Chemical Technologies

 

Chemical Computer, DNA Data Storage, Self-replicating system, Synthetic Chemico Electromechanical system (example from nature: Heart), Synthetic Chemico Electrical system (e.g, neuron, central nervous system), Synthetic Chemico Mechanical system (e.g., digestive system), Synthetic Chemico Optical system (retina).

 

Tahsin’s Reading List (Books): Chemical Engineering & Nanotechnology Industries

Materials

Chemistry & Chemical Engineering

Pharmaceuticals 

Nanoscience & Nanotechnology

Notes On Research & Engineering (R&E) : Electrical, Mechanical, Chemical & Bio Engineering

Areas of Expertise:

#Electrical Engineering   #Mechanical Engineering

#Chemical Engineering  #BioEngineering

Academia To Industry – Technology & Innovation Transfer 

In Academia, lots of Science, Tools & Techniques are in incubation phase, not ready to be incorporated into industrial products.

I shall turn Science, Tools & Techniques into Engineering Innovations.

Engineering -> Product & Service Innovation At My Ventures

Engineer’s Approach:

How do I use “a specific Technology” (For example, Internet of Things) in a specific product?

[Example: Let’s connect our Thermostat or Micro-wave Oven to the Internet of Things (IoT).]

My Approach:

  • Study a “Domain” (For example: Home, Manufacturing, Sports, Education, Healthcare, etc.) and
  • Find out how Engineering could be applied to this specific “Domain”. Engineer Products & Services using “All Possible Technologies”.

It’s possible, because

  • I am not limited by a specific field of Expertise [say, “Software Engineering” or “Internet of Things (IoT)”]
  • But I can employ all of Human Knowledge and any Domain of Expertise (http://www.linkedin.com/in/tahsinversion2) to meet the challenges of a specific domain or problem in hand; whereas Engineers are limited by specific fields of Expertise.

Electrical Engineering

Application Areas:

1. Physical Basis of Information

2. Power

  • EE : 1. Physical basis of Information

VLSI & Computer Systems

Manipulation of Information with Transistors, etc.

Communications Technology

Exchange of Information.

Entertainment Technology

[Example: Image -> Electronic Representation as Information).

Transducers and Sensors

Turning Physical Quantities into Electrically Represented Information

Signals & Systems

Signal is basically Information

Control Systems

Control with the use of Electrical / Electronic Signals

  • EE : 2. Power

Scientific Basis of Electrical Engineering:

  • Electricity. Magnetism. Electrical Circuit. Electromagnetism. Optics & Photonics. Solid State & Condensed Matter Physics.

Mechanical Engineering

Application Areas:

  • Mechanics & Machines

Scientific Basis of Mechanical Engineering:

  • Mechanics; Solid Mechanics; Fluid Mechanics; Thermodynamics; Electro-magnetic Induction.

Chemical Engineering

  • Phenomena that have “Chemical Basis”.

Examples:

Complex Fluids & Transport  <- Chemical Basis, Chemical Composition.

Food Processing.

Petrochemical Industry.

BioEngineering

  • Sensing Life

Imaging.

Signal Processing.

Genome Sequencing.

  • Modeling Life

Computational & Systems Biology. Bioinformatics.

  • Manipulating Life

Drug Design, Drug Delivery & Biomaterials.

Regenerative Medicine & Stem Cell Technology. Tissue Engineering.

Genetic Engineering. DNA Editing.

Laser.

Endoscopic Surgical Tools. Surgical Robots (Example: Da Vinci Robot).

Prosthetics. Artificial Retina.

Articles By Me:

AeroSpace Engineering -> Commercial Aircraft

AeroSpace Engineering -> Commercial Aircraft