Program Studi Magister Bioteknologi

Master Program in Biotechnology

Sejak tahun 2004, Sekolah Ilmu dan Teknologi Hayati, Institut Teknologi Bandung telah berkomitmen menyelenggarakan Program Magister (S2) Bioteknologi demi menghasilkan sumber daya manusia yang handal di bidang bioteknologi, yaitu sumber daya manusia yang dapat mengembangkan sumber daya alam hayati menjadi produk-produk yang mempunyai nilai tambah untuk diaplikasikan dalam bidang pertanian, biomedika, bioindustri dan lingkungan di Indonesia.

Since 2004 , School of Life Sciences and Technology, Institute of Technology Bandung has committed to organize Biotechnology Master Program in purpose to produce a reliable and expert human resources in the field of biotechnology. The expert human resources in biotechnology hopefully could develop the natural resources to become products with added value and further could be applied in several fields such as agriculture, biomedical, bioindustry and also environment fields in Indonesia.

Kaprodi S2

Sambutan Ketua Prodi Magister Bioteknologi

Greetings from the Head of Master Program of Biotechnology

Bioteknologi merupakan keilmuan yang sangat luas yang memanfaatkan dan memodifikasi proses-proses selular dan biomolecular untuk pengembangan teknologi dan produk-produk hayati yang dapat meningkatkan kualitas hidup manusia dan lingkungan.  Bioteknologi dengan metodologi yang sederhana sudah dimanfaatkan sejak berpuluh-puluh tahun yang lalu seperti misalnya dalam menghasilkan produk-produk makanan seperti keju, tahu atau dalam mengelola lingkungan. Perkembangan Bioteknologi ini semakin pesat terutama  dengan adanya perkembangan metodologi di berbagai bidang seperti biologi sel, biologi molekul dan rekayasa genetika yang ditunjang oleh perkembangan ilmu lainnya seperti kimia, fisika, matematika, kedokteran, pertanian dan lain-lain, serta keberhasilan di berbagai bidang penelitian berbasis biologi seperti human genome project dll. Perkembangan ini juga didukung oleh adanya abad 21 sebagai abad bioteknologi. Dengan menggunakan bioteknologi modern, telah dihasilkan berbagai produk terobosan dan teknologi seperti misalnya untuk produk-produk atau teknologi untuk memerangi berbagai penyakit, mengurangi kerusakan lingkungan, meningkatkan produksi makanan, menghasilkan energy lebih efisien dan bersih.

Dengan berlandaskan pada perkembangan bioteknologi dalam menghasilkan produk hayati yang bernilai tambah bagi Indonesia dan juga atas dasar perkembangan keilmuwan bioteknologi di negara-negara maju, ITB sebagai salah satu universitas terkemuka di Indonesia ikut berperan serta dalam perkembangan Bioteknologi dengan mendirikan Program Magister (S2) Bioteknologi pada tahun 2004. Program ini dirancang untuk menghasilkan sumber daya manusia yang handal di bidang bioteknologi, yaitu yang dapat mengembangkan sumber daya alam hayati menjadi produk-produk yang mempunyai nilai tambah untuk diaplikasikan dalam bidang pertanian, biomedika, bioindustri dan lingkungan.

Ketua Program Studi
Program Studi Magister Bioteknologi

Dr. rer. nat. Marselina I. Tan

Biotechnology is a vast field of study which utilizes and modifies cellular processes and bio-molecules for the development of life products and technologies which will enhance the quality of human life and the environment. Simple biotechnology has been applied since years ago, in food production such as cheese and tofu, also in environmental control. The progress in biotechnology is really fast especially due to the advances in the methodology of a variety of biological fields including cell biology, molecular biology, and genetic engineering which advancement is reinforced by breakthrough of other field of sciences such as chemistry, physics, mathematics, medicine, agriculture, and so on. The progress is also supported by the success of biological-based research such as human genome project. Furthermore, the development is boosted by the existence of the 21st century as the century of biotechnology. Modern biotechnology has produced different kinds of breakthrough and technologies, for instance, products or technologies to fight against diseases, to reduce environmental damage, to increase food production, and to generate more efficient and clean energy.

On the basis of biotechnological improvement in creating life products which has an increased value for Indonesia and the progress of biotechnology in the developed countries, ITB as one of the prominent universities in Indonesia also takes part in the development of biotechnology by creating the Master Program (S2) in Biotechnology in 2004. This program is designed to create human resources who are competent in biotechnology, which is able to develop natural resources into high value products applied in the field of agriculture, biomedicine, bio industry, and environment.

Head of Master Program of Biotechnology

Dr. rer. nat. Marselina I. Tan

Visi

Vision

Menjadikan program studi magister bioteknologi sebagai program studi  yang unggul  dalam mendidik mahasiswa agar memiliki ilmu pengetahuan dan teknologi dalam ruang lingkup bioteknologi yang bermakna bagi kehidupan dan bermanfaat di lapangan kerja dan masyarakat.

Making the master study program of biotechnology as a course that excellent in educating students to have a meaningful knowledge of both science and technology within the scope of biotechnology, which also give benefit for work environment and society.


Misi

Mission

  1. Mengembangkan dan menyelenggarakan pendidikan dengan kualitas terbaik dalam ruang lingkup bioteknologi
  2. Menghasilkan lulusan yang unggul, adaptif dan profesional yang mampu berkompetisi secara global dalam ruang lingkup bioteknologi
  3. Mengembangkan pendidikan dalam ruang lingkup bioteknologi untuk memenuhi kebutuhan  dan meningkatkan kesejahteraan manusia
  4. Mengembangkan kemampuan discovery, invention, inovation dan transfer teknologi yang berbasis bioteknologi untuk memenuhi kebutuhan pangan, energi, lingkungan dan kesehatan
  1. Develop and provide the highest quality of education within the scope of biotechnology.
  2. Generate the excellent graduates who adaptive and professionals, and are able to compete globally in the scope of biotechnology.
  3. Develop the education in the scope of biotechnology to fulfill society needs and increase the prosperity of human being.
  4. Developing the ability of discovery, invention, inovation and technology transfer based on biotechnology to fulfill the needs of food, energy, environment and health in society.

PROGRAM
MAGISTER
BIOTEKNOLOGI

MASTERS
PROGRAM
IN BIOTECHNOLOGY


PROGRAM
MAGISTER
DOUBLE DEGREE

DOUBLE DEGREE
MASTERS
PROGRAM


Riset Kelompok Keilmuan Fisiologi, Perkembangan Hewan dan Sains Biomedika

Research Group of Physiology, Animal Development, and Biomedical Sciences

KK Fisiologi, perkembangan hewan, dan sains biomedika, atau FPHSB, diketuai oleh Dr Anggraini Barlian dan beranggotakan 9 dosen.  KK ini mempelajari sains dan aplikasi dari prinsip fisiologi, biologi perkembangan, dan biomedika mulai dari level molekul, sel, jaringan, organ, sistem organ, sampai organism, pada hewan dan manusia. Karena itu, anggota KK FBPSB mempunyai keragamaman bidang keahlian.

 

Fokus penelitian :

Manusia dan hewan pada tingkat molekul, sel, jaringan, organ, sistem organ hingga organisme.

Sains dan aplikasi fisiologi, biologi perkembangan dan prinsip biomedis.

 

Info lebih lengkaphttp://kkfphsb.sith.itb.ac.id/en/

Physiology, Animal Development and Biomedical Sciences Expertise Group is led by Dr. Tjandra Anggraini, and consisting of 9 lecturers. This group studies the science and applications of fundamental principles in physiology, developmental biology and bio-medics with levels ranging from molecular, cellular, tissue, organ, organ system, to organism, both in human and animal. Consequently, the group has members with a wide array of expertise.

Research interest :

  • Human and Animal’s Molecule; Cell; Tissue; Organ; Organ system; Organism
  • Sciences and applications of: Physiology, Biology Development, Biomedical principles

More information : http://www.sith.itb.ac.id/KK/FPHSB/ 

Penelitian :

  • Cinnamomum verum extract in preventing alergic reaction on hypersensitive mice ( Ahmad RIdwan)
  • Ekspresi Hypoxia-Inducing Factor : Potensi, Korelasi dengan Penyakit dan Proses Penuaan (Dr. Anggraini Barlian)
  • Efek proteksi minyak bawang putih terhadap perubahan materi genetik sperma tikus yang disebabkan oleh pendedahan subkronis air lindi TPAs (Dr. Ayda T. Yusuf)
  • Neurotoksisitas perkembangan beberapa pestisida terhadap hewan akuatik (Dr. Indra Wibowo)
  • Evaluasi Proses Penangan Post Traumatic Stress Disorder (PTSD) Melalui Pengukuran Efektivitas Eye Movement Desentization Aand Reprocessing (EMDR) Berbasis Electroencephalograph (Dr. Lulu L. Fitri)
  • Peranan BRD4 inhibtor terhadap perkembangan kanker ovarium (Dr. Marselina I Tan)
  • Studi ekspresi gen reseptor cannabinoid pada hewan model dengan diabetes mellitus (Dr. Sony Heru Sumarsono)
  • Integrated Pest Management : Effects of Plant Biopesticides and Entomopathogenic Fungi Combinations to Insect Pest Anatomy Damage and Their Immune Proteins Content (Dr. Tjandra Anggraeni)

Research:

  • Cinnamomum verum extract in Preventing alergic reaction on hypersensitive mice (Ahmad Ridwan)
  • Expression of hypoxia-inducing factor: Potential, Correlation with Disease and the Aging Process (Dr. Anggraini Barlian)
  • The protective effects of garlic oil against changes in the genetic material of mice sperm caused by exposure subkronis leachate TPAS (Dr. Ayda T. Joseph)
  • Neurotoxicity development of some pesticides on aquatic animal (Dr. Indra Wibowo)
  • Process Evaluation handlers Post Traumatic Stress Disorder (PTSD) Measuring Effectiveness Through Desentization Aand Eye Movement Reprocessing (EMDR) Based Electroencephalograph (Dr. Lulu L. Fitr)
  • Role BRD4 inhibtor to the development of ovarian cancer (Dr. Marselina I Tan)
  • Cannabinoid receptor gene expression studies in animal models with diabetes mellitus (Dr. Sony Heru Sumarsono)
  • Integrated Pest Management: Effects of biopesticides and entomopathogenic fungi Plant Combinations to Insect Pest Damage Anatomy Immune Proteins and Their Content (Dr. Tjandra Anggraeni)
SelengkapnyaMore >>

Riset Kelompok Keilmuan Bioteknologi Mikroba

Research Group of Microbial Biotechnology

KK Bioteknologi mikroba diketuai oleh Dr. Pingkan Aditiawati dan beranggotakan 9 dosen. Penelitian di KK ini difokuskan pada tiga tahapan, yaitu eksplorasi, pengembangan dan bioproses serta aplikasi bioindustri.

 

Fokus penelitian :
– eksplorasi dan karakterisasi mikroba yang berpotensi untuk dikembangkan dalam bidang pangan dan energi.
– pengembangan produk dan bioproses
– aplikasi bioindustri dan pengembangan prototipe dan protokol untuk industri dan pengelolaan lingkungan.

 

Info lebih lengkaphttp://multisite.itb.ac.id/bioteknologimikroba/

Microbial Biotechnology Expertise Group is led by Dr. I Nyoman P. Aryantha, and consisting of 9 lecturers. Research in this group focuses on three stages. In the short term, research is focused on exploring and characterizing potential microbes for food and energy development. In the medium term, research continues with bioprocess and product development. In the long run, research is oriented to bioindustrial application and the development of prototypes and protocols for industry and environmental management.

Research interest :

  • Exploration and characterization of microbes that have potentials to be developed in the field of food and energy
  • Product development and bioprocess
  • Applications in bioindustry and prototype and protocol development that can be used in industrial and environmental

More information : http://www.sith.itb.ac.id/KK/BM-en/

 

Penelitian :

  • Pengembangan teknologi ZWD ( Zero Water Discharge) dalam budidaya Udang Galah (Macrobrachium rosenbergii) melalui teknologi Bioflok (Dr. Gede Suantika)
  • Improvement of ramie fibers quality for batik industries by using modified enzymatic degumming (Dr. Sri Harjati Suhardi)
  • Pengendalian gas rumah kaca karbondioksida menggunakan fotobioreaktor mikroalga: kajian awal implementasi carbon trading (Dr. Dea Indriani Astuti)
  • Aplikasi Teknologi Microbial Enhanced Oil Recovery (MEOR) dengan Injeksi Nutrisi Minimal (Dr. Isty Adhitya Purwasena)
  • Identifikasi endofit pada tanaman pisang (Musa sp., AAA Group) yang berperan dalam induksi resistensi sistemik terhadap infeksi Fusarium oxysporum f.sp. cubense race 4 (Dr. I Nyoman P. Aryantha)

Research:

  • Developing technologies ZWD (Zero Water Discharge) in the cultivation of Udang Galah (Macrobrachium rosenbergii) through the technology Bioflok (Dr. Gede Suantika)
  • Improvement of ramie fibers quality for batik industries by using modified enzymatic degumming (Dr. Sri Harjati Suhardi)
  • Control of the greenhouse gas carbon dioxide using microalgae photobioreactor: an early review of the implementation of carbon trading (Dr. Dea Indriani Astuti)
  • Technology Applications Microbial Enhanced Oil Recovery (MEOR) with Minimal Nutritional Injection (Dr. Isty Adhitya Purwasena)
  • Identification of endophyte in banana plants (Musa sp., AAA Group) that play a role in the induction of systemic resistance to infection by Fusarium oxysporum f cubense race 4 (Dr. I Nyoman P. Aryantha)
SelengkapnyaMore >>

Riset Kelompok Keilmuan Genetika dan Bioteknologi Molekuler

Research Group of Genetics and Molecular Biotechnology

KK Genetika dan bioteknologi molekuler bercita cita menghasilkan produk maupun teknologi yang dapat digunakan masyarakat dengan murah, mudah dan ramah lingkungan. Dengan diketuai oleh Dr. Sony Suhandono dan beranggotakan 9 dosen, penelitian di KK ini dibuat menjadi tiga tingkatan yaitu penelitian dasar dibidang biologi molekuler, penelitian dibidang konservasi dan biodiversitas genetik berbasis biologi molekuler, serta bioinformatik.

Fokus penelitian : 

Manipulasi genetic, Riset Post Genomic (transcriptomics, proteomics, metabolomics), Biologi sintetik, Studi pematangan buah, Rekayasa metabolik, Vaksin

 

Info lebih lengkaphttp://www.sith.itb.ac.id/KK/GBM/

Genetics and Molecular Biotechnology Expertise Group seeks to formulate products and technology that are easily used by our society in a reasonable price and environmentally friendly way. Led by Dr. Sony Suhandono and consisting of 9 lecturers, research in this group is conducted through fundamental research in various topics, such as molecular biology, particularly on gene cloning and characterization, control of gene expressions, genomics, transcriptomics, and proteomics; research on genetic biodiversity and conservation on the basis of molecular biology, as well as the integration of bioinformatics and biological system.

Research interest :

Genetic/molecular diversity of tropical resources for biocorrosion, biomining, bioremediation; Quality improvement of tropical fruit with molecular breeding; Post-genomics research : transcriptomics, proteomics and metabolomics; Genetic manipulation/engineering; Metabolic engineering; Synthetic biology; Study of banana ripening; Disease at the molecular level : vaccines

More information : http://www.sith.itb.ac.id/KK/GBM-en/

Penelitian :

  • Aplikasi Molecular Chaperone Elongation Factor-Tu Untuk Meningkatkan Produksi Karbohidrat Tanaman Pangan Dengan Kentang Sebagai Tanaman Model ( Sony Suhandono)
  • Konstruksi dan Ekspresi CYP450 3A4 pada Escherichia coli untuk Pengembangan Biosensor Deteksi Aflatkosin Berbasis Whole Cell ( Maelita R. Moeis)
  • Aplikasi Teknologi RNAI Antiviral terhadap WSSV (White Spot Syndrome Virus) dan IMNV (Infection Myonecrosis Virus) Pada Broodstock Udang Windu (Penaeus Monodon) ( Adi Pancoro)
  • Transfer Teknologi Pasca Panen pada buah dan sayuran yang berbasis modifaksi atmosfer rendah energi dan bahan baku lokal ( Fenny M. Dwivany)
  • Cloning and Crystallization of PhoR Cytoplasmic Domain from Mycobacterium tuberculosis to Develop Novel Multitarget Antitubercular Drug (Dr. Ernawati A. Giri-Rachman)

Research:

  • Applications of Molecular Chaperone elongation factor-Tu To Increase Food Production Plant Carbohydrates With Chips For Plant Model (Sony Suhandono)
  • CYP450 3A4 Construction and Expression in Escherichia coli for Development-Based Biosensor Detection Aflatkosin Whole Cell (Maelita R. Moeis)
  • Application Technology RNAi Antiviral against WSSV (White Spot Syndrome Virus) and IMNV (Infection Myonecrosis Virus) In Broodstock Tiger Shrimp (Penaeus Monodon) (Adi Pancoro)
  • Transfer of Technology Post-Harvest fruits and vegetables based modifaksi atmosphere is low on energy and raw materials locally ( Fenny M. Dwivany)
  • Cloning and Crystallization of Phor cytoplasmic domain from Mycobacterium tuberculosis to Develop Novel Drug Multitarget Antitubercular (Dr. Ernawati A. Giri-Rachman)
SelengkapnyaMore >>

Riset Kelompok Keilmuan Sains dan Bioteknologi Tumbuhan

Research Group of Plant Sciences and Biotechnology

KK Sains dan Bioteknologi Tumbuhan, atau SBT, diketuai oleh Prof. Sri Nanan Widiyanto, dan beranggotakan 12 dosen yang memiliki kompetensi di bioteknologi tumbuhan. Penelitian di KK ini dibangun melalui empat agenda riset, yaitu pengembangan material baru dan produk tumbuhan, penyesuaian tumbuhan terhadap cekaman lingkungan, rekayasa budidaya tumbuhan, dan peningkatan pertumbuhan, kualitas dan reproduksi tumbuhan.

 

Fokus Penelitian :

Pengembangan material dan produk tumbuhan, adaptasi tumbuhan pada stress lingkungan, rekayasa kultur jaringan, intensifikasi penanaman tumbuhan

 

Info lebih lengkap : http://www.sith.itb.ac.id/KK/SBT/ 

Plant Sciences and Biotechnology Expertise Group is led by Prof. Sri Nanan Widiyanto, and consisting of 12 lectures with competencies in various fields in plant biotechnology. Research in this group is built upon four research agendas, which include: (1) the formulation of new plant materials and products, (2) plant adaptation to environmental stress, (3) plant cultivation engineering, and (4) increasing plant growth, quality and reproduction.hh

Research interest :

Developing (new) materials & plant products; adapting plants to environmental stresses; engineering plant cultivation; improving plant growth, quality & reproduction.

More information : http://www.sith.itb.ac.id/KK/SBT-en/

Penelitian :

  • Transformasigenetik dan regenerasi pada andrographis paniculata yang ter-transformasi  gen 3-hydroxy-3-methy-lglutaryl coenzyme-a reductase ( Erly Marwani)
  • Aplikasi molecular chaperone elongation factor-tu untuk meningkatkan produksi karbohidrat tanaman pangan dengan kentang sebagai tanaman model ( Iriawati)
  • Evaluasi toleransi dan respon somaklon pisang (Musa spp) terhadap cekaman salinitas in vitro (Prof. Sri Nanan B. Widiyanto)
  • Fruit storage chamber sebagai alternatif penyimpanan buah pasca panen bagi industri makanan dan petani. ( Rizkita Rahmi Esyanti)
  • Kultur jaringan Dendrobium stratiotes, D.antenatum, D.helix (Dr. Totik Sri Mariani)

Research:

  • Transformasigenetik and regeneration in andrographis paniculata that were transforming genes of 3-hydroxy-3-methy-lglutaryl coenzyme-A reductase (Erly Marwani)
  • Application of molecular chaperones elongation factor-tu to increase the production of carbohydrate crops with potatoes as a model plant (Iriawati )
  • Evaluation of tolerance and response somaclone banana (Musa spp) against salinity stress in vitro (Prof. Sri Nanan B. Widiyanto)
  • Fruit storage chamber as an alternative to post-harvest storage of fruit for the food industry and farmers. (Rizkita Rahmi Esyanti)
  • Tissue culture Dendrobium stratiotes, D.antenatum, D.helix (Dr. Totik Sri Mariani)
SelengkapnyaMore >>

 

PERSEBARAN KARIR ALUMNI
PROGRAM STUDI MAGISTER BIOTEKNOLOGI
SITH ITB

grafis1

 

ALUMNI CAREER DISTRIBUTION
MASTERS OF BIOTECHNOLOGY SITH ITB

grafis1

Kuliah S2 di Bioteknologi SITH ITB itu campur aduk banget. Asik, seru, sulit, dan yang jelas sangat membentuk karakter untuk siap di dunia kerja. Dari segi tenaga dosen jadi inspirasi buat saya untuk memberikan yang terbaik buat negri. (more…)

Studying master’s degree in Biotechnology at SITH ITB was a mixed feelings for me. Fun, exciting, difficult, and of course, without a doubt, prepared our characters to be ready for the professional world. The lecturers have become an inspiration for me to give my best to the country.

Kinasih Prayuni (Biotek 2012) Peneliti di Lembaga Penelitian Terpadu, Universitas YARSI Kinasih Prayuni (Biotek 2012)
Researcher in Integrated Research Center, YARSI University

Menempuh pendidikan master di Bioteknologi SITH ITB mempersiapkan saya untuk masuk dunia kerja dan juga untuk melanjutkan ke jenjang pendidikan lebih tinggi. Tidak hanya ilmu secara teori, namun pengalaman riset juga mendidik saya untuk berpikir kreatif dalam menyelesaikan masalah. (more…)

Taking master’s degree study in Biotechnology at SITH ITB prepared myself to enter the professional world and also to continue my study to the higher degree. Not only knowledge in theory, but also research experience taught me to think creatively in problem solving.

Yemima Dani Riani (Biotek 2013) melanjutkan Studi S3 di Osaka University Yemima Dani Riani (Biotek 2013)
Ph.D student in Osaka University
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Informasi Registrasi

Registration Info

Website Sekolah Pasca Sarjana (SPS) ITB

Leaflet Program Studi Magister Bioteknologi

ITB Graduate School Website

Masters of Biotechnology Leaflet

Program Studi Magister Bioteknologi
Sekolah Ilmu dan Teknologi Hayati
Masters Program in Biotechnology
School of Life Sciences and Technology

Jl. Ganesha no. 10
Bandung, 40132
Jawa Barat, Indonesia