Open to opportunities

Kumar Neupane

@kumarneupane

Message

Ph.D. candidate in Engineering Physics with semiconductor expertise.

United States

Message

What I'm looking for

I seek a dynamic R&D role where I can apply my semiconductor expertise and contribute to innovative projects.

I am a Ph.D. candidate in Engineering Physics with extensive hands-on experience in semiconductor process development, thin film deposition, and nanoscale device fabrication within cleanroom environments. My academic journey has equipped me with a robust understanding of CMOS process flow and semiconductor device physics, which I have applied in various research projects at Michigan Technological University.

Throughout my studies, I have designed and executed experiments utilizing advanced techniques such as CVD, PLD, and photolithography. I have developed fabrication flows that optimize yield and reproducibility, and I am proficient in process diagnostics and data analysis using tools like SEM, AFM, and FTIR. My work has led to significant advancements in wafer-scale process integration for solar cell and NMOS device prototyping, demonstrating my ability to contribute effectively in fast-paced R&D environments.

As I continue my research, I am motivated to leverage my skills in a collaborative setting, focusing on innovative solutions in semiconductor technology. I am particularly interested in roles that allow me to engage in hands-on experimentation and contribute to cutting-edge developments in the field.

Experience

Work history, roles, and key accomplishments

Current

Research Assistant

Current

Michigan Technological University

Aug 2022 - Present (2 years 11 months)

Led wafer-scale experiments on 2D materials encapsulated inside boron nitride nanotubes; investigated interface quality and electronic transport properties through device measurements and microscopy. Integrated MoS 2nd BN quantum dots into bulk heterojunction solar cells; optimized deposition parameters and performed I

–V measurements to characterize efficiency and stability under ambient conditi

2D Materials Boron Nitride Nanotubes MoS2 BN Quantum Dots Bulk Heterojunction Solar Cells Deposition Parameters I V Measurements

Research Assistant

Tribhuvan University

Feb 2018 - Dec 2021 (3 years 10 months)

Synthesized and characterized doped CuO films; correlated structural and morphological changes with optoelectronic behavior. Fabricated solar devices through photolithography, doping, etching, and metallization; designed custom photomasks in KLayout and developed SOP for CMOS-compatible NMOS fabrication; tested output using Keithley 4200A-SCS.

CuO Thin Films Structural Analysis Photolithography Metallization KLayout SOP Development CMOS Keithley 4200A SCS

Education

Degrees, certifications, and relevant coursework

Michigan Technological University

MS and PhD, Engineering Physics

Grade: 3.93

Currently pursuing a PhD in Engineering Physics with an expected completion in 2027, building upon a Master of Science degree obtained in 2024 with a GPA of 3.93. Focused on semiconductor process development, thin film deposition, and nanoscale device fabrication in cleanroom environments.

Tribhuvan University

MS in Physics, Physics

Grade: 3.95

Completed a Master of Science in Physics with a GPA of 3.95. The curriculum included advanced studies in physics, preparing for further research and academic pursuits.

Tribhuvan University

BS in Physics, Physics

Obtained a Bachelor of Science in Physics, providing a strong foundation in fundamental physics principles. This degree laid the groundwork for advanced studies and research in the field.