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News

2014

  • News of Dean Aslam's cap-embedded mind-control EEG Technology and smart home ideas reported over 60 times in the media globally; see details

2013

2012

  • 2012: National Acadamies of Sciences and Engineering select Dean Aslam to present his FBEI modules at their Frontier of Engineering Education (FOEE) Symposium to be held in October 2012 in Irvine (CA)
 

Dr. Dean  M. Aslam is Professor of Electrical and Computer Engineering, Associate VP Americas of MANCEF, founding Editor-in-Chief of Journal of Nanosystems and Technology . . . Click on Profile for more details

Address:

Electrical and Computer Engineering, 428 S. Shaw Lane, Michgan State University, East Lansing, MI 48824, U.S.A.

Contact:

E-mail: aslam@msu.edu; deanaslam@gmail.com; Phone: 517-353-6329

 

Active Research Areas

Neural Engineering:

  • Mind-Controlled Prosthetics & Robots Using Brainwaves; fabric-embedded systems, watch a video
  • Non-invasive MEMS Interfaces (EEG, EMG & ECG) for Personal Healthcare; neural disorders (ADD/ADHD, Altzheimer, PD), happiness monitoring,
  • Video Image Processing for Early Detection of Parkinson's Disease (PD)
  • DNA Inspired Active Network Arrays (DIANA); a new concept in computer engineering research and education
  • Technology Assisted Cognitive Training (TACT); gariatric neurology
  • Smart Homes with Mind-controlled Appliances & Devices

Renewable Energy Engineering:

  • Technology Assisted Smart Systems (TASS); solar, other
  • Zero-energy Systems Using TASS; smart buildings, smart roads, smart street lights
  • Energy Scavenging from Static Charges on Humans

Microdrones & Robotics:

  • Microdrones; Maple-seed inspired designs (an MSU/U of Michigan joint project);
  • Mind-Controlled Robots; watch a video
  • Image Processing Technologies for Microdrones
  • Programmable Robots using FBEIs; LEGO-like & Wall-climber robots

Microsystems Engineering:

  • System Integration Technologies; 3D-inkjet-printeded packaging and control electronics,sensors, actuators, microcontroller programming,
  • Single Material MEMS (SMM) Fabrication Using Carbon-based Materials (UNCD, graphene, carbon nanotubes); neural electrodes & neural probe arrays (an MSU-UT Dallas joint project)

Transdisciplinary Research& Education:

  • Functionalized Bricks with Embedded Intelligence (FBEI)
  • Technology Assisted Bullying Study Using Smart Robots
  • Non-invasive Personal Healthcare Technologies in Nursing
  • Technology Assisted Dancing (TAD) using Fabric-embedded FBEIs
 
 
Updated: May 2014
 
     
 

 

 

       
   
         
Copyright © 2010, Dr. Dean Aslam