Dr. Eng Ahmad Fauzan Zakki, ST, MT

Google Scolar ID

Identitas


Nama Lengkap       : Dr. Eng. Ahmad Fauzan Zakki, ST.MT.
Jenis Kelamin      : Laki- Laki 
Jabatan Fungsional : Lektor 
NIP                : 197501222000121001
NIDN               : 0022017502
Ttl                : Surabaya, 22 Januari 1975
Email              : ahmadfzakki@yahoo.com 
Nomor Telpon/ Hp   : 081234517658
Alamat Kantor      : jl. Prof Soedarto, SH, Tembalang Semarang 
Nomor Telpon/ Faks : 024 - 76480784

Riwayat Pendidikan

Sarjana (S-1)
Masa Studi      : 1993-1998
Kampus          : Institute Teknologi Sepuluh November Surabaya
Bidang Keahlian : Teknik Perkapalan 
Judul Skripsi   : Pengembangan Braket Standar untuk Peningkatan Produktifitas 
                  dan Efisiensi Galangan 
Pembimbing      : 1. Ir. Heri Supomo, M.Sc
                  2. Ir. Edy Widarto, M.Sc.
   
Magister (S-2)
Masa Studi      : 1999-2000
Kampus          : Institute Teknologi Sepuluh November Surabaya 
Bidang Keahlian : Teknik Produksi & Material Kelautan
Judul Tesis     : Pengembangan Model Simulasi untuk Mendukung Pengambilan Keputusan 
                  Pada Tender Bangunan Kapal
Pembimbing      : 1. Ir. Heri Supomo, M.Sc
                  2. Ir. Mustofa, M.Sc.

Doktor (S-3) 
Masa Studi      : 2009-2012
Kampus          : Pukyong National University, South Korea 
Bidang Keahlian : Naval Architecture and Marine Systems Engineering
Judul Disertasi : Development of 90 Persons New Type Free Fall Lifeboat 
                  for the Evacuation System on Offshore Platform
Pembimbing      : Prof. Bae Dong Myung, PhD

Pengalaman Penelitian

  1. 2014 Rancang Bangun Modular Floating Paving Pontoon (Trotoar Terapung) Sebagai Alat Apung Multi Guna untuk Menunjang Sistim Evakuasi Bencana Banjir. (Hibah Bersaing 2014) (Ditlitabmas Ditjen Dikti Kemendikbud) Bantuan Operasional Perguruan Tinggi Negeri (BOPTN) TA 2014
  2. 2014 Pengembangan Desain Parametrik Hullform Kapal Selam untuk Optimisasi Performa Kapal Selam dalam rangka Meningkatkan Kualitas Alutsista Laut di Wilayah Perairan Indonesia
    (Penelitian Fundamental) (Ditlitabmas Ditjen Dikti Kemendikbud) Bantuan Operasional Perguruan Tinggi Negeri (BOPTN) TA 2014
  3. 2013 Pengembangan Desain Kapal LNG dengan Cargo Containment System Tipe Membran Bentuk Prismatik sebagai Solusi Alternatif Kebutuhan Alat Transportasi Gas Alam Cair di Indonesia
    DIPA FTUNDIP
  4. 2011 Measurement of Ship’s Local Vibration of Dae Sun, SB 499 34,000 DWT Ton Class, Bulk Carrier
    PKNU-Korea Selatan
  5. 2010 The Development of MIDGET 150 and 200 Submarines Projects VOGO-PKNU-Korea Selatan
  6. 2010 The structural analysis of Pressure Hull MIDGET 150 and 200 Submarines Project VOGO-PKNU-Korea Selatan
  7. 2010 Hull Stress Monitoring System PKNU-Korea Selatan

Pengalaman Pengabdian

  1. 2014 Uji Terap Biodiesel Minyak Jarak Jenis B5, B10, B15 pada Kapal Tradisional Nelayan di Tambak Lorok Semarang DIPA FT Undip
  2. 2013 Pelatihan tentang teknik menggambar rencana garis sebagai bentuk badan kapal dan gambar kerja bagi pembuat kapal kayu tradisional di kabupaten Batang Jawa Tengah
    DIPA FT Undip

Artikel Ilmiah/ Jurnal

  1. The Application Modular Floating Pontoon to Support Floods Disaster Evacuation System in Heavy PopulatedResidential Area

    Vol. 7(2)2014:166-173 , October 2014 International Journal of Science and

    Engineering(IJSE)

  2. The Investigation of Roll on-Roll off Truck Carrier Hull Design for Route Tanjung Priok (Jakarta) – Tanjung Perak (Surabaya)Proceeding of The 9th International Conference on Marine Technology Martec 2014, Paper MT-41
  3. The investigation of launching parameters on the motion pattern of freefall lifeboat using FSI analysisProceeding of The 2nd international seminar on ocean and coastal engineering, environmental and natural disaster management (isoceen) 2014 2nd december 2014

    Institut teknologi sepuluh nopember Surabaya, indonesia

    ISOCEEN 2014, PP. 15

  4. The Assessment of CSR Regulations Implementation on the Midship Strength and Structural Weight of 77.500 DWT Bulk CarrierThe Indonesian Journal of Naval Architecture IJNA-Vol.1, No. 1 June 2013

    pp.1-7

  5. Study on launching parameters on the motion pattern of new type freefall lifeboat Proceeding of the Korean Association Ocean Science and Technology Societies Conference KAOST 2012pp. 900-904
  6. Comparisons of Multi Material ALE and Single Material ALE in LS-DYNA for estimation of Acceleration Response of Freefall Lifeboat Journal of the Society of Naval Architects of Korea (2011) Vol 48, No.6 pp 552-559, ISSN: 1225-1143
  7. The development of 90 person freefall lifeboat to support evacuation system in offshore environment Proceeding of the international symposium on Naval Architecture and MaritimeINT-NAM 2011

    pp. 503-510, ISBN: 978-605-4123-19-3

  8. The Implementation of Multi Material ALE in LS-DYNA for estimation of acceleration reponse of freefall lifeboat Proceeding of the Korean Association Ocean Science and Technology Societies Conference KAOST 2011pp. 1056-1064
  9. Comparisons of Three Types of Freefall Lifeboats for Offshore Evacuation Systems Proceeding of the Korean Association Ocean Science and Technology Societies Conference KAOST 2010pp. 1776-1781, ISSN: 1975-3551
  10. Estimation of Acceleration Response of Freefall Lifeboat using FSI Analysis Technique of LS-DYNA CodeJournal of the Society of Naval Architects of Korea (2010) Vol. 47, No.5, pp. 681-688, ISSN: 1225-1143
  11. The Development of Freefall Lifeboat to support evacuation system of Offshore Environment Proceeding of the Annual Autumn Meeting of Society of Korea Naval ArchitectsSNAK 2010 pp. 1382-1389, ISSN: 1738-9992

Makalah Ilmiah

  1. The 9th International Conference on Marine Technology (Martec 2014) The Investigation of Roll on-Roll off Truck Carrier Hull Design for Route Tanjung Priok (Jakarta) – Tanjung Perak (Surabaya)Martec 2014, Paper MT-41
  2. The 2nd international seminar on ocean and coastal engineering, environmental and natural disaster management (isoceen) 2014 The investigation of launching parameters on the motion pattern of freefall lifeboat using FSI analysisISOCEEN 2014, PP. 15
  3. The 1st International Symposium on Naval Architecture and Maritime INT-NAM 2011The Development of 90 Person Free-fall Lifeboat to Support Evacuation System in Offshore Environment 2011-10-24 ~ 2011-10-25, Istanbul, Turkey
  4. The Korean Association Ocean Science and Technology Societies Conference The Implementation of Multi Material ALE in LS-DYNA for Estimation of Acceleration Response of Free-fall Lifeboat2011-06-02 ~ 2010-06-03, BEXCO, Busan, South Korea
  5. The Annual Autumn Meeting of Society of Korea Naval Architecture The Development of Freefall Lifeboat to Support Evacuation System of Offshore Environment2010-10-21 ~ 2010-10-22, CECO, Changwon, South Korea