Teaching

Biomedical Microsystems (EECE 5698)

Fall 2022, Fall 2023, Fall 2024, and Fall 2025 (upcoming)

Undergraduate and graduate level courses on BioMEMS and Biomedical Microsystems. Course details on Canvas (Northeastern Only)

Software Environment: COMSOL Multi-Physics
Layout Tools: Fusion360 & CadQurey
Project: Biochip Fabrication (SLA 3D printing & PDMS Soft Lithography)

TA: Mahta Maymandi Nejad (Fall 2022)
TA:  Deepthi Sarikonda (Fall 2023)
TA: Deepti Deepak Narke (Fall 2024)

Solid State Devices (EECE 7201)

Spring 2022, Spring 2023, Spring 2024, and Spring 2025 (Current Offering)

Graduate-level course on solid-state devices offered in Springs. Course details on Canvas (Northeastern Only)

Software Environment: Silvaco TCAD (Virtual Wafer Fab)
ChipVerse Project:  Semiconductor device in physics-based Digital Twin
Position Paper: Future of Semiconductors: a market research paper

TA: NA (Spring 2022)
TA: Vasanth Balaji Murugavel (Spring 2023)
TA: Sarvesh Tandel (Spring 2024)
TA: Yilmaz Arin Mannav (Spring 2025)

Research Courses for Undergraduate Students: (offered Fall, Spring and Summer)

EECE 2949 Introductory Independent Study: for lower-level students who have not completed either EECE 2150 or EECE 2160.
EECE 4991 Research*: Offers an opportunity to conduct research under faculty supervision. 
EECE 4992 Directed Study*: for work with a faculty member on activities that are meant to follow an existing course.
EECE 4993 Independent Study*: Offers theoretical or experimental work under individual faculty supervision on an independent project not related to research.

*For EECE 4991,4992, and 4993, students must have completed both EECE 2150 and EECE 2160.

Research Courses for Graduate Students: (offered Fall, Spring and Summer)

EECE 7400  Special Problem in Electrical and Computer Engineering: Offers an opportunity to conduct research under faculty supervision. 

Photocredit: Richard Feynman lecturing in 1962,  https://doi.org/10.1038/504030a