Part Time jobs and Internships

Internship and Part time jobs available

BSIS in NeoCyber

Those who are interested, find Mr. Tee Wee Jing as well

There will be an Interview on Monday June 22, 2009

Jobs including Web Programmer, Graphic designer, Analyst etc

Free Classes

* class start on Monday, June 29, 2009

PHP, ASP .Net and J2ME

those who are interested in taking these free classes, for Limkokwing's students only, please find Mr. Tee Wee Jing

each class are held once a week, for 4 hours,

2 hours in the morning : 10am - 12pm

2 hours in the afternoon : 3pm - 5pm

PHP : Monday

ASP.Net : Tuesday

J2ME: Wednesday

Mr. Hani will be teaching all of these.

Exam Over

Hey, Bsemers sem 5, most of us are finished with the exams.
Don't know what to say, but I'm happy that it's done...

for those still have exams, and are willing to share their tips to their friends, please post it as comment, or contact one of us:
Adrian
Thogori
Andy
Adam

Happy :D

Tips Answers for CA

I know its late!! Tried to answer as best i can.
Didnt answer 2c and only give the formula for 5
If u see any mistakes, plz inform me.

1. RGB-

Magenta = (1,0,1)

(R,G,B)

CMY-

Magenta = (RGB white)-(RGB magenta) = (1,1,1) – (1,0,1) = (0,1,0)

2.

a. Vector A->C = C-A= (4,1,2) – (3,3,2) = (1,-2,0)

Vector A->B = B-A= (2,2,1) – (3,3,2) = (-1,-1,-1)

Vector B->C = C-B= (4,1,2) – (2,2,1) = (2,-1,1)

b. Dot product A->B . B->C = (-1,-1,-1) . (2,-1,1) = (1^st * 1^st)+ (2^nd *2^nd)+(3^rd * 3^rd)

=(-1*2)+(-1*-1)+(-1*1)=-2

3. First Object

glBegin (GL_LINE_LOOP);

glvertex2i (200,60);

glvertex2i (240,150);

glvertex2i (280,60);

glvertex2i (190,120);

glvertex2i (290,120);

glEnd();

Second Object

glBegin (GL_LINE_STRIP);

glvertex2i (200,60);

glvertex2i (280,60);

glvertex2i (240,150);

glEnd();

glBegin (GL_LINE_STRIP);

glvertex2i (290,120);

glvertex2i (190,120);

glvertex2i (240,30);

glEnd();

4. Transform Rotate Scale

|1 0 tx| |cos& -sin& 0 | |sx 0 0 |

|0 1 ty| | sin& cos& 0 | |0 sy 0 |

|0 0 1 | | 0 0 1 | |0 0 1 |

The matrixes must be written from right to left. Instead of [S] [R] [T], the order of the question.

We have [T][R][S] (Remember This!!)

Transform Rotate Scale

|1 0 2 | | 0 -1 0 | |3 0 0 |

|0 1 2 | | 1 0 0 | |0 4 0 |

|0 0 1 | | 0 0 1 | |0 0 1 |

Then add them one by one.

[T]+[R]

[T] 1^st row by [R] 1^st column = (1*0)+(0*1)+(2*0)=0

[T] 1^st row by [R] 2^nd column = (1*-1)+(0*0)+(2*0)=-1

[T] 1^st row by [R] 3^rd column = (1*0)+(0*0)+(2*1)=2

[T] 2^nd row by [R] 1^st column = (0*0)+(1*0)+(2*1)=2

[T] 2^nd row by [R] 2^nd column = (0*-1)+(1*0)+(2*0)=0

[T] 2^nd row by [R] 3^rd column = (0*0)+(1*0)+(2*1)=2

[T] 3^rd row by [R] 1^st column = (0*0)+(0*0)+(1*1)=1

[T] 3^rd row by [R] 2^nd column = (0*-1)+(0*0)+(1*0)=0

[T] 3^rd row by [R] 3^rd column = (0*0)+(0*0)+(1*1)=1

So[TR] =|0 -1 2|

|2 0 2|

|1 0 2|

Then repeat the steps for [TR] + [S]

5. X_b = ^m∑_i=0 ^mC_i uⁱ (i-u)^m-I X

Y_b = ^m∑_i=0 ^mC_i uⁱ (i-u)^m-I Y

m= number of point given -1

C= Combination (We did this B4)

Software Testing Tips

1. Describe the term software testing
2. draw cause effect graph
3. Identify THREE actions involved during form testing
4. Briefly describe end-to-end transaction testing
5. What is a legacy system? define
6. Describe FOUR attributes of quality test case
7. CFG, Cyclomatic complexity value...

Thanks to Andy :D

Software Project Management Exam Tips

Topics




1. NPV, ROI, payback

2. WBS, Weighted scoring model
3. For WBS must at least three levels
4. Check example of building a house

3. EVM
4. Textbook pp 285-291
5. Tutorial 12 (Chapter7revised) page1 q1

4. AOA
5. Tutorial 8 page 2
6. Text book pp 223-224, 255(q2)
7. Project time management
8. Critical path is the longest path

EVM Formulas

1. EV = PV to date * RP
2. CV = EV - AC
3. SV = EV - PV
4. CPI = EV/AC
5. SPI = EV/PV
6. EAC = BAC/CPI
7. ETC= OTE/SPI

EV - Earned Value

PV - Planned Value

RP - Rate of Performance

CV- Cost Variance

AC- Actual cost

SV- Schedule Variance

CPI- Cost Performance Index

SPI- Schedule Performance Index

EAC- Estimate at Completion

BAC-Budget at Completion

ETC-Estimated Time to Complete

OTE-Original Time Estimate

Analyzing

Important factors in project are cost and time

• CV represents the cost performance
• SV represents the time performance
• If they are positive, they are ahead of schedule/under budget if negative they are behind schedule/ over budget
• CPI represents the cost performance as an index/performance. It verifies the CV
• SPI represents the time performance as an index/performance. It verifies the SV
• Over 100% is good ( they are ahead of schedule/under budget ) 100% is neutral and below 100% is bad (behind schedule/ over budget)
• If EAC is higher than BAC then the project is performing worse than planned because the new estimate to complete the project is x more than planned.
• You get OTE from the question, where they mention how long the project was intended to take
• If ETC is higher than OTE then the project is performing worse than planned because the project is projected to take x months longer than planned.

GOOOOOOOOOOOOOOOD LUCK!!

Exam Tips for CA

1. RGB space, CMYK space (conversion from RGB to CMYK and vice versa)
2. Given 3 points ( 3, 3, 2) , (2,2,1) and (4,1,2) find the vector, dot product, cross product and plane equation.
3. Draw the 2 object below with Open GL code


4. 2D transformation
Compose a 2D transformation matrix with
- scale in x by 3 and in y by 4; (Scale(3,4))
- then rotate trough 90 degree around origin (rotate(90))
- translate trough (2, 2)

5. Bezier Curve
Given V0(0,3), V1(1,5), V2(4,0) and V3(6,2) are the control points. Find the points where the curve will pass through when U = 0.5 using bezier curve technique
6. Find vector list, edge list, normal list and face list from a 3d object.


7. Describe each below:
Pre-production, Production, Post-production
8. Express the following terms : Animatronic, stop motion animation.
9 A triangle below is to be rotated for 30 degree in anti-clock wise order. given the pivot point (black dot) at (2,3) find the composite matrix in 2D space to perform the transactin.

Software Project Management Exam Tips

Exam date: Saturday 13th June 2009

These should be the most important sections to read:

Topics

1. NPV, ROI, payback
2. WBS, Weighted scoring model
3. For WBS must at least three levels
4. Check example of building a house
3. EVM
4. Textbook pp 285-291
5. Tutorial 12 (Chapter7revised) page1 q1
4. AOA
5. Tutorial 8 page 2
6. Text book pp 223-224, 255(q2)
7. Project time management
8. Critical path is the longest path

EVM Formulas

1. EV = PV to date * RP
2. CV = EV - AC
3. SV = EV - PV
4. CPI = EV/AC
5. SPI = EV/PV
6. EAC = BAC/CPI
7. ETC= OTE/SPI

EV - Earned Value

PV - Planned Value

RP - Rate of Performance

CV- Cost Variance

AC- Actual cost

SV- Schedule Variance

CPI- Cost Performance Index

SPI- Schedule Performance Index

EAC- Estimate at Completion

BAC-Budget at Completion

ETC-Estimated Time to Complete

OTE-Original Time Estimate

Analyzing

Important factors in project are cost and time

• CV represents the cost performance
• SV represents the time performance
• If they are positive, they are ahead of schedule/under budget if negative they are behind schedule/ over budget
• CPI represents the cost performance as an index/performance. It verifies the CV
• SPI represents the time performance as an index/performance. It verifies the SV
• Over 100% is good ( they are ahead of schedule/under budget ) 100% is neutral and below 100% is bad (behind schedule/ over budget)
• If EAC is higher than BAC then the project is performing worse than planned because the new estimate to complete the project is x more than planned.
• You get OTE from the question, where they mention how long the project was intended to take
• If ETC is higher than OTE then the project is performing worse than planned because the project is projected to take x months longer than planned.

GOOOOOOOOOOOOOOOD LUCK!!

Some tips on SPM

1. Cauculate the NPV ROI etc.........

2. focus on chapter 5-6-7...

3. Calculate the earned value management (EVM) text book page: 285

This first, any aditional tips will be availabe soon :D

KLC Adress

Limkokwing Kuala Lumpur Centre
23, Jalan Sultan Ismail,
50250 Kuala Lumpur, Malaysia.

Tel: (+603) 2143 0005
Fax: (+603) 2143 0002

For more informations, and also the map, please use this link 

http://www.limkokwing.net/contact/campus/

This is a test