SUPPORTING FACILITIES AND PROGRAMSSUPPORTING FACILITIES AND PROGRAMSBEiRUTACADEMiC COMPUTER CENTERThe Academic Computer Center operates a varietyof computer related services, in addition tosophisticated, state-of-the-art computing facilities,aimed at providing students, and faculty members,with a great academic experience.With over 130 workstations, undergraduate andgraduate students are able to gain access to a varietyof operating systems such as: Linux distributions,BSD, Windows OS, and Sun Solaris. Studentsare also well exposed to software under differentoperating system platforms. Software varies fromdesktop applications to research oriented ones.Internet and electronic facilities are available on allthe computer stations to serve students, faculty,and staff.The Academic Computer Center is managed by aseries of high performance scalable IBM BladeServers. The Blade Servers provide students with useraccounts, development tools, database services, anda wide spectrum of applications that create a uniquepool of cutting edge development environments.A Research Laboratory was inaugurated to servethe University’s Graduate Programs 24 hours a day,seven days a week, with Sun workstations, and a20-node Beowulf Cluster (used for research andadvanced computing), a multimedia lab, and aSilicon Graphics Indigo workstation.With an ever changing technological world, theneed for constant improvements, and upgrades, isat the top of the Center’s priorities. Future additionsinclude a 32-node Beowulf Cluster aimed athigh performance computing, in addition to afuture set of HPC, computer, network, and servicerelatedimprovements.BUSiNESS COMPUTER CENTERThe Business Computer Center, located in theBusiness School Building, contains 100 PersonalComputers, distributed as follows:> 21 HP Vectra Pentium IV> 1 HP Vectra Pentium IV supervisor workstation> 1 IBM Server> 20 IBM Pentium IVThis Center is used by the Business School studentsto develop skills on professional businesssoftware applications. This is achieved throughcomputer assignments given to students in variouscourses in the fields of accounting, finance, statistics,economics, research, management, managementinformation systems, etc.gRAPHiC DESigN COMPUTER lABSThe three Graphic Design Computer Labs areApple Macintosh environments equipped asfollows:> Nicol 309: 20 Power Mac G5 computers, twoPower Mac G4 computers, two laser printers, andone projector.> Nicol 529: 14 eMac computers, two Power Mac G4computers, an A3 scanner, and two A4 scanners.> Nicol 223: 15 Power Mac G4 computers, two printers,and an A0 plotter.The Graphic Design Computer Labs are equippedto support the Graphic Design Program, which featuresintensive instruction in electronic mediadesign, both print and animation. The Labs are usedfor classes, and are also open for free practice orassignments outside of class hours.NEWSROOMAt the <strong>LAU</strong> Newsroom in Nicol Hall, journalismstudents sharpen their writing, editing, and layoutskills, in a fully computerized setting. Totally renovatedin 2006, the facility is used for classes and forfree practice outside of class hours. The Newsroomis equipped with 22 iMacs, an A3/A4 HP laser colorprinter, an MM projector, a DVD/TV player, and thesoftware required for the production, and design, ofprint or online publications. All the computers areequipped with the appropriate IT and Internet connections,and direct access to Reuters wireservices.BYBlOSIn Byblos, computing facilities are distributed infive locations across the campus. Most of the workstationsfeature multiple operating systems, allowingstudents to work on the latest Microsoft OS orUNIX/Linux-based counterpart. In addition,Macintosh machines are available for GraphicDesign students. Students get to choose a campuswideusername, and password, allowing them tologin on any workstation in any computer lab.Computers can be found in the following places:1. A General Computer Center, with 60 PCs in theGeneral Area, and a Computer Science andEngineering Room, with 15 PCs and eight nodescluster for High Computing projects.2. A computerized classroom with 31 PCs, and projectionfacilities.3. An Architecture Computer Laboratory with 25PCs, network plotters, and projection facilities.4. A Mac Design lab with 25 Mac stations, and projectionfacilities.5. Several Engineering Labs, with 145 computers.All labs are equipped with network printers, scanners,and storage devices (CD writers, Zip Drives).Servers are also campus-wide and distributed asfollows:> 6 domain controllers> 2 printing and anti-virus servers> 4 file servers> 3 application servers> 2 database serversSoftware applications’ installations vary fromoffice applications, to task-oriented engineering orarchitecture tools, in addition to specialized applicationsrelated to courses requirements such asJava, .Net, C#, Oracle, J++, Forte, ArchitecturalDesktop, 3D Studio, Arcview, Robot, Ideas,Mathematica, Primavera, MS Project, Visio,Photoshop and Illustrator, MatLab, SAS, etc.Also, unlimited broadband internet access isprovided in all computing facilities throughout thecampus. These labs open weekdays from 8 a.m. to 9p.m., and Saturdays from 10 a.m. to 6 p.m. Extendedworking hours are also customary during examperiods.gENERAl iNfORMATiONACADEMIC CATALOG [ 2008-2009 ]15<strong>Lebanese</strong> <strong>American</strong> University | page 14
SUPPORTING FACILITIES AND PROGRAMSSUPPORTING FACILITIES AND PROGRAMSBIOLOGY AND CHEMISTRY LABSThe Biology Laboratories are modern, and upto date. These labs, which are utilized for theUndergraduate and Graduate teaching and research,are equipped with sophisticated instrumentationsupporting all the disciplines of biology, withemphasis on the field of contemporary molecularbiology. The main equipment includes pulse-fieldgel electrophoresis, a nucleic acid (DNA) sequencer,research fluorescent inverted microscopes, ultracentrifuges,microbial identification systems (Biolog;FTIR), diverse advanced incubators including CO2incubators, different types of electrophoresis setups,UV-Visible spectrophotometers, MembraneFermentor and Cell culture bioreactors, assortedwater, air, and soil pollution analyzing systems, coldroom and deep freeze facilities (‐80º C), a hybridizationoven and thermal cyclers, Real time PCR system,autoclaves, teaching microscopes, as well asassorted field equipment for environmental studies.The Labs, which serve Biology Majors as well asPharmacy students, are fully equipped with audiovisualsystems, including video-microscopy, for continuousdemonstration and experimental purposes.Annexed to the Biology labs are storage facilities,industrial microbiology fermentation equipment, aswell as a 5,000-liter capacity, fully automated, reactorfor treatment of industrial liquid wastes.The Chemistry Laboratories are adequatelyequipped with state-of-the-art instrumentation forteaching practical courses to Chemistry Majors, aswell as giving service courses to Biology andPharmacy students. The major instruments includean advanced system for teaching and research suchas FTIR, FT 300 Mhz NMR, UV-Visible spectrophotometer,fluorometers, GC-Mass spectrometer, HPLCunits, GC analyzers, Nitrogen liquifiers, freeze dryingsetups, and others.ENGINEERING AND ARCHITECTURE LABSAND SHOPSThe School of Engineering and Architecture iscommitted to providing hands-on measurements,and experimentation, as a viable component of theeducational program. In this regard, the instructionallaboratories are continuously receiving considerableattention. In addition to providing specificinstructional functions, all engineering laboratoriesprovide a common set of computing services whichinclude a unified username/password, giving studentsaccess to a private and secure account wherethey can work on their various projects and assignments,as well as browse the internet using <strong>LAU</strong>’sbroadband connection. In addition, all labs areequipped with fast network printers to accommodatethe students’ requirements.The Architecture and Design Shop provides supportto the Architecture and Design Programs. Thefacilities are composed of the Woodshop and theMetal Shop, as well as the Model-Making LaserCutter Shop. The location of the Shops in theArchitecture building, and their proximity to thestudios, ensures that students execute all theirmodels at School, and that they benefit from theconvenience, and support, of these facilities in realizingtheir work.Orientation sessions on the operation and safetyrules are required, before allowing students to usethe Shop.CIVIL ENGINEERING LABORATORIESThe Department of Civil Engineering at theSchool of Engineering and Architecture is committedto providing hands on measurements, andexperimentation, as a viable component of the educationalprogram. The Civil Engineering Laboratoriesprovide Undergraduate students with the state-ofthe-artequipment for experimentation and demonstrationof the basic concepts covered in class. TheLaboratories also serve for research purposes for theFaculty, and for the students’ final year projects. TheCivil Engineering Laboratories play a leading role inserving as testing facilities, and technical consultation,for several engineering firms, and private entities,following the internationally accepted standardsand testing procedures. The Civil EngineeringLaboratories house the following sub-specialtylaboratories:The Construction Materials Laboratory isequipped with a 400-ton Forney Hydraulic TestingRig, a high precision, displacement controlled,Instron Testing Frame, equipment for standard testingof aggregates and concrete, in both fresh andhardened stages, equipment for non-destructivetesting of different elements of existing structures,such as ultrasonic device, Schmidt Hammer,Windsor Probe, Rebar Scan, and Core Drills. Moststandard tests can be performed on almost all thebuilding and construction materials, includingconcrete, aggregates, asphalt,various metals, andrelated constituents.The Environmental and Water QualityLaboratory is equipped with sampling devices andquality analysis of water/wastewater, jar tests, streamgauging, top of the line point and depth sedimentsamplers, bed load samplers, fluorometers,UV-visible spectrophotometers, colorimeters, peristalticpumps, gas meters, centrifuges, incubators,and furnaces, in addition to mobile environmentalmonitoring stations for air pollution field measurements.This Laboratory has a full range of standardequipment for performing routine environmentalanalyses of unit processes and operations in waterand wastewater treatment, water quality parameters,investigations in fresh and marine water quality,solid waste characterization and properties,evaluation of treatment processes, digestion andco-digestion, reactor performance, solid wastemanagement, environmental impact monitoring,and environmental site investigations.The GPS/GIS and Surveying Laboratory isequipped with mobile stations, and the only continuousmonitoring GPS station in Lebanon,namely the <strong>LAU</strong>G station, which is part of theUNAVCO consortium in the United States, and theInternational GPS Service (IGS). This Laboratoryhelps and enables students to understand the basicprinciples of surveying by conducting numerousfield exercises. Most of the field exercises are conductedoutside the laboratory room to gather fielddata. Reduction and calculation of field data forfinal result is done in the laboratory room. In addition,activities include: collecting and modifyingtopographic maps, preparing digitized and GIS referencedmaps with related features, DGPS measurements,presenting a general overview ofgeography, population, climate, water resources,water flows, dams, wastewater, water withdrawals,irrigation and drainage, on maps, survey and collectvarious data, and analyzing that data.The Soil and Geotechnical Laboratory isequipped with an automated direct shear boxes,triaxial cells, permeability cells, and a full SHARPasphalt concrete testing laboratory, in addition to areflected light high precision microscope facility.Standard laboratory and field identification tests ofsoils, and their properties, in the disturbed andundisturbed forms, may be performed on soils.The Water Resources Laboratory featuresmodern instruments and apparatuses for testing ofvarious fluids and water resources. Tests may beperformed to measure fluid properties and behavior,flow measurements, piping systems, pumps andtheir characteristics, flow conditions, open channels,turbines, suspended sediments and bed loadanalysis, river flows and characteristics, flow measuringdevices calibration and standardization, fluidfriction, calibration of weirs, orifices, hydraulicjumps, forces on gates, hydraulic benches, flowregimes identification, flow velocities, dispersionstudies, water depths and discharges, build the correspondinghydrographs, offer technical consultationson hydraulic, and hydrologic, flow problems.general informationACADEMIC CATALOG [ 2008-2009 ]17<strong>Lebanese</strong> <strong>American</strong> University | page 16