Arnab K. Majee

Advised by Zlatan Aksamija.

Thesis - Extrinsic Effects on Heat and Electron Transport In Two-Dimensional Van-Der Waals Materials-A Boltzmann Transport Study
Advised by Zlatan Aksamija.

GPA - 9.05/10.00
University Rank - 4

Quantitative modelling of charge transport in chemically vapor deposited graphene on germanium. [TALK}

Electron-phonon coupling enhances thermal boundary conductance in two-dimensional materials. [TALK}

Joule heating and its impact on thermal management in few-layer WSe₂. [POSTER}

Impact of Grain Misorientation Angles on Electronic Transport in polycrystalline 2D materials. [TALK]

Dynamical Thermal Conductivity in Single- Crystalline Graphene. [POSTER]

Impact of Mismatch Angle on Electronic Transport across Grain Boundaries/Interfaces in 2D Materials. [POSTER]

Length Divergence of the In-Plane Thermal Conductivity in Suspended Graphene. [TALK]

Selected people from Minority Serving Institutions recived this waiver which came from an NSF grant to EMC.

For ECE 344 (Semiconductor devices and materials). Nominated by a faculty followed by student voting.

Geared toward doctoral students excelling in the field of nanoelectronics (originally set up for microelectronics).

Among the five nominees for Best Poster award at MRS Spring Meeting held at Phoenix, AZ, USA.

For ECE 344 (Semiconductor devices and materials). Nominated by a faculty followed by student voting.

One of the few Ph.D. students to receive full tuition fee waiver and stipend for Fall 2016.

I was among the top three candidates. The Fund is geared toward first-year doctoral candidates from College of Engineering departments who do research in sustainable energy or other environmental subjects.