AGENDA RAPAT JURUSAN TEKNIK KIMIA

INTRODUCTION TO CHEMICAL ENGINEERING1

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Tujuan Instruksional UmumMahasiswa mengerti tentang peranan ilmu teknik kimia dalam kehidupan sehari-hariMahasiswa memahami posisi lulusan teknik kimia di dunia kerjaMahasiswa mampu menjelaskan tahapan dan hal-hal yang diperlukan dalam mendisain suatu proses yang efektif, efisien, dan ramah lingkunganMahasiswa mampu melakukan proses penyelesaian suatu masalah teknik kimia dalam suatu tim/kelompok2

MATERI KULIAHIlmu Teknik KimiaProfesi Sarjana Teknik KimiaIndustri Proses Teknik KimiaFundamental Teknik KimiaKomputasi Teknik KimiaProblem Skill3

Sistem PenilaianQuiz (2X)20 %Tugas 20 %UTS25 %UAS35 %4

TUGAS5Menerjemahkan journal teknik kimiaMembuat produk sederhana teknik kimiaMembuat tulisan tentang perkembangan teknik kimia (minyak bumi, gas alam, batubara, minyak kelapa sawit, mineral processing, biofuel, lingkungan, dll)

Aturan KuliahBagi mahasiswa yang datang saat dosen menerangkan diminta untuk tidak masuk ke kelasSetiap kuliah membawa kertas untuk persiapan tugas/kuisSetiap mahasiswa harus membawa kalkulator scientificTugas tidak boleh mengumpulkan terlambatTidak ada ujian susulan untuk UTS dan UASSegala bentuk kecurangan dalam perkuliahan dan ujian akan ditindak tegasMahasiswa kuliah harus memakai baju berkerah dan sepatu

KUISONER AWAL KULIAHApakah yang saudara ketahui tentang ilmu teknik kimia (kehidupan sehari-hari, industri, dll)Apakah alasan saudara masuk ke Jurusan Teknik KimiaAlasan masuk Teknik Kimia UntirtaApakah harapan saudara terhadap kuliah pengantar teknik kimiaMateri perkuliahanSistem penilaianTugas-tugas UTS dan UASResponsiPengajaranAturan

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PRODUK-PRODUK PROSES KIMIA8

PRODUK PROSES KIMIA MAKANAN9

Teknik Kimia10processes to convert raw materials to useful products and improve the human environment

Mathematics

ChemistryPhysics

BiologyEconomics

Natural GasAirCoalEnergyMinerals

Chemical Engineering - Working with the World

What do Chemical Engineers do?Biochemical and Biomedical EngineeringBiopharmaceuticals, enzyme productionArtificial organsTissue engineeringMetabolic engineeringGenomics and proteomicsFermentation technologyWaste remediationBiomedical materials

Artificial PancreasFor people with type 1 diabetes

Consists of:A continuous glucose monitor (CGM)Insulin Pump (programmed by a computer algorithm)

Algorithm calculates the insulin dosage required from the blood glucose reading

Tells the pump to deliver the needed amount of insulin

Artificial HeartTotal artificial heartReplaces both ventricles

Consists of:A pumpInternal and external batteryElectronic package

Must be connected to the corresponding valve and has a hydraulic pumping system

Artificial right ventricle pumps oxygenated blood to the lungs and the left ventricle pumps to the rest of the body

Electronic package is implanted in the abdominal area to monitor and control the pump speed

Internal battery for emergencies when the external battery is disconnected

Artificial LungMade of micro-porous hollow fibre membranes wrapped in multiple layers around a central core

The core spins at 1000 RPM to enhance gas exchange and move blood through the external circuit

An enzyme is being explored to accelerate CO2 removal from the blood and reduce blood needed to be fed through the device

Makes it much more efficient and safe for the patient

What do Chemical Engineers do?Energy and FuelsPetroleum refiningNatural gasFuel cellsAlternative fuel sourcesClean power generation

Food ProcessingNew food productsFood additivesOptimization of flavor, texturePackagingShelf life

Renewable Energy SourcesAs long as the sun shines, the wind blows or the rivers flow there can be clean, safe and sustainable electrical power, where and when required, with a solar hydrogen energy system

18As long as the sun shines, the wind blows or the rivers flow there can be clean, safe and sustainable electrical power, where and when required, with a solar hydrogen energy system

ElectronicsThin film and bulk processingSemiconductor materials developmentWaste treatmentEquipment designFab water supplyNano-scale technology

What do Chemical & Biomolecular Engineers do?

Environmental, Safety, Health, GovernmentWaste minimizationTransportation safetyPlant securityCPI intellectual propertyGraduate schoolMedical schoolEducationFinanceGovernment

What do Chemical & Biomolecular Engineers do?

Commodity and specialty chemical processingAgricultural chemicalsIndustrial gasesPaints, pigments, and inksPetrochemicalsPlastics, compositePaperSoaps and cosmeticsSynthetic fibers, films, and textilesChemical Process Design and ConstructionProcess unit and plant designUpgrades and retrofitsPlant-wide controlInformation technologyProject management

What HAVE Chemical & Biomolecular Engineers done?

Big picture problems, grand challenges In the news

Fuel supply - alternative fuels, escalating demand, rapid fluctuations in availability due to natural/political disasters

Pandemics (H1N1) - lack of vaccine production capabilities

Terrorism - chem/bio sensing capabilities and lack of remediation methods for major events

Global warmingcontrol of greenhouse gases

What WILL Chemical & Biomolecular Engineers do?

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PROSES PEMBUATAN AIR BERSIH

PERUSAHAAN PROSES KIMIA25

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Where Do Chemical Engineers Go?

ChBE Employment Profile

GAJI ENGINEER TEKNIK KIMIA28

Past Mean Engineering Starting SalariesSource: National Association of Collages and Employers (NACE)

TUGAS KELAS30No ganjil menceritakan proses pembuatan mie (noddles)No genap menceritakan proses pembuatan minuman bersoda (coca cola)

Isu Pendidikan Teknik Kimia

Uniq position of ChE as universal engineer, multidisciplinary engineerMultiscales, from nano to large scalesNew dogma, process-centered to product-centered industryBio and Nano technology, Green/Sustainable engineering

Isu Pendidikan Teknik Kimia

Perkembangan industri kimia/sektor produktif