SK Mengajar Semester Genap TA 2010 2011
K E P U T U S A N
D E K A N
F A K U L T A S T E K N IK
U N IV E R S IT A S
N E G E R I Y O G Y A K A R T A
N O M O R :
105
T A H U N 2011
T E N T A N G
T U G A S M E N G A JA R D O S E N
F A K U L T A S T E K N IK
U N IV E R S IT A S N E G E R I Y O G Y A K A R T A
S E M E S T E R
D E K A N
1.
B ahw a
T e k n ik
2 0 1 0
2.
M e n g in g a t
: 1.
/2
d a la m
ra n g k a
U n iv e rs ita s
0 1 1
p e la k s a n a a n
N e g e ri
2 0 1 0 /2 0 1 1
F A K U L T A S T E K N IK
U N IV E R S IT A S
M e n im b a n g :
G E N A P
N E G E R I Y O G Y A K A R T A
tu g a s
p e n d id ik a n
Y o g y a k a rta ,
p e r lu
dan
p e n g a ja ra n
m e n e ta p k a n
S e m e s te r
T ugas
G enap
M e n g a ja r
2 0 1 0 /2 0 1 1 ,
D osen
F a k u lta s
S e m e s te r
G enap
F a k u llta s T e k n ik U n iv e r s ita s N e g e r i Y o g y a k a r ta ,
s e p e r ti
.
B a h w a u n tu k k e p e rlu a n d im a k s u d
p e r lu d ite ta p k a n d e n g a n K e p u tu s a n D e k a n .
U n d a n g -u n d a n g N o m o r 2 0 ta h u n 2 0 0 3
2.
P e ra tu ra n P e m e rin ta h R I N o m o r 6 0 ta h u n
3.
K e p u tu s a n P re s id e n R I: a . N o m o r 9 3 ta h u n
1999
4.
K e p u tu s a n M e n te ri P e n d id ik a n d a n K e b u d a y a a n R I: N o m o r 2 7 4 /0 /1 9 9 9
1 9 9 9 ; b . 3 0 5 /M
5.
K e p u tu s a n M e n d ik n a s R I N o m o r 0 0 3 /0 /2 0 0 1
6.
K e p u tu s a n R e k to r U N Y N o m o r : 5 2 9 /H 3 4 /K P /2 0 0 7
M
E M
ta h u n
1999
U T U S K A N
M e n e ta p k a n
P e rta m a
: T u g a s M e n g a ja r D o s e n
S e m e s te r G e n a p
2 0 1 0 /2 0 1 1 ,
te r s e b u t p a d a l a m p i r a n K e p u tu s a n in i.
K edua
: D a fta r
dosen
m e n g a ja r
ta e rs e b u t p a d a L a m p ira n
dum aksud
K e tig a
: K e p u tu s a n in i b e r la k u s e ja k ta n g g a l
K eem pat
: S e g a la
s e s u a tu
ak an
k e k e liru a n d a la m
d ik tu m
p e rta m a
d is e ra h i
tu g a s
m e n g a ja r
dan
m e n g u ji
sesu ai
m a ta
k u lia h
K e p u tu s a n in i.
d iu b a h
dan
14 F e b ru a ri 2 01 1
d ib e tu lk a n
s .d . 3 J u n i 2 0 1 1 .
s e b a g a im a n a m e s tin y a a p a b ila
di
k e m u d ia n
h a r i te r n y a ta te r d a p a t
K e p u t u s a n in i.
D ite ta p k a n d i : Y o g y a k a rta
P a d a ta n g g a l
:
14 F e b ru a ri 2 0 1 1
T e m b u s a n k e p a d a Y th .:
1.
R e k to r U n iv e r s ita s N e g e r i Y o g y a k a r ta
2.
P a ra P e m b a n tu R e k to r U n iv e r s ita s N e g e ri Y o g y a k a rta
3.
P a ra K e p a la B iro d i lin g k u n g a n U n iv e rs ita s N e g e ri Y o g y a k a rta
4.
P a ra D e k a n d i lin g k u n g a n U n iv e rs ita s N e g e ri Y o g y a k a rta
5.
K a b a g . P e n d id ik a n d a n K e r ja s a m a U n iv e r s ita s N e g e r i Y o g y a k a r ta
6.
K a b a g . K e u a n g a n U n iv e rs ita s N e g e ri Y o g y a k a rta
7.
P a r a P e m b a n tu D e k a n d i lin g k u n g a n F a k u lta s T e k n ik U n iv e r s ita s N e g e r i Y o g y a k a r ta
8.
P a r a K e tu a J u r u s a n /P r o g r a m
9.
K a b a g . T a ta U s a h a F a k u lta s T e k n ik U n iv e rs ita s N e g e ri Y o g y a k a rta
S tu d i d i lin g k u n g a n F a k u lta s T e k n ik U n iv e rs ita s N e g e ri Y o g y a k a rta
10. K a S u b a g K e u a n g a n d a n K e p e g a w a ia n F a k u lta s T e k n ik U N Y
11. B P P F a k u lta s T e k n ik U n iv e r s ita s N e g e r i Y o g y a k a r ta
12. P e m b a n tu B P P F a k u lta s T e k n ik U n iv e r s ita s N e g e ri Y o g y a k a rta
/A
SfSctsf
V W 1 A
'V j f i
's,-- f H
f
3
2
4
S E M i
T OT
n
r
L 1 '.
5
6
7
8
A R I / •' ‘
K E A S
R U A N G
K i/r
11
12
-JA M K E ’
10
9
M.Pd.,M.T .
22
H a r to y o ,
23
Nur Kholis , MPd
E K 0 3 0 4
M a te m a tik a
T e k n ik
3
0
0
3
II
A
S e n in ,
1 -3
R F 3
R F 1
E K 0 3 0 4
M a te m a tik a
T e k n ik
3
0
0
3
II
C
S e n in , 4 -6
E K 0 3 0 4
M a te m a tik a
T e k n ik
3
0
0
3
II
B
R a b u ,
1 -3
R F 3
E K 0 3 0 4
M a te m a tik a
T e k n ik
3
0
0
3
II
D
R a b u , 4 -6
R F 1
12
0
0
12
0
2
0
2
IV
C
S e n in , 3 -6
T C
0
0
3
IV
D
R a b u , 5 -6
R F 3
R a b u , 7 -8
R F 3
R a b u , 9 -1 0
R F 3
J u m la h
24
CS‘ * | V
D O M IN
t
i
"D
■ vsi
S ig it Y a tm o n o , M T
E K 0 2 2 9
P ra k tik
E K 0 3 2 0
S is te m
M ik ro p ro s e s o r
-»
25
H. Bas r owi, MPd
M ik ro p ro s e s o r
E K 0 2 3 1
D a s a r T e le k o m u n ik a s i
2
0
0
2
IV
D
S E L 2 1 0
T e le m e tri
2
0
0
2
V I
A D
E K 0 2 2 9
P ra k tik
M ik ro p ro s e s o r
0
2
0
2
IV
C
K a m is ,
E K 0 2 3 1
D a s a r T e le k o m u n ik a s i
2
0
0
2
IV
B
K a m is , 5 -6
R F 3
0
2
IV
A
k a m is , 7 -8
R F 2
2
0
E K 0 3 2 0
S is te m
3
0
0
3
IV
A
J u m 'a t , 3 - 4
R F 3
E K 0 2 3 1
D a s a r T e le k o m u n ik a s i
2
0
0
2
IV
C
J u m 'a t , 8 - 9
R F 3
J u m la h
16
4
0
2 0
M ik ro p ro s e s o r
He r lambang Sigit P, ST
1 -4
B IL
E K 0 2 2 2
P ra k tik
I n s ta la s i In d u s tri
0
2
0
2
IV
D
S e n in ,
E K 0 2 1 8
P ra k tik
In s ta la s i R e s id e n s ia l
0
2
0
2
11
E
S e n in , 9 -1 2
B IL
E K 0 2 1 8
P ra k tik
In s ta la s i R e s id e n s ia l
0
2
0
2
11
C
S e la s a ,
B IL
E K 0 2 1 8
P ra k tik
In s ta la s i R e s id e n s ia l
0
2
0
2
II
B
S e la s a , 5 -8
B IL
II
R E 3
1 -4
E K 0 2 1 1
In s ta la s i L is trik
2
0
0
2
A
K a m is , 3 -4
P E L
P e n g a ja ra n
0
1
0
1
V I
A
k a m is , 5 -6
0
2
0
2
IV
D
K a m is , 9 -1 2
2
11
0
13
1 0 3
P ra k tik
M ik ro
In s ta la s i In d u s tri
C
B IL
L K M
C
L K M
C
P e m ro g ra m a n
L a n ju t
0
2
0
2
II
E
S e la s a ,
E K 0 2 5 8
P e m ro g ra m a n
L a n ju t
0
2
0
2
n
E
S e la s a , 7 -1 0
T K F 2 0 3
S ta tis tik a
2
0
0
2
IV
F
R a b u , 7 -8
R E 3
E K 0 2 2 8
P ra k tik
K o m u n ik a s i D a ta
0
2
0
2
IV
F
R a b u , 9 -1 2
L K D
P ra k tik
K o m u n ik a s i D a ta
IV
F
J u m 'a t , 8 - 1 1
L K D
IV
B
S e n in ,
E ld a s
F .K D 2 2 5
0
2
0
2
J u m la h
2
8
0
10
P r a k t ik S is t e m k e n d a li
0
2
0
2
1 -4
R M
E K 0 2 5 8
E K 0 2 2 8
27
T C
D a s a r T e le k o m u n ik a s i
J u m la h
DR. Sams ul Hadi, MT
1 -4
E K 0 2 3 1
E K 0 2 2 2
26
J
1 -4
■ "-.i-v/
J
1
37
KODE M K
NAMA DOSEN
2
D eni B udi
MATA KULIAII
3
Hertanto, M.Kom
4
llm a w a n
M u s ta q im , S .P d T ,
M T
HARI/
SEM
r
r
L
5
6
7
KLAS
TOT
RUANG
k i ;t
11
12
JAM.KL
10
9
8
E K 0 3 0 4
M a te m a tik a T e k n ik
3
0
0
3
II
E
S e n in , 6 -8
R F 3
E K 0 3 0 4
M a te m a tik a T e k n ik
3
0
0
3
II
F
S e la s a ,
R F 3
E K 0 2 1 9
J a rin g a n
K o m p u te r
-
2
-
2
IV
E
R a b u ,
1 -4
L K D
E K 0 2 1 9
J a rin g a n
K o m p u te r
-
2
-
2
I
E
R a b u , 5 -8
L K D
E K 0 2 1 9
J a rin g a n
K o m p u te r
-
2
-
2
11
B
K a m is ,
L K D
E K 0 2 1 9
J a rin g a n
K o m p u te r
-
2
-
2
IV
F
K a m is , 5 -8
L K D
E K 0 2 1 9
J a rin g a n
K o m p u te r
-
2
-
2
IV
F
K a m is , 9 -1 2
L K D
6
10
0
16
J u m la h
3 9
:J-.
sk s
E K 0 3 2 0
S is te m
E K 0 3 6 3
S e n s o r d a n
M ik ro p ro s e s o r
E K 0 3 2 0
E K 0 3 2 0
1 -3
1 -4
3
0
0
3
IV
F
S e n in ,
T ra n d u s e r
0
3
0
3
IV
F
S e n in , 3 -6
L M E K A
S is te m
M ik ro p ro s e s o r
3
0
0
3
IV
F
S e n in , 7 -8
R F 1
S is te m
M ik ro p ro s e s o r
3
0
0
3
IV
C
S e la s a , 5 -6
R F 2
E K 0 3 2 0
S is te m
M ik ro p ro s e s o r
3
0
0
3
IV
C
S e la s a , 7 -8
E K 0 3 6 3
S e n so r d a n
0
3
0
3
IV
F
S e la s a , 9 -1 2
L M E K A
E K 0 2 3 0
P ra k tik
0
2
0
2
IV
C
R a b u ,
L M E K A
T ra n d u s e r
K e n d a li
T e rp ro g ra m
1 -2
1 -4
R F 2
R F 2
E K 0 3 6 3
S e n so r d a n
T ra n d u s e r
0
3
0
3
IV
E K 0 3 6 3
S e n so r d a n
T ra n d u s e r
0
3
0
3
IV
E
J u m 'a t ,
1 -4
L M E K A
S e n so r d a n
T ra n d u s e r
IV
E
J u m 'a t ,
8-11
L M E K A
E K 0 3 6 3
J u m la h
0
3
0
3
12
17
0
2 9
Y o g y a k a rta ,
R a b u , 9 -1 2
F e b ru a ri
2 0 1 1
M u ta q in , M P d .M T
N IP .
1 9 6 4 0 4 0 5
1 9 9 0 0 1
1 0 0 1
T C
D E K A N
F A K U L T A S T E K N IK
U N IV E R S IT A S
N E G E R I Y O G Y A K A R T A
N O M O R :
105
T A H U N 2011
T E N T A N G
T U G A S M E N G A JA R D O S E N
F A K U L T A S T E K N IK
U N IV E R S IT A S N E G E R I Y O G Y A K A R T A
S E M E S T E R
D E K A N
1.
B ahw a
T e k n ik
2 0 1 0
2.
M e n g in g a t
: 1.
/2
d a la m
ra n g k a
U n iv e rs ita s
0 1 1
p e la k s a n a a n
N e g e ri
2 0 1 0 /2 0 1 1
F A K U L T A S T E K N IK
U N IV E R S IT A S
M e n im b a n g :
G E N A P
N E G E R I Y O G Y A K A R T A
tu g a s
p e n d id ik a n
Y o g y a k a rta ,
p e r lu
dan
p e n g a ja ra n
m e n e ta p k a n
S e m e s te r
T ugas
G enap
M e n g a ja r
2 0 1 0 /2 0 1 1 ,
D osen
F a k u lta s
S e m e s te r
G enap
F a k u llta s T e k n ik U n iv e r s ita s N e g e r i Y o g y a k a r ta ,
s e p e r ti
.
B a h w a u n tu k k e p e rlu a n d im a k s u d
p e r lu d ite ta p k a n d e n g a n K e p u tu s a n D e k a n .
U n d a n g -u n d a n g N o m o r 2 0 ta h u n 2 0 0 3
2.
P e ra tu ra n P e m e rin ta h R I N o m o r 6 0 ta h u n
3.
K e p u tu s a n P re s id e n R I: a . N o m o r 9 3 ta h u n
1999
4.
K e p u tu s a n M e n te ri P e n d id ik a n d a n K e b u d a y a a n R I: N o m o r 2 7 4 /0 /1 9 9 9
1 9 9 9 ; b . 3 0 5 /M
5.
K e p u tu s a n M e n d ik n a s R I N o m o r 0 0 3 /0 /2 0 0 1
6.
K e p u tu s a n R e k to r U N Y N o m o r : 5 2 9 /H 3 4 /K P /2 0 0 7
M
E M
ta h u n
1999
U T U S K A N
M e n e ta p k a n
P e rta m a
: T u g a s M e n g a ja r D o s e n
S e m e s te r G e n a p
2 0 1 0 /2 0 1 1 ,
te r s e b u t p a d a l a m p i r a n K e p u tu s a n in i.
K edua
: D a fta r
dosen
m e n g a ja r
ta e rs e b u t p a d a L a m p ira n
dum aksud
K e tig a
: K e p u tu s a n in i b e r la k u s e ja k ta n g g a l
K eem pat
: S e g a la
s e s u a tu
ak an
k e k e liru a n d a la m
d ik tu m
p e rta m a
d is e ra h i
tu g a s
m e n g a ja r
dan
m e n g u ji
sesu ai
m a ta
k u lia h
K e p u tu s a n in i.
d iu b a h
dan
14 F e b ru a ri 2 01 1
d ib e tu lk a n
s .d . 3 J u n i 2 0 1 1 .
s e b a g a im a n a m e s tin y a a p a b ila
di
k e m u d ia n
h a r i te r n y a ta te r d a p a t
K e p u t u s a n in i.
D ite ta p k a n d i : Y o g y a k a rta
P a d a ta n g g a l
:
14 F e b ru a ri 2 0 1 1
T e m b u s a n k e p a d a Y th .:
1.
R e k to r U n iv e r s ita s N e g e r i Y o g y a k a r ta
2.
P a ra P e m b a n tu R e k to r U n iv e r s ita s N e g e ri Y o g y a k a rta
3.
P a ra K e p a la B iro d i lin g k u n g a n U n iv e rs ita s N e g e ri Y o g y a k a rta
4.
P a ra D e k a n d i lin g k u n g a n U n iv e rs ita s N e g e ri Y o g y a k a rta
5.
K a b a g . P e n d id ik a n d a n K e r ja s a m a U n iv e r s ita s N e g e r i Y o g y a k a r ta
6.
K a b a g . K e u a n g a n U n iv e rs ita s N e g e ri Y o g y a k a rta
7.
P a r a P e m b a n tu D e k a n d i lin g k u n g a n F a k u lta s T e k n ik U n iv e r s ita s N e g e r i Y o g y a k a r ta
8.
P a r a K e tu a J u r u s a n /P r o g r a m
9.
K a b a g . T a ta U s a h a F a k u lta s T e k n ik U n iv e rs ita s N e g e ri Y o g y a k a rta
S tu d i d i lin g k u n g a n F a k u lta s T e k n ik U n iv e rs ita s N e g e ri Y o g y a k a rta
10. K a S u b a g K e u a n g a n d a n K e p e g a w a ia n F a k u lta s T e k n ik U N Y
11. B P P F a k u lta s T e k n ik U n iv e r s ita s N e g e r i Y o g y a k a r ta
12. P e m b a n tu B P P F a k u lta s T e k n ik U n iv e r s ita s N e g e ri Y o g y a k a rta
/A
SfSctsf
V W 1 A
'V j f i
's,-- f H
f
3
2
4
S E M i
T OT
n
r
L 1 '.
5
6
7
8
A R I / •' ‘
K E A S
R U A N G
K i/r
11
12
-JA M K E ’
10
9
M.Pd.,M.T .
22
H a r to y o ,
23
Nur Kholis , MPd
E K 0 3 0 4
M a te m a tik a
T e k n ik
3
0
0
3
II
A
S e n in ,
1 -3
R F 3
R F 1
E K 0 3 0 4
M a te m a tik a
T e k n ik
3
0
0
3
II
C
S e n in , 4 -6
E K 0 3 0 4
M a te m a tik a
T e k n ik
3
0
0
3
II
B
R a b u ,
1 -3
R F 3
E K 0 3 0 4
M a te m a tik a
T e k n ik
3
0
0
3
II
D
R a b u , 4 -6
R F 1
12
0
0
12
0
2
0
2
IV
C
S e n in , 3 -6
T C
0
0
3
IV
D
R a b u , 5 -6
R F 3
R a b u , 7 -8
R F 3
R a b u , 9 -1 0
R F 3
J u m la h
24
CS‘ * | V
D O M IN
t
i
"D
■ vsi
S ig it Y a tm o n o , M T
E K 0 2 2 9
P ra k tik
E K 0 3 2 0
S is te m
M ik ro p ro s e s o r
-»
25
H. Bas r owi, MPd
M ik ro p ro s e s o r
E K 0 2 3 1
D a s a r T e le k o m u n ik a s i
2
0
0
2
IV
D
S E L 2 1 0
T e le m e tri
2
0
0
2
V I
A D
E K 0 2 2 9
P ra k tik
M ik ro p ro s e s o r
0
2
0
2
IV
C
K a m is ,
E K 0 2 3 1
D a s a r T e le k o m u n ik a s i
2
0
0
2
IV
B
K a m is , 5 -6
R F 3
0
2
IV
A
k a m is , 7 -8
R F 2
2
0
E K 0 3 2 0
S is te m
3
0
0
3
IV
A
J u m 'a t , 3 - 4
R F 3
E K 0 2 3 1
D a s a r T e le k o m u n ik a s i
2
0
0
2
IV
C
J u m 'a t , 8 - 9
R F 3
J u m la h
16
4
0
2 0
M ik ro p ro s e s o r
He r lambang Sigit P, ST
1 -4
B IL
E K 0 2 2 2
P ra k tik
I n s ta la s i In d u s tri
0
2
0
2
IV
D
S e n in ,
E K 0 2 1 8
P ra k tik
In s ta la s i R e s id e n s ia l
0
2
0
2
11
E
S e n in , 9 -1 2
B IL
E K 0 2 1 8
P ra k tik
In s ta la s i R e s id e n s ia l
0
2
0
2
11
C
S e la s a ,
B IL
E K 0 2 1 8
P ra k tik
In s ta la s i R e s id e n s ia l
0
2
0
2
II
B
S e la s a , 5 -8
B IL
II
R E 3
1 -4
E K 0 2 1 1
In s ta la s i L is trik
2
0
0
2
A
K a m is , 3 -4
P E L
P e n g a ja ra n
0
1
0
1
V I
A
k a m is , 5 -6
0
2
0
2
IV
D
K a m is , 9 -1 2
2
11
0
13
1 0 3
P ra k tik
M ik ro
In s ta la s i In d u s tri
C
B IL
L K M
C
L K M
C
P e m ro g ra m a n
L a n ju t
0
2
0
2
II
E
S e la s a ,
E K 0 2 5 8
P e m ro g ra m a n
L a n ju t
0
2
0
2
n
E
S e la s a , 7 -1 0
T K F 2 0 3
S ta tis tik a
2
0
0
2
IV
F
R a b u , 7 -8
R E 3
E K 0 2 2 8
P ra k tik
K o m u n ik a s i D a ta
0
2
0
2
IV
F
R a b u , 9 -1 2
L K D
P ra k tik
K o m u n ik a s i D a ta
IV
F
J u m 'a t , 8 - 1 1
L K D
IV
B
S e n in ,
E ld a s
F .K D 2 2 5
0
2
0
2
J u m la h
2
8
0
10
P r a k t ik S is t e m k e n d a li
0
2
0
2
1 -4
R M
E K 0 2 5 8
E K 0 2 2 8
27
T C
D a s a r T e le k o m u n ik a s i
J u m la h
DR. Sams ul Hadi, MT
1 -4
E K 0 2 3 1
E K 0 2 2 2
26
J
1 -4
■ "-.i-v/
J
1
37
KODE M K
NAMA DOSEN
2
D eni B udi
MATA KULIAII
3
Hertanto, M.Kom
4
llm a w a n
M u s ta q im , S .P d T ,
M T
HARI/
SEM
r
r
L
5
6
7
KLAS
TOT
RUANG
k i ;t
11
12
JAM.KL
10
9
8
E K 0 3 0 4
M a te m a tik a T e k n ik
3
0
0
3
II
E
S e n in , 6 -8
R F 3
E K 0 3 0 4
M a te m a tik a T e k n ik
3
0
0
3
II
F
S e la s a ,
R F 3
E K 0 2 1 9
J a rin g a n
K o m p u te r
-
2
-
2
IV
E
R a b u ,
1 -4
L K D
E K 0 2 1 9
J a rin g a n
K o m p u te r
-
2
-
2
I
E
R a b u , 5 -8
L K D
E K 0 2 1 9
J a rin g a n
K o m p u te r
-
2
-
2
11
B
K a m is ,
L K D
E K 0 2 1 9
J a rin g a n
K o m p u te r
-
2
-
2
IV
F
K a m is , 5 -8
L K D
E K 0 2 1 9
J a rin g a n
K o m p u te r
-
2
-
2
IV
F
K a m is , 9 -1 2
L K D
6
10
0
16
J u m la h
3 9
:J-.
sk s
E K 0 3 2 0
S is te m
E K 0 3 6 3
S e n s o r d a n
M ik ro p ro s e s o r
E K 0 3 2 0
E K 0 3 2 0
1 -3
1 -4
3
0
0
3
IV
F
S e n in ,
T ra n d u s e r
0
3
0
3
IV
F
S e n in , 3 -6
L M E K A
S is te m
M ik ro p ro s e s o r
3
0
0
3
IV
F
S e n in , 7 -8
R F 1
S is te m
M ik ro p ro s e s o r
3
0
0
3
IV
C
S e la s a , 5 -6
R F 2
E K 0 3 2 0
S is te m
M ik ro p ro s e s o r
3
0
0
3
IV
C
S e la s a , 7 -8
E K 0 3 6 3
S e n so r d a n
0
3
0
3
IV
F
S e la s a , 9 -1 2
L M E K A
E K 0 2 3 0
P ra k tik
0
2
0
2
IV
C
R a b u ,
L M E K A
T ra n d u s e r
K e n d a li
T e rp ro g ra m
1 -2
1 -4
R F 2
R F 2
E K 0 3 6 3
S e n so r d a n
T ra n d u s e r
0
3
0
3
IV
E K 0 3 6 3
S e n so r d a n
T ra n d u s e r
0
3
0
3
IV
E
J u m 'a t ,
1 -4
L M E K A
S e n so r d a n
T ra n d u s e r
IV
E
J u m 'a t ,
8-11
L M E K A
E K 0 3 6 3
J u m la h
0
3
0
3
12
17
0
2 9
Y o g y a k a rta ,
R a b u , 9 -1 2
F e b ru a ri
2 0 1 1
M u ta q in , M P d .M T
N IP .
1 9 6 4 0 4 0 5
1 9 9 0 0 1
1 0 0 1
T C