We decided to teach it through an applied approach — having the students design and build, while learning the fundamentals along the way.”.
For their final project, the students divided into teams to design and build their own functioning devices.“Seeing the students design and build their own devices after only a few weeks of instruction was exciting and impressive,” says Ram.“First.nano!," an advising seminar for first-year students, had similar goals: showing undergraduates what’s possible at the nanoscale through hands-on clean-room experiences.For three hours each week, MIT students in 6.A06 explored MIT.nano’s facilities, experimenting with nanotechnology tool sets and building silicon solar cells under the guidance of co-instructors Jesús del Alamo, the Donner Professor of Engineering, and Jorg Scholvin, the MIT.nano assistant director for user services.
“How do we get first-year students interested in nanofabrication?” asks Jorg Scholvin.And, with experience working in a particle-free environment, Scholvin says, these students are now prepared for future opportunities, such as conducting nanoscale research with faculty through the Undergraduate Research Opportunities Program
By creating opportunities for these students to work and study here, we hope to open it up to broad use for undergraduate research and education.”
Undergraduates from both 6.S059 and 6.A06 are invited to present their work at the Microsystems Annual Research Conference (MARC), co-sponsored by MIT.nano and the Microsystems Technology Laboratories in January