Graduate Student Symposium Planning Committee

The Graduate Student Symposium Planning Committee (GSSPC) is a group of graduate students responsible for the tasks associated with the planning of a symposium for an American Chemical Society (ACS) National Meeting.

Program Overview

The Graduate Student Symposium Planning Committee (GSSPC) was created in 2005 to facilitate ongoing involvement among graduate students in planning symposia at ACS Spring and Fall Meetings. Student groups are chosen from a university to produce quality symposia--co-sponsored by the ACS Division of Chemical Education (CHED)--of interest to the chemical community.

According to the project charter, the GSSPC Project provides:

  • a national forum for graduate students to make their own views known
  • an outlet for graduate students to develop a professional network and leadership skills
  • a sustainable source of quality programming for CHED

For more information, see the GSSPC Project Charter.

Project Charter (PDF) About ACS's Division of Chemical Education

What’s Involved?

GSSPC groups are given full autonomy in planning an ACS national meeting symposium. This includes, but is not limited to, topic selection, fundraising, speaker recruitment, and logistical arrangements. In addition to planning national meeting symposia, teams must also commit to ensuring the continuation of the program by recruiting future GSSPC groups, mentoring successive groups, and updating the GSSPC handbook.

How are GSSPC Groups Selected?

Interested student groups send in applications to--and are selected by--active GSSPC Groups. Go to the GSSPC Participants section of this page to visit their websites and call for applications.

For more information, see the GSSPC Project Charter.

Types of Symposium

  • Technical (e.g., nanotechnology, sustainable energy)
  • “Soft” Programming (e.g., careers, work-life balance)
  • Symposia that address larger ACS national meeting themes (e.g., natural disaster)

GSSPC Participants

Participants Topics
Texas A&M University (Spring 2025) Bonds That Matter: Soft Materials for a Sustainable World
University at Buffalo (Fall 2024) Breaking the Mold: Building Communication to Promote Green and Sustainable Practices
NSF Center for Single-Entity Nanochemistry and Nanocrystal Design (CSENND) (Spring 2024) Nanoparticle Heterogeneity: Realizing Strengths by Embracing Differences
Carnegie Mellon University (Fall 2023) Bridging the Gap Between Machine Learning, Computational Modeling, and Experimental Chemistry for Catalyst Design
Department of Energy Solar Innovation Hub (Spring 2023) A Solar Fuels Nexus: Molecules and Materials for Light-Driven Catalysis
University of Rochester (Fall 2022) Achieving Scientific Excellence through Interdisciplinary and Collaborative Research
Purdue University (Spring 2022) Mother Nature Knows Best: Bonding with Nature's Proteins
Florida State University (Spring 2022)
rescheduled from Fall 2021
Illuminating the Field of Photophysics: 100 Years of Michael Kasha
Carnegie Mellon - University of Pittsburgh (Spring 2021) Bridging Disciplines to Build Better Materials
Wayne State University (Fall 2020) Pushing the Boundaries: Women Scientists Catalyzing Change
University of Michigan (Spring 2020) Smart Materials: From Stimuli to Response
Center for Aerosol Impacts on Chemistry of the Environment (Fall 2019) From Oceans to Clouds: The Environmental Chemistry of Water
Louisiana State University (Spring 2019) Artificial Molecular Machines and the Next Generation of Molecular Control
Duquesne University (Fall 2018) Frontiers in Computational Chemistry: Bridging the Gap Between Theory and Experiment, A Symposium in Memory of Dr. Jeffry D. Madura
University of Florida (Spring 2018) Finding our Place at the Bottom: A Symposium in Memory of Richard Feynman
Virginia Tech (Fall 2017) Standing on the Shoulders of Giants: Developing Chemistries for Improved Global Health
Georgetown University (Spring 2017) Chemistry for Global Change
University of Pennsylvania (Fall 2016) From Bench-to-Bench and Beyond: Engaging People with High Impact Chemistry
Purdue University (Spring 2016) Resolving the Big Picture; Bringing Molecules into Focus
University of Minnesota (Fall 2015) Academic Innovations for Tomorrow's Industries
University of Notre Dame (Spring 2015) Academic Innovations for Tomorrow's Industries
University of Washington (Fall 2014) International Collaborations with International Impact: Chemistry for Global Change
University at Austin Texas (Spring 2014) Elements in Transition: Is Chemistry Facing a Revolution or a Recession?
University of Cincinnati (Fall 2013) The Chemistry of Energy: Minimizing its Input, Maximizing its Output
University of California Irvine (Spring 2013) Benchtop to Business: Energy Solutions for a Green Future
Binghamton University (Fall 2012) The Power of Chemistry in Public Health: Drug Development from the Lab Bench to the Consumer
California Institute of Technology (Spring 2012) Chemical Biology: When two heads are better than one
Southern Methodist University (Fall 2011) Chemistry by Design
University of Texas at Austin (Spring 2011) Unleashing Electrochemistry’s Potential: Resistance is Futile
Massachusetts Institute of Technology (Fall 2010) Chemistry and Policy: Solving Problems at the Interface
University of California, Santa Barbara (Spring 2010) Chemistry and the Developing World
George Washington University (Spring 2009) Naturally Nano
University of Connecticut (Fall 2008) Transitioning into Green Chemistry
University of California, Los Angeles (Spring 2008) Nanopower ― Creating Energy for the Future
Purdue University (Fall 2007) Finding Your Catalyst: Lower the Barrier from the Graduate School to Industry
Ohio State University (Spring 2007) Exploring and Exploiting Nature with Biomimetics
University of Illinois, Urbana Champaign (Spring 2006) Balancing the Equation: Finding a Personal-Professional Equilibrium

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