Download - Project List for AY2015-16 Sem II (20151105)

8/20/2019 Project List for AY2015-16 Sem II (20151105)

1/18

Created By

Birgersson, Karl Erik

Birgersson, Karl Erik

Chen Shing Bor

Chen Shing Bor

Chen Shing Bor

Chiu Min-SenChiu Min-Sen

Chiu Min-Sen

Chung Tai-Shung Neal



Farooq,Shamsuzzaman

Farooq,Shamsuzzaman

Farooq,Shamsuzzaman

Hidaat, Kus

Hidaat, KusHidaat, Kus

Hong !iang

Hong !iang

Hong !iang

"angam Sa#hin $inayak

"angam Sa#hin $inayak

"iang "ian%en

"iang "ian%en

"iang "ian%en

Kang En-Tang

Kang En-Tang

Kang En-Tang

Karimi

Karimi

Karimi

Kyle K&!& 'hua

Kyle K&!& 'hua

Kyle K&!& 'hua

!akshminarayanan Sama(edham

!akshminarayanan Sama(edham

!anry )ung !in )ue

!anry )ung !in )ue

!anry )ung !in )ue

!ee *ong-)u+

!ee *ong-)u+

!ee "im )ang

!ee "im )ang

!ee "im )ang


2/18

!eong Tai ei *a(id

!eong Tai ei *a(id

!eong Tai ei *a(id

!i hi

!i hi

!i hi

!im ee Chuan, Eldin!im ee Chuan, Eldin

!im ee Chuan, Eldin

!iu Bin

!iu Bin

!oh, Kai-Chee

!oh, Kai-Chee

!oh, Kai-Chee

!u .ianmao

!u .ianmao

!u .ianmaoNeoh Koon /ee

Neoh Koon /ee

Neoh Koon /ee

'ra(een !inga

'ra(een !inga

'ra(een !inga

'ro0& /' 1angaiah

'ro0& /' 1angaiah

'ro0& /' 1angaiah

Sai0 2 Khan

Sai0 2 Khan

Sai0 2 Khan

Si3uding Ka%i

Si3uding Ka%i

Si3uding Ka%i

Soh Sio% !ing

Soh Sio% !ing

Soh Sio% !ing

Ti H%ei Chen

Ti H%ei Chen

Ti H%ei Chen

Ting )en 'eng

Ting )en 'eng

Ting )en 'eng

ang Chi-H%a

ang Chi-H%a

ang Chi-H%a

.ie "ian+ing


3/18

.ie "ian+ing

.ie "ian+ing

)an Ning

)an Ning

)an Ning

)ang Kun-!in

)ang Kun-!in )ang Kun-!in

eng Hua Chun

eng Hua Chun

eng Hua Chun

hao *an

hao *an

hao *an

Chiu Min-Sen

!im ee Chuan, Eldin


4/18

'ro Title

Study o0 a 1edo4-Flo% !ithium Hal0-Cell 5on Battery

Study o0 a 1edo4-Flo% !ithium 5on Battery

*i6usion o0 #hain mole#ules in inter#onne#ted #a(ities

*i6usion and migration o0 #hain mole#ules in medium #ontaining o3sta#les

Simulation o0 sel0-assem3ly and di6usion o0 asso#iati(e +olymer

*ata-dri(en '5* Controller *esign Method*ata-dri(en '5* Controller *esign Method

*ata-dri(en '5* Controller *esign Method

Mem3rane and +ro#ess de(elo+ment 0or 0or%ard osmosis and +ressure retarded osmosis a++li#

'olymeri# mem3ranes 0or gas se+aration

Mem3rane distillation 0or sea %ater desalination

!N/ as the 0uel 0or +u3li# trans+ort system in Singa+ore

C78 #a+ture 0rom +ost-#om3ustion 9ue gas 3y TS2

Te#hnology enhan#ed learning in #hemi#al engineering

Con(ersion o0 C78 to Methanol: 2n in(estigation into the e6e#t o0 #atalyst su++orts

1ole o0 the a#ti(e metal in #atalysts 0or C78 hydrogenation to MethanolE6e#t o0 +re+aration methods on #atalyst a#ti(ity 0or C78 hydrogenation to Methanol

Ele#tron Trans+ort using Ballisti# Ele#tron Mi#ros#o+y

Fa3ri#ation and Monolayer Fun#tionalization o0 ;* 'orous Sili#on and /reen> Coatings and Sur0a#es 0or Com3ating Marine B

*esign and o+timization o0 Methanol synthesis 0rom 3iomass

'ro#ess simulation o0 Methanol and *ME +rodu#tion 0rom Natural /as

5ntegrating !ique?ed Natural /as @!N/A regasi?#ation +ro#ess %ith ethylene +rodu#tion (ia 74i

7+timizing used sili#a #olumn re#o(ery e=#ien#ies 0or *N2 and 1N2 +uri?#ation&

5n(estigating naturally deri(ed hyaluroni# a#id as an en#a+sulation material 0or m1N2

Synthesis o0 *N2Metal 7rgani# Frame%orks @M7FsA hy3rids

Nonlinear '5 Control

Model 7rder 1edu#tion 0or *istri3uted 'arameter Systems

2++li#ation o0 an 5n Situ Sensor in Fresh aters 0or Monitoring o0 'hos+hates

'arti#le Fo#using on Cur(ed Mi#ro9uidi# Channels

'arti#le Fo#using on Cur(ed Mi#ro9uidi# Channels

Modeling o0 indoor 0arming system in +lant 0a#tory

Systems analysis o0 gly#osylation net%ork

Size-engineering o0 thiolate-+rote#ted nano#lusters (ia su+er-#luster #hemistry

Hydrogel-%ra++ed nano-!iFe'7 as a lithium-ion 3attery #athode %ith enhan#ed +er0orman#e

5m+ro(ing the design o0 the sul0ur #athode in lithium-sul0ur 3atteries


5/18

8* materials and its 2++li#ation as Biosensors

Non-#o(alent Fun#tionalization o0 *N2 nanostru#tures %ith small mole#ules

*N2 tetrahedron and 2u nano+arti#les 3ased 3iosensor system

/reen and e=#ient synthesis o0 amides (ia enzyme-#atalyzed aminolysis o0 ester

Biodiesel +rodu#tion 0rom %aste grease: dire#ted e(olution o0 Thermomy#es lanuginosus li+ase

'rodu#tion o0 aldehyde 0rom e+o4ide %ith an e+o4ide isomerase

Com+utational Fluid *ynami#s Study o0 Heat Trans0er in an 5ntegrated Fluidized Bed Heat E4#hCom+utational Fluid *ynami#s Study o0 Mi4ing and Segregation in /as Fluidized Beds

!arge Eddy Simulation o0 /as Fluidized Beds

Multi0un#tional 7rgani# Nano+arti#les 0or 5maging and Thera+y

Bio#om+ati3le 7rgani# Nano+arti#les 0or 5n-(i(o 5maging

'hotosyntheti# 2eration o0 Bio+ro#esses using Mi#roalgae Bio?lms

Mi#roalgae Culti(ation in Mem3rane 'hoto3iorea#tors 0or Tertiary aste%ater Treatment

!igno#ellulosi# Biomass to Bioethanol Dsing an 5mmo3ilized Cells Biorea#tor

Hydro+hili# Magneti# 5oni# !iquid

Ca+mi4ing 0or Har(esting Energy 0rom Salinity /radient

Sha+e-sele#ti(e Synthesis o0 Metal Nanostru#turesSur0a#e modi?#ation o0 sili#one #atheters %ith agarose 0or anti3a#terial and anti0ouling a++li#a

uaternized #hitosan @CSA #oatings 0or redu#tion o0 en(ironmental 3a#terial #ontamination

Tra+-kill #o+olymer 0or inhi3iting 0ormation o0 3a#terial 3io?lms

Energy storage as #lathrate hydrates: Ma#ros#o+i# Kineti# Measurements

Energy re#o(ery 0rom natural gas hydrate de+osits

Mor+hology o0 gas hydrates +ertaining to te#hnologi#al a++li#ations

1etro?tting Heat E4#hanger Net%orks (ia Stream S+litting and Multi-73e#ti(e 7+timization

Study o0 *e#ision $aria3les 0or 7+timizing 1etro?tting Heat E4#hanger Net%orks

Multi-73e#ti(e 7+timization o0 Sele#ted Chemi#al 'ro#esses

'harma#euti#al #rystallization in mi#ro9uidi# emulsions

Continuous-9o% milli9uidi# systems 0or the manu0a#ture o0 +alladium nano+arti#les

Biodegrada3le +olymeri# mi#ro+arti#les as drug deli(ery (ehi#les 0or to+i#ally administered 0or

Fe;7Ni-Fe alloySi78 #ore shell #atalyst 0or 3iomass gasi?#ation

CuCe78 #atalysts 0or lo% tem+erature %ater-gas shi0t: e6e#t o0 Ce78 mor+hology on CH 0orm

C78-tolerant +ero(skite mem3rane rea#tor 0or steam re0orming rea#tion

Se+aration o0 Charge at 5nter0a#es

Sel0-7s#illating Systems

Mi#ron-s#ale 'atterning 0or *esigning Smart 'rogramma3le Systems

'redi#tion o0 leakage in a +i+eline net%ork

'i+eline Net%ork 2nalysis %ith Changes

2nalysis o0 ;-dimensional +i+eline net%ork

/old re#o(ery 0rom ores using non-#yanide methods

Chemi#al +retreatment o0 Ele#troni# S#ra+ 0or enhan#ed gold 3iore#o(ery

Dse o0 hy3rid /2C-mem3rane 3iorea#tor 0or anti3ioti# treatment and remo(al

're+aration o0 Cell-*eri(ed Nano(esi#les: Bio+hysi#al Chara#terization and Modelling o0 *rug 1

Numeri#al study o0 o+timal e4+eriment #onditions 0or 3iomass gasi?#ation

Biolea#hing o0 (alua3le metals 0rom in#ineration gasi?#ation ashes

Enhan#ing sta3ility o0 thiolated metal nano#lusters 3y sur0a#e engineering


6/18

'olymer *ire#ted Sel0-assem3ly o0 Dltrasmall /old Nano#lusters through !igand Shell Engineer

Synthesis o0 thiolate-+rote#ted gold nano#lusters

Kit#hen grease to a(iation 0uels

Trans0ormation o0 #ra3 shell deri(ed #hitin into N-#ontaining #hemi#als

Trans0ormation o0 #ra3 shell deri(ed #hitin into N-#ontaining #hemi#als

're+aration o0 Enzyme 2ggregates 3y using Milli9uidi# 1ea#tors

Mi#ro9uidi# Biorea#tors 0or Culturing Stem CellsMi#ro9uidi# Fuel Cells

!ayered Nanomaterials 0or C78 2dsor+tion

Syntheti# 2r#hite#ture o0 Nanomaterials 0or H8 'rodu#tion

Nanostru#tured Catalysts 0or Methanol Synthesis

Engineering hierar#hal +orous metal-organi# 0rame%ork nano+arti#les 0or gas se+aration

8* layered #o(alent organi# 0rame%orks as mem3rane 3uilding 3lo#ks 0or gas se+aration

2 zeoliti#-imidazolate 0rame%orks @5FsA deri(ed dual metal loaded +orous #ar3on ele#tro#ataly

'ro#ess Control

Com+utational Fluid *ynami#s Study o0 /as Fluidized Beds %ith Ele#trostati# E6e#ts


7/18

'ro *es#ri+tion

2n alternati(e, no(el energy storage system in the 0orm a redo4 9o% lithium hal0-#ell 3attery %

2n alternati(e, no(el energy storage system in the 0orm a redo4 9o% lithium 3attery %ill 3e #on

*i6usion o0 #hain mole#ules in +orous media is an im+ortant +ro#ess in +ra#ti#al a++li#ations a

*i6usion and migration o0 #hain mole#ules in gel is the +rin#i+le o0 gel ele#tro+horesis that has

2sso#iati(e +olymer is hydro+ho3i#ally modi?ed %ater solu3le +olymer& The hydro+ho3i# segm

Model-3ased te#hniques ha(e 3een the +redominant '5* #ontroller design methods in the +ast

Ele#troni#s in the high-energy le(els o0 some +arti#ular mole#ules +resent a key alternati(e to

Sili#on, although is the most im+ortant element in mi#roele#troni# industry, it has non-ideal ele

Car3on mem3rane is an e4#ellent ty+e o0 se+aration medium 0or +uri0ying gas or liquid stream

7(er the last de#ades, the +alm oil industry has 3een gro%ing ra+idly due to in#reasing deman

Fluid 3ed dryers are #ommonly used to +ro#ess granular solids& The design o0 the gas distri3ut

2#etonitrile is an im+ortant #hemi#al #om+ound and sol(ent& 5t is usually mi4ed %ith %ater, and

Ba#terial resistan#e to #urrent anti3ioti#s has 3e#ome a glo3al health +ro3lem due to the e4#es

5n the last 8G years, the +re(alen#e o0 in0e#tions due to multi-drug resistant +athogens has in#

To a#hie(e higher 3a#teri#idal +oten#y, antimi#ro3ial ma#romole#ules %ill 3e de(elo+ed 3y #om

To a#hie(e higher 3a#teri#idal +oten#y, antimi#ro3ial ma#romole#ules %ill 3e de(elo+ed 3y #om

En(ironmentally-0riendly +olymer 3rush #oatings %ill 3e de(elo+ed 0or anti0ouling and anti3a#t

The aim o0 this +roe#t is to design and o+timize the methanol +rodu#tion +ro#ess 0rom 3iomas

Sili#a 3ased #olumns are 0requently used 0or *N2 and 1N2 +uri?#ation& They #an 3e re#y#led a

Hyaluroni# a#id is a naturally deri(ed 3io#om+ati3le material that is 0requently a++lied to 0a3ri#

This +roe#t seeks to in(estigate 0ormulation +arameters 0or the synthesis o0 *N2 #ontaining m

5n your ?rst module on 'ro#ess *ynami#s and Control, you learnt to design '5'5* #ontrollers 0o

50 you like +artial deri(ati(es, then this +roe#t is the one 0or you& 5n the ?rst module on 'ro#ess

Mi#ro9uidi# methods are 3eing e=#iently used 0or the mani+ulation o0 #ells in re#ent years due

Mi#ro9uidi# methods are 3eing e=#iently used 0or the mani+ulation o0 #ells in re#ent years due

5ndoor (erti#al 0arming is a re#ent te#hnologi#al ad(an#e to im+ro(e the yield +er unit area and

Current #ell engineering e6orts are 0o#using on methods to im+ro(e +rodu#ti(ity and e=#a#y o

Thiolate-+rote#ted gold nano#lusters are (ery small nano+arti#les @ 8 nmA #ontaining se(eral

The !iFe'7 +hos+hooli(ine has 3een hea(ily +romoted as the #athode material 0or large-0orm

ith a high theoreti#al s+e#i?# #a+a#ity o0


8/18

/ra+hene quntum dots @/*sA 0un#tionalized Mn78 nanosheets %ere +ro+osed to 3e +re+ared

'rogramma3le *N2 nanostru#tures has attra#ted #onsidera3le attention re#ently and 0ound its

'neumonia is a #ause o0 mortality amongst the elderly& 5t is +rimarily #aused 3y the in0e#tion o0

Fun#tional nano+arti#les @N'sA, %hi#h +ossess 0un#tional and stru#tural ad(antages o(er dis#re

Fun#tional nano+arti#les @N'sA, %hi#h +ossess 0un#tional and stru#tural ad(antages o(er dis#re

2utotro+hi# mi#roalgae require C78 to +er0orm +hotosynthesis, and +rodu#e 78 as a 3y-+rodu#

Biologi#al %aste%ater treatment using a#ti(ated sludge is integral to muni#i+al %aste%ater tre

'rodu#tion o0 3ioethanol 0rom ligno#ellulosi# residues has attra#ted #onsidera3le resear#h as lig

Magneti# ioni# liquids @M5!sA, a su3-#lass o0 ioni# liquids that e4hi3it sus#e+ti3ility to e4ternal m

Ele#tri#ity #an 3e generated 3y mi4ing salt %ater and 0resh %ater in a #ontrolled %ay& Salt %ate

Synthesis o0 no3le metal @e&g&, 2u, 'd, 't, 2gA nano+arti#les %ith e4oti# sha+e is o0 great s#ient2garose +olymer is kno%n to ha(e e4#ellent anti3a#terial and anti0ouling +ro+erties, and agaro

5n this +roe#t, +oly+enta9uoro+henyl a#rylate @''F2A %ill 3e +re+ared 3y re(ersi3le addition-0ra

Energy storage as #lathrate hydrate ha(e se(eral inherent ad(antages 0or stationery storage a

Natural gas hydrates are #onsidered as a huge energy resour#e& Methane #ontent +resent in na

This +roe#t in(ol(es the in(estigation o0 mi4ed gas hydrates systems a++li#a3le to te#hnologi#

Heat e4#hanger net%orks @HENsA are em+loyed in +ro#ess industries to de#rease the e4ternal u

Heat e4#hanger net%orks @HENsA are em+loyed in +ro#ess industries to de#rease the e4ternal u

Chemi#al +ro#ess o+timization +ro3lems o0ten ha(e multi+le and #on9i#ting o3e#ti(es @e&g&, #a

Crystallization is a unit o+eration o0 #riti#al im+ortan#e to the +harma#euti#al industry& Most #o

Current ad(an#es in nanote#hnology are leading to ra+idly in#reasing demand 0or designer nan

This +roe#t %ill e4+lore the design, synthesis and testing o0 3iodegrada3le, drug-loaded mi#ro

Car3on de+osition is a (ery serious #atalyst +ro3lem as it dea#ti(ates the #atalyst in 3iomass g

ater-gas shi0t @/SA is a #ru#ial rea#tion sin#e it #an +rodu#e and u+grade H8& CH 0ormation

74ygen-+ermea3le +ero(skite mem3rane #an trans+ort o4ygen ion (ia latti#e o4ygen s+e#ies&

The se+aration o0 #harge at inter0a#es o0 materials is a u3iquitous +ro#ess that has (ery im+ort

The #on(ersion o0 #hemi#al to me#hani#al energy ty+i#ally in(ol(es the release o0 large amoun

The demand 0or mi#ron-sized smart systems is stronger than e(er& Many ty+es o0 a++li#ations @

*ue to %ear and tear a0ter long ser(i#es, leakage may 3e 0ound in a +i+eline net%ork& This %ill

To +er0orm +i+eline net%ork analysis, %hen there is a #hange in one o0 the +arameters @+i+e si

The usage o0 Trans0ormation method to analyze +i+eline net%ork has 3een restri#ted to 8-dime

Hydrometallurgi#al methods ha(e made use o0 #yanide as a +rimary li4i(iant 0or gold re#o(ery

5n#reasing demand 0or ele#troni# de(i#es and their short li0e has resulted in the generation o0 h

The %ides+read +resen#e o0 anti3ioti#s in aquati# en(ironments e(en at (ery lo% #on#entration

/asi?#ation is 3e#oming a more and more +o+ular +ro#ess 0or 3iomass thermal #on(ersion 3e#

Thiolate-+rote#ted gold nano#lusters are a 0amily o0 +arti#les #onsisting o0 se(eral to a hundred

*e(elo+ment o0 green method 0or amide synthesis is highly %anted in sustaina3le +harma#eut

Biodiesel is a rene%a3le and #lean 0uel +rodu#ed 0rom (egeta3le oils& hile (egeta3le oils are

2ldehydes are o0ten use0ul 9a(or and 0ragran#e materials, and the enzymati# #on(ersion o0 the

Fluidization is an im+ortant 9uid-solid o+eration that is u3iquitous in a (ariety o0 industrial +ro#Fluidization is an im+ortant 9uid-solid o+eration that is a++lied 0or a (ariety o0 industrial +ro#es

Fluidization is an im+ortant multi+hase o+eration %here strong intera#tions 3et%een a 9uid an

CS is kno%n to 3e a 3a#teri#idal +olymer and #oating a sur0a#e %ith CS is one %ay to redu#e

Muni#i+al solid %astes @MSsA are ty+i#ally treated (ia in#ineration in Singa+ore& This redu#es


9/18

Su3stantial e6orts ha(e 3een +ut into in(estigations o0 ultrasmall thiolated metal nano#lusters

/old nano#lusters are ultrasmall nano+arti#les in size @ 8 nmA, and ha(e %ell-de?ned stru#tur

7ne o0 the maor #om+onents in the kit#hen grease is 0atty a#id, #onsisting o0 a long alkyl #hai

Chitin, the se#ond largest a3undant 3io-materials on earth, is the maor #om+onent o0 the o4o-

Chitin, the se#ond largest a3undant 3io-materials on earth, is the maor #om+onent o0 the o4o-

Hydrotal#ite-like #om+ounds @HTl#sA, also kno%n as layered dou3le-hydro4ides @!*HsA, ha(e 3e

: 5n re#ent years, synthesis o0 zero-, one-, and t%o-dimensional materials has 3e#ome a 0o#al a

Methanol is one o0 the most im+ortant #hemi#als in modern #hemi#al industry& 5n re#ent years

Metal-organi# 0rame%orks @M7FsA, %hi#h re+resent a ne% 0rontier 0or material resear#h, are #oo

2s a ne% mem3er o0 the +orous #rystalline material 0amily, #o(alent organi# 0rame%orks @C7Fs

Fuel #ells, su#h as +roton e4#hange mem3rane 0uel #ells @'EMFCsA, are +otential +o%er system

Dni0orm #ross-linked enzyme aggregate %ill 3e +re+ared 3y using a milli9uidi# rea#tor %hi#h #o

Endo#hondral ossi?#ation is an essential +ro#ess during the rudimentary 0ormation and gro%th2 mi#ro9uidi# 0uel #ell is a miniaturized 0uel #ell 3uilt inside a mi#ro9uidi# de(i#e& Fuels are del


10/18

Co-su+er(isor 'ro Nature

nsidered in this +roe#t& 7(erall, the system #om+rises one Com+utational

in this +roe#t& 7(erall, the system #om+rises one #ell and t Com+utational

hara#terization su#h as #hromatogra+hy& The size and arrangCom+utational

idely used 0or se+aration and #hara#terization o0 +roteins& Com+utational

either on the ends or lo#ated as side #hains& Be#ause o0 in#oCom+utational

Com+utationalde#ades& Ho%e(er, model-3ased '5* #ontroller design methoCom+utational

Com+utational

*r& Han /ang E4+erimental

*r& )ong ai Fen E4+erimental

*r& ou "ian E4+ W Com+ut

Com+ut W Theor

Com+utational

Theoreti#al

E4+erimental

E4+erimentalE4+erimental

Cedri# T172*EC @5M1EA E4+erimental

Cedri# T172*EC @5M1EA E4+erimental

e o0 its +ri(iliged tetrahedral @s+;A net%ork and +lanar @s+8A E4+erimental

d, #osmeti# and hygiene +rodu#ts& 2side 0rom +rodu#ing +al Com+ut W Theor

signi?#ant im+a#t on the +er0orman#e o0 heat and mass tran Com+utational

+harma#euti#al and ele#tro#hemi#al industries, as %ell as a Com+utational

*r& !i "ianguo E4+erimental

*r& !i "ianguo E4+erimental

'ro0& K&/& Neoh E4+erimental



erature +ro(ides many +rodu#tion +ath%ays, so %e need to Com+utational

S Farooq Com+utational

Com+utational

h (arying re#o(ery e=#ien#ies& 5n this +roe#t, 3u6er 0ormula E4+erimental

(ery de(i#es& Ho%e(er, it is not #ertain %hether su#h mate E4+erimental

ani# 0rame%orks @M7FsA& )ou %ill ?rst learn synthesis +ro#ed E4+erimental

ro#esses& These #ontrollers may %ork %ell 0or mildly nonline Com+ut W Theor

i#s and Control, you largely dealt %ith linear +ro#esses th Com+ut W Theor

E4+erimental

ral ad(antages o6ered 3y these miniature la3-on-#hi+ de(i#eE4+ W Theor

ral ad(antages o6ered 3y these miniature la3-on-#hi+ de(i#eE4+ W Theor

*r& 5n-Cheol "ang @Temasek !i0e S#ien#es !a3oratoryA E4+ W Com+ut W Theor

d +roteins& Mammalian #ell lines su#h as Chinese Hamster 7Com+ut W Theor

dred atoms& 'arti#les in this size regime dis+lay unusual o+ti E4+erimental

-ion 3atteries& 5t has many salient ad(antages su#h as a lo% E4+erimental

material in re#hargea3le lithium 3atteries using lithium me Com+utational

s #atalysts are +re0erred 3e#ause o0 their ease o0 se+aration

ing %ith other nutrients, su#h as nitrate& Monitoring o0 +hos


11/18

n the $an *er aals intera#tion, resulting in the 9uores#en# E4+erimental

ions in (arious resear#h ?elds, su#h as nano0a3ri#ation, nanoE4+erimental

g tissues 3y the 3a#terium, Stre+to#o##us 'neumoniae& Con(E4+erimental

E4+erimental

E4+erimental

E4+erimental

Com+utationalCom+utational

Com+utational

ules and 3ulk materials, ha(e emerged as a +romising #lass E4+erimental

ules and 3ulk materials, ha(e emerged as a +romising #lass E4+erimental

e other hand, heterotro+hi# 3a#teria #atalyzing aero3i# 3io+rE4+erimental

ro#ess& hile the organi# #ontent o0 %aste%ater #an 3e su=E4+erimental

losi# residues is the most a3undant rene%a3le material and hE4+erimental

?eld, ha(e re#ei(ed in#reasing attention 3e#ause they ha( E4+erimental

sea %ater and 0resh %ater #an 3e ri(er %ater, so this te#hnoE4+ W Theor

rtan#e sin#e their #atalyti#, o+ti#al, and me#hani#al +ro+e E4+erimentalKang ET E4+erimental

Kang ET E4+erimental

Kang ET E4+erimental

ns %hi#h %ill 3e an im+ortant #om+onent o0 the natural gas E4+erimental

s hydrates #an se#ure natural gas su++lies 0or the ne4t RGGG E4+erimental

ations o0 gas hydrate te#hnology& This is an e4+erimental +r E4+erimental

equired& 1etro?tting e4isting HENs #an a#hie(e signi?#ant en Com+utational

equired& 1etro?tting e4isting HENs #an a#hie(e signi?#ant en Com+utational

st, o+erating #ost and energy requiredA& 5n su#h #ases, multi Com+utational

edi#ines in ta3let 0orm ty+i#ally #ontain #rystalline +o%ders E4+erimental

als& 'rodu#tion o0 0un#tionalized nano+arti#les 3y #urrent te# E4+erimental

0or to+i#ally administered 0ormulations, su#h as eye dro+s& T E4+erimental

on& There0ore, it is (ery im+ortant to design and synthesi E4+erimental

ded as a main #hallenge 0or lo% tem+erature /S& Ce78 is E4+erimental

%n that latti#e o4ygen s+e#ies is highly sele#ti(e 0or +artial o E4+erimental

en#es o(er our li(es& Currently, s#ientists are making use o E4+erimental

rgy @e&g&, through #om3ustionA in order to mo(e #ertain me#hE4+erimental

medi#alA require systems to 3e s+e#i?#ally at the mi#ron-s#alE4+erimental

stage or e(en hazard& Early dete#tion is im+ortant& 5n this +r Com+utational

nd or su++lyA, the 9o% in the %hole net%ork may 3e #hange Com+utational

only& 5n this +roe#t, it is intended to #om3ine the ele(ation 0 Com+utational

ld ores& Ho%e(er, there is %ides+read #on#ern o(er the use o E4+erimental

ount o0 ele#troni# %aste& Ele#troni# s#ra+ material @ESMA #on E4+erimental

ra(e #on#ern due to their +otential e6e#ts on humans and thE4+erimental

*r& Sudhir 1anganath sudhirhsit&a#&inX E4+ W Com+ut

less to4i# gas and more (alua3le gas +rodu#tion& Ho%e(er #oE4+ W Com+ut

E4+erimental

%ith a +arti#le size 3elo% 8 nm& 'arti#les in this size regime E4+erimental

u0a#turing 3ut remains as a signi?#ant #hallenge& Enzyme-#a

d #ostly, %aste grease @non-edi3le, #hea+, a3out ;G,GGG ton

(aila3le e+o4ide re+resents a green method to +re+are the #

ue to e4#ellent solids mi4ing and heat trans0er #hara#teristi#as heterogeneous #hemi#al rea#tions and solids drying& 5n

arti#les #an gi(e rise to interesting yet #om+le4 3eha(iors& 5t i

e (olume 3y VG-QG& The remaining solid residues, i&e& in#in


12/18

heir unique mole#ular-like +ro+erties su#h as quantized #ha E4+erimental

se0ul +ro+erties& 7ne ty+i#al synthesis +roto#ol o0 gold nano E4+erimental

77H grou+& 5n this +roe#t, %e %ill look into +ossi3ilities to t E4+erimental

o0 many sea #reatures and land inse#ts& 5n this +roe#t %e ai E4+erimental

o0 many sea #reatures and land inse#ts& 5n this +roe#t %e ai E4+erimental

E4+erimental

E4+erimentalE4+erimental

tigated intensi(ely o(er the last de#ade& The general 0ormul E4+erimental

nostru#tured materials resear#h, o%ing to their many lo% di E4+erimental

ortan#e has 3een 0urther e4tended to #lean energies su#h as E4+erimental

n +olymers #onsisting o0 metal ions#lusters as nodes and or E4+erimental

re organi# +olymers #om+osed o0 strong #o(alent 3onds %ith E4+erimental

0uture 3e#ause they #an o6er mu#h higher o+erating e=#ien E4+erimental

Com+utational

Com+utational

0 t%o inlets and a )-un#tion& Be#ause mi4ing +attern and s+a

h o0 the long 3one& 5n this +roe#t, a mi#ro9uidi# 3iorea#tor %ithe ele#trodes through a mi#ro9uidi# #hannel %ith a syringe


13/18

S+e#ialization Sel0-initiated +roe#tY Student Name

'ro#ess -No-

N2 -No-

N2 -No- !um .ian Hao Samuel

N2 -No- !i )i 2n

N2 -No- )eo ei heng

'ro#ess -No- !au )i in MarionN2 -No- Teo )o#k Siong

'ro#ess -No- /oh "un Hong

'ro#ess -No- Cheng )ilian

'ro#ess -No- Ho )an .un

N2 -No- Eugene !eong "unhao

'ro#ess -No- 2ndre Budinarta

'ro#ess -No- Tan !ee Keng

N2 -No- "asmen )e% !ien Tah

N2 -No- Tan !i !ian

N2 -No- elson !ee hong eiN2 -No- !e Mau Hieu

N2 -No-

N2 -No-

N2 -No-

N2 -No- /enesis Kok Chu Su

N2 -No- Foo Soon Kiat

N2 -No-

Biomole#ular -No- "ung *o )un

Biomole#ular -No- He )udao

N2 -No- Tang )u hun

N2 -No-

N2 -No- !iu .ianneng

'ro#ess -No- Chua Ming .uan

'ro#ess -No- !ee )ao ong

'ro#ess -No- Chan ei Chit

Biomole#ular -No-

Biomole#ular -No- Koh Hsien )ing

Biomole#ular -No- 2nna3elle Ng Sio% Shyen

N2 -No- u *i

N2 -No-

N2 -No- Chng )ong !ak

N2 -No-

N2 -No-

N2 -No- Choo )ing !in

N2 -No-

N2 -No-

N2 -No-

N2 -No-


14/18

Biomole#ular -No-

Biomole#ular -No- Tan oo )ong Brian

Biomole#ular -No- !eong he ei Eri#

Biomole#ular -No- 7ng hi Hao

Biomole#ular -No- Tai Kee

Biomole#ular -No- !i *ede

'ro#ess -No- ei /hee Ng'ro#ess -No- Foo Hong Kai

'ro#ess -No- "iang )an

Biomole#ular -No- Tan "ingHeng *aniel

N2 -No- 2N/ E1*7N/

Biomole#ular -No-

Biomole#ular -No- Tan )an Chong

Biomole#ular -No- *aniel "ohn Tan "an Ming

N2 -No- Toh Nien 'ing

N2 -No- !im Sheng ei "ustin

N2 -No- Sio% Chee ChiangBiomole#ular -No- Mi#helle ong ing Ee

Biomole#ular -No- Shi 1ongkai

Biomole#ular -No-

'ro#ess -No- Kulesha 'riyalal 'remasingh

'ro#ess -No- Koh "un ee

'ro#ess -No- "ain *h%ani

'ro#ess -No- Sreekar 1eddy 2+ara#herlaY

'ro#ess -No- /oh Mei !ing

'ro#ess -No- ang hiyuan

N2 -No- 2riel Chua )i Hui

'ro#ess -No- Dtthra

N2 -No- Cheong ei 1en

N2 -No- !ee )uen )i

N2 -No-

N2 -No-

N2 -No-

N2 -No- Neo "un Bing

N2 -No- Nathan Ezekiel Chai

'ro#ess -No-

'ro#ess -No- Torres "astine Mae Casayura

'ro#ess -No-

N2 -No- Ng Sin 2un "ustin

N2 -No- K%a Min )ee

N2 -No- oo an !i "oelyn

Biomole#ular -No- Foo ei )i

N2 -No- Ng )ing ee

Biomole#ular -No- Teo ei !ing

N2 -No- Sun Cheng

Tan Chun )ong


15/18

N2 -No-

N2 -No- 2ng Ee Meng Samuel

N2 -No- Tay )u !iang

N2 -No- !im ei Chong

N2 -No- en )along

N2 -No- Eri# 'oon Chinn ey

N2 -No- Tay ian enN2 -No- !ing Sie% )een

N2 -No- ang he0u

N2 -No- Koh Feng 1ong

N2 -No- heng )i#hao

N2 -No- )eo% Eng Han

N2 -No- "ordan Ham eiie

N2 -No-

'ro#ess -)es- Tan "ia Kai "osh

'ro#ess -)es- !am Bo "un


16/18

Matri# No

2G


17/18

2G


18/18

2G

Download - Project List for AY2015-16 Sem II (20151105)

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