Kim, H, Dyehouse, M, Das, S, Douglas, K A, Geddis, D, Donehoo_Hill, S, Jiang, B, Nare, O E, Parvin, N, Vasileska, D, Villa, B, and Naeemi, A. NSF-IUSE: Multiple/Single Representations and Scaffolding Design in Technology-enhanced Semiconductor Learning: A Pilot Crossover Study. Retrieved from https://par.nsf.gov/biblio/10702127.

Kim, H, Dyehouse, M, Das, S, Douglas, K A, Geddis, D, Donehoo_Hill, S, Jiang, B, Nare, O E, Parvin, N, Vasileska, D, Villa, B, & Naeemi, A. NSF-IUSE: Multiple/Single Representations and Scaffolding Design in Technology-enhanced Semiconductor Learning: A Pilot Crossover Study. Retrieved from https://par.nsf.gov/biblio/10702127.

Kim, H, Dyehouse, M, Das, S, Douglas, K A, Geddis, D, Donehoo_Hill, S, Jiang, B, Nare, O E, Parvin, N, Vasileska, D, Villa, B, and Naeemi, A. "NSF-IUSE: Multiple/Single Representations and Scaffolding Design in Technology-enhanced Semiconductor Learning: A Pilot Crossover Study". Country unknown/Code not available: 2026 ASEE Annual Conference. https://par.nsf.gov/biblio/10702127.

@article{osti_10702127,
place = {Country unknown/Code not available}, title = {NSF-IUSE: Multiple/Single Representations and Scaffolding Design in Technology-enhanced Semiconductor Learning: A Pilot Crossover Study}, url = {https://par.nsf.gov/biblio/10702127}, abstractNote = {}, journal = {}, publisher = {2026 ASEE Annual Conference}, author = {Kim, H and Dyehouse, M and Das, S and Douglas, K A and Geddis, D and Donehoo_Hill, S and Jiang, B and Nare, O E and Parvin, N and Vasileska, D and Villa, B and Naeemi, A}, }