who will present policy relevant new research on atmospheric chemistry, air quality modeling and the impact of poor air quality on health and the economy.
A panel of scholars at Cal Poly Pomona are addressing issues of sustainability in a variety of ways – through studying food justice issues in Ethnic and Women Studies, developing educators for sustainability in teacher education courses, creating and managing student farms as community service, examining intergenerational learning in critical food systems courses as part of Liberal Studies, and studying environmental apparel and food issues as part of a Science Technology and Society major. Each presenter will provide a brief overview and then engage the attendees in participatory model lessons related to the goals of their respective courses and programs.
The tar seeps at Rancho La Brea in Los Angeles are world famous for their enormous numbers of fossils from the last 40,000 years of the Ice Ages. Over 3 million fossils have been collected, with at least 59 mammalian species and 133 bird species, as well as plants, insects, mollusks, and many other groups. These deposits were first extensively collected about century ago, yet many new specimens are being found every day. More importantly, new techniques and new theoretical insights have allowed us to discover even more surprises about evolution and life in the late Pleistocene. Some of these more recent studies include functional morphology of spectacular animals like saber-toothed cats and dire wolves, examination of patterns in evolution of the major climate change of the last glacial-interglacial cycle, and using the large number of juvenile bones to look at patterns of growth in many different mammals. In addition, many DNA and molecular phylogenetic studies have been conducted on living and extinct mammals (including La Brea mammals), giving surprising results. All of these recent developments and more will be discussed in this symposium, allowing the casual scientific listener to be updated about the exciting new insights that are being gleaned about evolution and developmental biology, as well as the climate of the late Pleistocene. This symposium will feature both professionals who have worked on La Brea for many years as well as a number of students who have just begun their research careers with projects at La Brea.
The proposed symposium has an interdisciplinary nature and will include a variety of topics representing: pharmaceutical research and development, contemporary pharmacy practice, and patient-centered care. This symposium is an excellent opportunity to learn about pharmaceutical research and engage in the dialogue on the impact of pharmaceutical discovery on contemporary pharmacy and patient care.
(18) Multi-Disciplinary Experiences in Flipping Quantitative Course. Organizers: Alison Baski (Dean of College of Science, Cal Poly Pomona, Pomona, CA) and Victoria Bhavsar (Director of Faculty Center & eLearning, Cal Poly Pomona, Pomona, CA; firstname.lastname@example.org).
Cal Poly Pomona, Cal State LA, and San Jose State University are collaborating to support faculty in incorporating significant active learning strategies into (i.e. flipping) introductory level quantitative courses including physics, calculus, programming, statics, and discrete mathematics. This session will include learning outcomes data, reports on how the cross-campus collaboration was achieved, and reports from faculty on strategies to successfully flip courses.
(19) Vietnam: Cultural Legacy, Crisis of Immigration, and an American Anthropologist in the Vietnam War. Organizer: Alan L. Bain (National Anthropological Archives, Smithsonian Institution; email@example.com).
This session illuminates issues relating to culture, identity, nationalism and diaspora. With the defeat of the French in 1954 by the Viet-Minh and the support of the United States for the Republic of Viet Nam, Vietnam became a central issue in the United States. Beyond American protests, student violence, and the clash between political and military attempts at victory, the complexity of ideas and people, culture, and migration was now part of the wider American historical story. This session views what transpired within and outside Vietnam from three different perspectives. (1) The role of cultural heritage in establishing identity and pride in the Democratic Republic of Viet Nam from 1945 to 1975 and 1975 to the present. The emergent conflicts between preserving cultural heritage and development of the country are examined. (2) War and conflict causes migration. Vietnamese migrants settled in Berlin. They were undocumented. What transpired and how the Vietnamese settlers viewed their situation and their rights within the city is diagnosed through the use of ethnographic studies and oral histories in Sweden, Poland, and Germany. (3) An American doctoral anthropology student in Paris becomes interested in Vietnamese ethnography and is invited to carry out research in South Vietnam at the end of the French-Indochina War. For the next eighteen-years he lives in Vietnam, carries out research for government related agencies and the military, and becomes part of the Vietnam War. His story, what happened to his personal papers and the attempts to augment his record is discussed.
(20) Smart Grid, Micro Grid Technologies and Cyber Security Issues in a Complex Grid System. Organizers: Sean Monemi (Electrical and Computer Engineering Department, Cal Poly Pomona, Pomona, CA; firstname.lastname@example.org) and Tim Lin (Electrical and Computer Engineering Department, Cal Poly Pomona, Pomona, CA; email@example.com).
The latest technologies and development in Smart Grid including effect of Intelligent Electronic Devices in power grid network. Issues of cyber security and cyber attach on large complex network system such smart grid.
(21) Additive Manufacturing of Metals: Process – Structure – Property Relationships. Organizers: Samad Firdosy (Materials Engineer, Jet Propulsion Laboratory, Pasadena, CA) and Douglas C. Hofmann (Materials Development and Manufacturing Technology Group, NASA Jet Propulsion Laboratory/California Institute of Technology, Jet Propulsion Laboratory, Pasadena, CA; firstname.lastname@example.org).
Additive manufacturing (AM) is a method of building a part up layer by layer from powder, wire or foil stock, typically using laser, electron beam or friction to supply energy for consolidation of each layer. The benefits of AM as compared to traditional machining include high level of complexity, reduction of parts counts by printing of entire assemblies in single pieces, rapid prototyping and cost effective production of customized parts (i.e. implants tailored to fit individuals of varying geometry). AM of metals is a relatively new and fast evolving technology that offers a potential paradigm shift in manufacturing for a range of industries. This forum will be used to communicate current research and development activities related to AM processing and resultant materials structure / property relationships of engineering alloys as well as novel alloys.
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