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Alam

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Muhammad A. Alam

Professor of Electrical and Computer Engineering

 



Vita

Research
  Microelectronic Reliability
  Novel Devices
  Nanocomposites
  Nano-bio Sensors

Courses
  EE606: Solid State Devices
  EE656: Transport Theory
  EE650: NanoBiosensors
  EE695: Reliability Physics

Calendar

News

Postal Address:

Purdue University
School of Electrical and Computer Engineering
465 Northwestern Ave.
West Lafayette, Indiana 47907-2035

Office:

3051 Wang Hall

Phone:

765.494.5988  Voice
765.494.6441  FAX

E-Mail:

alam@purdue.edu

Adm. Assistant:

Vicki Johnson vicki@purdue.edu

Education:

B. Sc., University of Engg. and Tech. Bangladesh, 1988
MSEE, Clarkson University, Potsdam, NY, 1991
Ph. D., Purdue University, West Lafayette, IN, 1995

Background & Interests:

I am interested in theory, simulation, characterization, and compact modeling of semiconductor electronic, optoelectronic, and bio-electronic devices. We always look for system-level technological bottlenecks as new research topics and try to identify those problems whose solutions will illuminate the deeper physical principles involved and establish the limits of the technology for the particular system-level applications.

In the past, we have worked on performance limits of resonant tunneling diodes and semiconductor lasers, theory of selective-area MOCVD crystal growth for optoelectronics ICs, mechanics of ALD crystal growth high-k dielectric deposition, and scaling limits of gate oxides and physics of oxide-semiconductor interface for MOSFET applications. For all these problems, we have often developed new theoretical and computation tools to analyze the problems, worked closely with experimentalists to cross-check and verify our model predictions, and eventually encapsulated our understanding in broadly available tools for engineering design.

Currently we are working on five closely related research topics that reflect our vision regarding continued evolution of semiconductor industry over the next 20-30 years. These topics are: (1) Reliability physics of MOSFETs for microelectronic applications, (2) Extremely low power logic and memory based on Landau transistors, (3) performance limits Nano-composite thin-films for macroelectronic applications (flexible, perhaps printable, large-area electronics), (4) functionalized nano-bio sensor arrays for bio-medical and electro-chemical applications, and (5) technology agnostic, end-to-end physics and modeling of solar cells.