Mukul Agrawal

PV Developer at Applied Materials, Santa Clara, CA

PhD Graduate from Prof Peter Peumans Group

Stanford Organic Electronics Lab

Center for Integrated Systems

Stanford University 



 

 

 

Office: CISX 213

Email: mukul <at> stanford <dot> edu

Phone: 650-725-6924

 

 

 

 

 

 

 

 

 


 

Education

PhD Electrical Engineering, 2003-2008

Stanford University, Stanford, USA

MS Electrical Engineering, 2001-2003

Stanford University, Stanford, USA

B Tech Electronics Engineering, 1996-2000

Institute of Technology,

Banaras Hindu University, India

Intermediate Science (10+2), 1994-1996

St Xavier's College, India

High School (10), 1994

BIT High School, India

 

 

Industrial Experience

Physical Design and Electrical Analysis Team, DSP Design Group, Texas Instruments

worked on and PGed four projects namely a 27x series DSP core processor (Mantra-C1), a full chip design built around Mantra-C1 (Mantra-K1), a new generation generic emulation chip (Drishti) and another chip (Yantra). Characterized the entire standard cell library GS40DSP consisting of around 400 cells for Mantra-C2 core DSP. Experienced with almost all industry popular EDA/CAD tools from Synopsys, Avant! and Cadance as well as some TI internal reliability tools.



 

 

 

 

 

 

 
 
 
 

                 

 

Research Interests

Physics of Nano-Scale Materials and Devices

I am interested in studying optical, electrical and magnetic properties

of materials such as organic/polymer/bio semiconductors and

artificial/mesoscopic material systems. Broadly speaking, I am

interested in understanding and modeling variety of physical

processes in electrically useful material systems and ways of

exploiting them for useful applications.   

Energy Efficient Solid State Devices

I am interested in solid state devices that can provide environmental as

well as cost improvements on both sides of energy life cycle – generation

and consumption. On energy generation side, I am interested in exploring

if technologies such as photovoltaics, thermo-photovoltaics and

thermoelectrics can be made cost-effective. On energy consumption side,

I am interested in exploring use of LED’s for solid-state lighting and

display applications.

Computational Electromagnetism

Design and simulation of micro and nano photonic structures mostly for 
device applications.

 

 

Other Positions

Teaching Assistant for EE-228

Taught EE-228 (Semiconductor Physics) in fall 2002, 2003, 2004 and 2006 with prof Shanhui Fan and prof Peter Peumans.

Teaching Assistant for EE-243

Taught EE-243 (Optoelectronic Devices) in winter 2003-04 with prof James Harris.

Teaching Assistant for EE-322

Taught EE-322 (Molecular Devices) in winter 2004-05 with prof Peter Peumans.

Research Assistant at ARDA, SLAC, Summer 2002

Developed interpolating wavelets based electromagnetic simulator for microwave device structures 

Community Associate for Escondido Village 2006-07

Served as a CA in Stanford University’s largest residential village.