This year’s conference will present talks that focus on:
- Executing high altitude research projects
- Developing operational capabilities for high altitude balloon flights
- Creating educational opportunities incorporating high altitude balloon flights
In addition to faculty and students in science, technology, engineering and mathematics (STEM) fields, education faculty are strongly encouraged to attend this year’s conference as well.
History of the AHAC
Since 2008, Taylor University and StratoStar Systems have hosted High-Altitude Balloon Workshops for professors through funding provided by a National Science Foundation grant. During these workshops, professors learned how to start their own balloon program using the High-Altitude Research Platform (HARP) and incorporate the balloon into the classroom.
In 2010, Taylor University created the Academic High-Altitude Conference (AHAC) in response to the desire of many of those participants to collaborate with other institutions and advance their programs. The Academic High-Altitude Conference is dedicated to the use of high-altitude platforms to advance STEM education and research. It is committed to fostering the exchange of ideas, discussing best practices and advancing the use of near-space to inspire students.
Call for Papers, 2014
The committee for the 5th Annual Academic High Altitude Conference is proud to announce a call for papers for this year’s conference, June 25-27th. Paper submissions are requested from professionals, faculty, staff and students that are involved in high-altitude ballooning in their respective programs. This year the conference will focus on the topics provided below. Authors are encouraged to submit papers for projects at all stages of development. All abstracts must be submitted on or before March 15, 2014. Full papers must be submitted by May 30th in order to be presented at the conference. Students who submit abstracts can also apply for travel funding. You may download the call for papers here.
2014 Conference Topics
Research in High-Altitude Ballooning
- Meteorology and atmospheric science
- Physics and space science
- Environmental science and remote sensing
- Chemistry and biology
- Collaborative and cross-disciplinary projects
Educational Opportunities in High-Altitude Ballooning
- Balloon flights in K-12 STEM education
- Balloon flights in core undergraduate courses
- Balloon flights in advanced lab courses
- Collaborations between the university and the public through balloon flights
Technical Development in High Altitude Ballooning
- Launch systems and prediction tools
- Data logging and communications systems
- Real-time and programmable control systems
- Flight stability and return systems
- Tracking and recovery
- Engineering special mission requirements