Lampiran 17.Implikasi Kewangan Fizikal - UTHM
Lampiran 17.Implikasi Kewangan Fizikal - UTHM
Lampiran 17.Implikasi Kewangan Fizikal - UTHM
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BIL. MAKMAL SUBJEK TOPIK-TOPIK AMALI<br />
ANGGARAN SUMBER<br />
(TAHUN/SEMESTER)<br />
KOS (RM)<br />
1 MICROBIOLOGY MICROBIOLOGY<br />
Practical 1: Staining methods<br />
(YEAR 1 / SEMESTER 1) Practical 2: Cultivation of bacteria<br />
2 CELL & MOLECULAR CELL &<br />
BIOLOGY MOLECULAR BIOLOGY<br />
(YEAR 1/SEMESTER 1)<br />
3 CHEMISTRY ORGANIC CHEMISTRY<br />
(YEAR 1/SEMESTER 2)<br />
LAMPIRAN 17 : IMPLIKASI KEWANGAN FIZIKAL<br />
FAKULTI KEJURUTERAAN AWAM DAN ALAM SEKITAR<br />
PROGRAM SARJANA MUDA KEJURUTERAAN (BIOKEJURUTERAAN) DENGAN KEPUJIAN<br />
ANGGARAN KOS PERALATAN MAKMAL-MAKMAL PROGRAM BARU<br />
Practical 3: Microbial metabolisms<br />
Practical 4: Microbial growth<br />
Practical 5: Control of microbial growth<br />
Practical 6: The microbial world<br />
Practical 7: Viruses<br />
Practical 8: Interaction of microbes and host<br />
Practical 9: Immunology<br />
Practical 10: Microbiology and the environment<br />
Practical 1: Cell quantification<br />
Practical 2: DNA extraction<br />
Practical 3: Electrophoresis tests<br />
Practical 4: Bacteria and fungi cell culture<br />
Practical 1: Carbon compounds and chemical bonding<br />
Practical 2: Stereochemistry<br />
Practical 3: Hydrocarbons: Alkanes, Alkenes, Alkynes<br />
Practical 4: Alcohols and Alkyl halides<br />
Practical 5: Aldehydes and Ketones<br />
Practical 6: Carboxylic Acids and Derivatives<br />
Practical 7: Amines<br />
Practical 8: Aromatic Compounds and Reactions of Aromatic Compounds<br />
270,000<br />
260,000<br />
700,000<br />
FACULTY 2007<br />
FACULTY 2007<br />
RMK 9
4 BIOCHEMISTRY BIOCHEMISTRY<br />
Practical 1: Acid-base titration & pH<br />
(YEAR 2/SEMESTER 1) Practical 2: Buffers and buffering mechanism<br />
Practical 3: Centrifugation and colourimetry centrifugation<br />
5 GENETIC GENETIC ENGINEERING Practical 1: Cloning<br />
ENGINEERING (YEAR 2/SEMESTER 2) Practical : Sequencing<br />
Practical 3: Restriction enzyme analysis<br />
Practical 4:Restriction fragment length polymorphism (RFLP)<br />
Practical 5: Sequencing and protein identification (proteomics)<br />
Practical 6: Bioinformatics<br />
6 BIOENGINEERING BIOENGINEERING LAB I Practical 1 : Engineering Material<br />
LABORATORY I ( YEAR 3/SEMESTER 1) Practical 2 : Electric Device<br />
Practical 3 : Thermodynamics<br />
Practical 4 : Transport phenomena<br />
7 CELL & TISSUE CELL & Practical 1: GPC sample preparation.<br />
ENGINEERING TISSUE ENGINEERING Practical 2: GPC for PLLA and PLGA.<br />
( YEAR 3/SEMESTER 2) Practical 3: PLLA/PLGA polymer film fabrication.<br />
Practical 4: Synthesis of Poly-(L-Lactic acid)<br />
Practical 5: Cell studies on PLLA film.<br />
8 BIOENGINEERING BIOENGINEERING LAB II Practical 1: Bioenvironmental Engineering<br />
LABORATORY II (YEAR 3/SEMESTER 2) Practical 2 : Bioreaction Engineering<br />
Practical 3 : Food process Engineering<br />
9 BIOSEPARATION BIOSEPARATION<br />
( YEAR 4/SEMESTER 1)<br />
Practical 4: Quantitative tests of carbohydrates<br />
Practical 5: Lipid halogenization and saponification<br />
Practical 6: Quantitative and qualitative protein assays<br />
Practical 7 : DNA extraction and quantitative estimation<br />
Practical 5 : Process fluid mechanics<br />
1,500,000.00<br />
2,600,000<br />
2,500,000<br />
2,400,000<br />
3,000,000<br />
Practical 1 : Flocculation and Sedimentation<br />
Practical 2 : Extraction Principles<br />
2,000,000<br />
Practical 3: Chromatography Column Dynamics<br />
Practical 4 : Disstillation Column<br />
GRAND TOTAL: RM 15, 230, 000. 00<br />
RMK 9<br />
RMK 9<br />
RMK 9<br />
RMK 9<br />
RMK 9<br />
RMK 9