Prerequisites: Students looking to explore a career in engineering, science, technology, and especially their crosscutting disciplines are encouraged to apply for this program. Applications will be selected based on GPA, science/tech/engineering/math related activities, student response questions, and teacher reference forms.
Please note: Online applications must be submitted before supplemental information can be received. Supplemental information including recommendation letters, transcripts, etc. can be copies, we do not need originals.
Students will explore cutting-edge interdisciplinary topics and career paths that integrate disciplines in science, technology, engineering, art, mathematics, and medicine. This is a project-based program that combines hands-on discovery with classroom learning.
The program facilitates students to think outside the box and go beyond a single discipline, realizing their potential as interdisciplinary engineers and scientists. Over the course of two weeks, participants will learn about a variety of undergraduate majors and career paths from a team of Rensselaer faculty working across departments. Students will also work on small-group projects and present their research and findings at the conclusion of the program. A strong focus will be placed on developing effective written technical communication and presentation skills.
For additional details regarding the Rensselaer undergraduate experience, in a place where students and faculty collaborate to find solutions to the most pressing technological challenges we face today in energy, biotechnology, materials, information technology and management, and complex systems, visit The Office of Admissions at Rensselaer.
Dr. Li (Emily) Liu is an Associate Professor of Nuclear Engineering and Engineering Physics in the Department of Mechanical, Aerospace, and Nuclear Engineering at Rensselaer Polytechnic Institute
Professor Liu's research interests include: use of Neutron, X-ray, and Dynamic Light Scattering in nanotechnology and polymer science, such as soft colloidal systems; Molecular Dynamics to Phase-Field simulations of nuclear fuel and cladding materials; radiation damage; experimental validations of nanoscale to mesoscale simulations; energy policy and energy related economic issues; and the measurements and calculations of inelastic neutron cross sections.
Commuter Cost is $1300.00. There is a $425.00 non-refundable deposit required in order to reserve your spot in the program, once the student is academically accepted.
Commuters must furnish their own transportation to and from campus. Check in would be from 8:30-8:45am, class would begin promptly at 9am on Monday and end at 4pm daily (unless otherwise specified-field trips). Friday will conclude with a presentation and students are free to leave at the conclusion of the studio presentation.
Residential Cost is $3270.00. There is a $425.00 non-refundable deposit required in order to reserve your spot in the program, once the student is academically accepted.
The cost includes room and board, program materials, residential events and programs, and any academic related materials. Check-in will be on Sunday afternoon prior to the start of the program and Check-out will be on Friday, after a final presentation.
Accepted students will receive information regarding accommodations, arrival/departure times, and full program details upon registration. Please note that all students will be required to submit health and medical information before arrival on campus. All residential students must possess medical insurance.
Registration Information: Accepted students should register as soon as possible after admission. A link will be provided to you upon your acceptance.