Skool ‘Art’
I sure quite get myself engaged in several art direction this sem for my assignments. haha… Mainly my presentation, and of cos, for the FYP. In one of my projects, I did the pictures for this Nanotube-based Random Access Memory, which was a new invention yet to be manufactured commercially. And one of my group members actually did a 3D model of the device using foam! haha… I liked that model.
Also, for FYP, I drew all the circuits myself, cos the circuits were neither simple nor complex for ANYBODY to be bothered to post the circuit diagrams. In fact, the circuits were barely found on the net. So I recreated all, and I hope others who needed such diagrams can get it from here 
FYP Art
My FYP presentation slide cover. I accidentally created that transformers effect, so I kept it. Well, I thought it looked cool. If you realized, it has a similar structure to the Rodin slides, cos well, I only changed the background and stuff, but not the arrangement.
In fact, the whole theme was derived from the slides that I did for my boss to show the General Director in CAAS every week; with such an ancestry, I safely shoved xx’s criticisms aside about it not looking professional lol
He also complained that we should not use black background, cos it looked unprofessional. And that the words looked so dull against the black background. haha… But that was only cos I bevelled the words, which caused them to have shadows and therefore greyish. And I still believe that white on black is an all-weather theme, cos in times when the projector was weak, or the room was not dark enough, white-on-black would stand out more than black-on-white.
But of cos, he was talking from an engineer’s point of view, of which, my examiner is an engineer, ya?
Whatever. I’m training myself for the working life, not an engineer-engineer’s working environment.
FYP Internal Slide
TFET sub-circuit
The device I worked on for my FYP is called TFET, a descendant of the now-popular MOSFET. This is the sub-circuit used to simulate the TFET characteristics, using 2 MOSFETs (PMOS and NMOS).
The following are the circuits which I used to test the TFET sub-circuit, which was represented with the device T1 or T2. The ones without TFET (MOS-versions) are used to compare with the performances of the circuits with TFETs (TFET-versions).
Ratio-ed Logic Inverter MOS
Ratio-ed Logic Inverter TFET
Complementary TFET
Complementary MOS
Resistor Pull-up TFET
Resistor Pull-Up MOS
NRAM Art
NRAM Model
Coincidentally, NRAM is also like TFET, cos they need an external bias voltage in order to function. But NRAM is a memory; in the state shown in the model, it is OFF. When the red bridge is bent, touching the purple base, it is in ON state (cos current can flow from the bridge to the base).
NRAM figure
NRAM process
NRAM with Carbon Nanotubes (CNT)
