Actually MMU's fee is cheap among other private universities.

Btw, Bachelor(HONS) Electronics Gamma Year here. Going to sit for Physical Electonics exam this thursday and this subject is one of the pain in the ars subject to me

list down other hard core subject pls,,,,,,,,,,,,,,,,,,,,,,,,,!

Physical Electronics...i've been through that bro...hehehe...mind u it is not the toughest...wait till u take on Digital Signal Processing on ur Epsilon year...hope you wont cry...hahaha

Arrr... nooooo.... my eyes!! MY EYES!!!! argghhh....




This post has been edited by hao: Jan 11 2006, 12:28 PM

EE here,now still studying

i'm noob about computer engineering

join to gain knowledge

haha,mmu ppl at here
just after finish physical electronics,not easy ler

the most easy is LCD part,just hamtam wat u had study

This post has been edited by LJS: Jan 12 2006, 11:56 AM

Ahhhh....those were the days...which i wont miss even one bit...hahaha...life in MMU has gone! passed! life with mid-term and final has passed! over! it is not easy...but i think all of you who were still studying will make it, no doubt!
Ever think about your Final Year Project yet? Jonas is a good supervisor to choose if you were in Mlk campus.

now i just gamma year,saturday got ECP COA final test then holiday liao

Reporting in...studying E&E in Germany..second semester...u ll die standing here...hahah juz joking...n to tell u the truth,germans are damn good in programming...really a newbie n i hope i can get some help form d sifus here regarding EE stuff...cheers

sorry guys.18 yars old noob here.wanna ask computer eng n electrical eng is same course ke? also kat mmu ada compu eng ke? as far as i know only JMTI got computer engineering.

Thanx for your participation. However, this thread is aimed to do technical discussion rather than chit chatting or ask about education stuff. You have Kopitiam section and Education Essential threads for these.

Anyway, welcome to the technical discussion, hope you can contribute some knowledge to enlighten us in the future

good.. you make the microP.. i crash it with my dodgy software and blame you for it..

this should intrest you..

http://www.realworldtech.com/page.cfm?Arti...RWT123005001504

I have one questions. I want to know, what is the application of Verilog nowaday. Thank you.

it's the same as people asking what is the application of VHDL
anyways, it's basically the same as VHDL which is to model Digital Systems (ASIC etc)
but advantageous of verilog over vhdl? more back end friendly
which means it's easier for softwares to synthesize it to physical form compare to VHDL(since VHDL is quite an abstract language)

This post has been edited by X10A Freedom: Jan 13 2006, 09:26 PM

reporting in.. 4th year student studying EE engineering in UTM.

I still remember during the first year of the core engineering studies, there is this Circuit Theory which we call (Sakit Theory) <--- Study until Kepala Sakit and there is another Field Theory which we call (Fail Theory) <--- Only 5 out of 200+ students passed their Mid-Term test that year!

Hehehe finally thought of what i want to do for my design project... a high speed 32bit multiply-add (FMA or MAD) unit. Lots of use in GPUs.

Circuit Theory is dam hard subject in EE. Most of students fail to score each sem because of this subject. And some of them drop out and lucky person just got cukup makan and others repeat for this subject minimum 2 times. Horror

It's KCL, KVL, Thevenin's and Norton's... you are going to use it alot if your work is related to analog design... (FA (failure analysis) people should also probably need this)

ikan, decided on the adder style yet? i am very sure it won't be 32 cascaded full adders . keep us updated on the progress ya. (btw.. 32bit floating point or 32bit double)

32bit ieee FP format. Maybe i will avoid denormals by rounding to 0 to simplify/make it faster.

I have not decided on the architectural details just yet, but i'm thinking of using a higher radix adder to speed things up and reduce the carry chain. And besides it will be a fun experiment. Right now i am just imagining the outline of the major functional units and their flow in order to increase parallelism between the multiply and the add. Multiply-Adds units can be used to do add, sub, multiply, and even fast division (through software) so i thought it would be pretty interesting.