Ketua Program Studi

Dr. Ir. Muki Satya Permana, MT

I. PERSONAL DETAIL

Full name : Muki Satya Permana
Sex : Male
Place & Date of birth : Jakarta, 22nd October 1962 (Indonesia)
Nationality : Indonesia
Address : Mechanical Engineering Department
Jl. Dr. Setiabudhi 193, Bandung – Indonesia 40153
Marital Status : Married
Religion : Moslem

II. EDUCATION
1. Bachelor degree from Mechanical Engineering Department, Bandung Institute of Technology, year 1989
2. Master degree from Mechanical Engineering Department, Bandung Institute of Technology, year 1999
3. Doctoral degree from Mechanical Engineering Department, Bandung Institute of Technology, year 2007

III. WORKING EXPERIENCES
1. 1989 – 1990, Production Superintendent of PT. Melapi Timber, East Kalimantan – Indonesia
2. 1990 – 1991, Mechanical Engineer & 2nd line Project Estimator PT. South Pacific Viscose, West Java – Indonesia
3. 1992 – up to now, Lecturer in Mechanical Engineering Department, University of Pasundan Bandung– Indonesia
4. 2012 – up to now, Department Head of Magister – Mechanical Engineering, Universitas Pasundan
5. 2007 – up to now, PT LAPI ITB, Engineering Consultant

 

IV. PUBLICATIONS IN SCIENTIFIC JOURNALS
1. Muki Satya Permana, Gatot Santoso, Bambang Heru Firman Ridwan, (2018), “Pengaruh Derajat Deformasi terhadap Evolusi Struktur Mikro dan Nilai Kekerasan Ladam dan Paku Kuda yang Mengalami Proses Forging”, Jurnal Poros Vol. 16 No. 2 tahun 2018, ISSN 1410-6841.
2. Muki Satya Permana, Gatot Santoso dan Bambang Heru, (2017), “Identifikasi Material Dan Proses Perlakuan Panas Ladam Untuk Kuda Pacu”, Jurnal Poros Vol. 15 No. 2, November 2017, http://journal.untar.ac.id/index.php/poros/article/view/1270/810
3. G. Santoso, M. S. Permana, (2017), “Analisis Tegangan Pada Batang Utama Mekanisme Bukaan Payung Raksasa”, Journal Dinamika Teknik Mesin 7 (2017) 108-117, http://dinamika.unram.ac.id/index.php/dinamika
4. Muki Satya Permana, Edho Prakoso dan Muhammad Iqbal Taufani, (2017), “Penerapan Metode CFC (Continuous Flow Casting) Pada Perbaikan Komponen Yang Terbuat Dari
Paduan Aluminium”, Jurnal Poros VI. 15 No. 1, Mei 2017, http://journal.untar.ac.id/index.php/poros/article/view/1270/810
5. Muki Satya Permana, (2015), Experimental Observation and Analytical Modeling of Melting and Solidification during Aluminum Alloy Repair by Turbulence Flow Casting,
International Journal on Smart Material and Mechatronics Vol. 2 No. 2 2015, ISSN: 2356-5314.
6. Muki S. Permana, Rochim Suratman, Budi H Setiamarga, (2012), Experimental and Numerical Investigation of Melting and Solidification during Gray Cast Iron Repair by
Turbulence Flow Casting, International Journal of Mechanical Computational and Manufacturing Research, Vol.1. No.1, (2012), 35-41, ISSN: 2301-4148.
7. Permana M. S., Tangkuman S., Suratman R., Setiamarga, B. H. (2006), Numerical Simulation on the Effect of Pouring Time in Determining the Cooling Rate during Repair
Welding of Gray Cast Iron Component. Mekanikal, Jurnal Ilmiah Teknik Mesin 2/5, 1- 10.
8. Permana M. S., Widyanto B., Suratman R. (2005), Failure Analysis on Diesel Engine Bearing of Indonesian Power Plant, Infomatek Journal1/1, University of Pasundan
9. Permana M. S., Suratman R. (2000), Stress Intensity Factor Investigation for Various Standard Crack Geometries Using Finite Element Method, Infomatek Journal, Vol. 1 No.
4, April 2000, ISSN 1411-0865, University of Pasundan.
10. Muki S. Permana, Rochim Suratman, “Experimental and Finite Element Method on Determination of Residual Stresses during Welding Process”, Infomatek Journal Vol. 2
No. 2, Juni 2000, ISSN 1411-0865, UNPAS.
11. Permana M. S., Suratman R. (1999), Alloy Design and Casting Practice of Abrasion Austenitic Manganese Steel, Infomatek Journal, Vol. 1 No. 2, September 1999, ISSN
1411-0865, University of Pasundan.

V. PAPERS PRESENTED AT SEMINARS/CONFERENCES/WORKSHOPS
1. Muki Satya Permana (2018), “Computer-Based Simulation and Stress Analysis of Constructability Study for Shell Column Repair Using Finite Element Method”, Seminar
Nasional SNTTM XVII, Oktober 2018, hal. 056-059. Kupang, 4-5 Oktober 2018.
2. Muki Satya Permana (2018), “Perancangan dan Analisis Kekuatan Mekanisme Alat Pemindah Feed Pump Berkapasitas 8 ton”, Seminar Nasional SNTTM XVII, Oktober
2018, hal. 056-059. . Kupang, 4-5 Oktober 2018.
3. Muki Satya Permana, Edho Prakoso, Muhammad Iqbal Taufani (2017), “Penerapan Metode CFC (Continuous Flow Casting) Pada Perbaikan Komponen yang Terbuat Dari
Paduan Aluminium”, Seminar Nasional Mesin dan Industri, SNMI XI 2017. 27-28 April 2017, Lombok.
4. Muki Satya Permana, Gatot Santoso, Bambang Heru (2017), “Identifikasi Material dan Proses Manufaktur Ladam Untuk Kuda Pacu”, Seminar Nasional Mesin dan Industri,
SNMI XI 2017. 27-28 April 2017, Lombok.
5. Muki Satya Permana, Susan Heryanti, Iqbal Taufani, Edho (2016), Pengembangan Lanjut Metode Perbaikan Komponen Aluminium Al-Si dengan Menggunakan Metode
Turbulence Flow Casting, Seminar Nasional Vehicle Design & Engineering, Universitas Pasundan 28-29 Oktober 2016.
6. Muki Satya Permana, Susan Heryanti, Ahmad Ulinuha, Sutrisno Yuwono (2015), “Penerapan Metode Turbulence Flow Casting dalam Perbaikan Komponen Otomotif
yang Terbuat dari Paduan Aluminium (Studi Kasus: Paduan Al-Si)”, Seminar Nasional ke 2 Rekayasa Material, Sistem manufaktur dan Energi 2015, Makasar-Gowa, 27-28
Oktober 2015.
7. Nia Nuraeni Suryaman, Hery Sonawan, Muki Satya Permana (2015), “Kaji Numerik dan Eksperimental Proses Pemanas Ruangan untuk Pertumbuhan Anak Ayam
Berkapasitas 15.500 Ekor, Seminar Nasional ke 2 Rekayasa Material, Sistem manufaktur dan Energi 2015, Makasar-Gowa, 27-28 Oktober 2015.
8. Muki S. Permana, Rochim Suratman, Bukti Tarigan (2012), “Bagaimana Memperbaiki Cacat Permukaan Pada Komponen Yang Terbuat Dari Besi Cor (How to Repair Surface
Defect on Cast Iron Component)”, Seminar Nasional Tahunan Teknik Mesin XI (SNTTM XI) & Thermofluid IV Universitas Gadjah Mada (UGM), Yogyakarta, 16-17
Oktober 2012.
9. Muki S. Permana, Rochim Suratman, Budi H. Setiamarga, Bukti Tarigan (2012), “The Application of New Method in Gray Cast Iron Repair by Turbulence Flow Casting”,
Seminar Nasional “Efisiensi Energi untuk Peningkatan Daya Saing Industri Manufaktur & Otomotif Nasional” (SNEEMO) 2012 Politeknik Manufaktur Astra, Jakarta, 27
September 2012.
10. Bambang Widyanto, Muki S. Permana, (2008), Proper Corrosion Prevention and Corrosion Management against Assets Reliability Threat (in Indonesia), 17th
International Corrosion Congress, October 6-10, 2008, Las Vegas, Nevada – US. Organized by ICC & NACE.
11. Permana M. S., Suratman R., Setiamarga, B. H., Budiwantoro B. (2006), A Newly Developed Method in Repairing Surface Defect for Components of Gray Cast Iron,
5thInternational Materials Technology Conference and Exhibition, July 17-20, 2006, Kualalumpur – Malaysia.
12. Permana M. S., Suratman R., Setiamarga, B. H., Budiwantoro B. (2006), Poster Paper on Experimental and Numerical Investigation of Melting and Solidification During Gray
Cast Iron Repair by Flow Casting Method, 4th COE International Workshop on Materials Engineering, Nagaoka University of Technology (Japan) – Bandung Institute of
Technology, Bandung.
13. Permana M. S., Suratman R. dan Setiamarga, B. H., Budiwantoro B. (2006), Repair Welding of Gray Cast Iron Components, 1st Seminar on Application and Research in
Industrial Technology, Smart 2006, 27 April 2006, Yogyakarta.
14. Sonawan H., Permana M. S, Suratman R. (2003), The Influence of Root Gap on Microstructure and Mechanical Properties of Steel AISI 1045 due to Welding Process,
Seminar Teknoin 2003, Yogyakarta – Indonesia.
15. Permana M. S., Widyanto B., Suratman R. (2002), Teori Dan Pemikiran Yang Mendasari Kelayakan Pengembangan Baja Mangan Hadfield Industri di Indonesia, One
day Seminar on the Application & Development of Austenitic Manganese Steel for Industries in Indonesia, Institute of Technology, Bandung Indonesia
16. Widyanto B., Permana M. S., Suratman R. (2002), Study for Camparing the Characteristic of Austenitic Manganese Steel from Import & Domestic Products, Seminar
One day Seminar on the Application & Development of Austenitic Manganese Steel for Industries in Indonesia, Institute of Technology, Bandung Indonesia
17. Permana M. S., Suratman R. (2000), Finite Element Application and Experimental Approaches in Determining Residual Stress Due to SMAW Welding, Seminar on
Experimental and Theoretical Mechanics (ETM 2000), June 2000, ITB 18. Bawengan C., Permana M. S., Suratman R. (2000), Suratman R. Pitting Corrocion of
Weld Seem in Longitudinal Welded Pipe API-5L Grade X-52”, Piping Technology Seminar 2000, Malang – Indonesia
19. Permana M. S., Suratman R. (1999), Making of Hadfield Manganese Steel Alloy and Effect of Solution Treatment on Its Microstructure, The 1999 FTUI International Seminar,
5th August 1999, Jakarta – Indonesia

VI. PRACTICAL & PROJECT EXPERIENCES
1. Assessment of the Hot Gas Path Equipment in Power Plant – Indonesia Power Muara Tawar, 2009
2. Fire Extinguisher Failure Analysis in Marine Environment and comparative study to the new and rejected ones, BP Oil Indonesia 2008
3. Root cause of failure analysis for subsea pipelines, Oil & Gas Company, BP Oil Indonesia 2009
4. Corrosion Analysis for Leaking Sub-sea Pipeline, Oil & Gas Company, CNOOC 20095. Experimental & Numerical Investigation To Remove High Wax Deposits, Oil & Gas
Company, CNOOC 2008
6. Repair Welding Of Cylinder Head For Power Plant Diesel Engine, PLN 2003
7. Casting Practice And Solution Treatment of Austenitic Manganese Steel for Rock Crusher And Bucket Teeth. PT Pindad 2003-2006
8. CASTING PRACTICE OF CAST IRON COMPONENTS. PT Pindad 2000
9. Failure Analysis Pipa Boiler di IP Suralaya, 2008
10. Pemeriksaan Deposit dan Tingkat Kerusakan Pipa Boiler – 2008
11. Failure Analysis Pipa Boiler Unit 6 & Unit 7 – 2009
12. Pemeriksaan Kualitas Material Boiler – 2009
13. Assessment Peralatan GT 2.1 dan GT. 2.2 PT PJB Unit Pembangkitan Muara Tawar (Substitusi Bahan Bakar HSD – Gas dan Combine Cycle), 2008
14. Studi Kriteria Tingkat Kerusakan dan Prospek Rekondisi pada Hot Gas Path Parts Gas Turbine GT13E2 PT PJB UP Muara Tawar 2009
15. Assessment Peralatan Pembangkit Listrik dalam Rangka MFO-nisasi di PLTGU Tambak Lorok – Semarang 2008
16. Preventive Maintenance Unit Kilang di Pertamina UP IV Cilacap, 2008
17. Studi Konsultasi Metode Pengambilan Sample Crude Oil di Sistem Perpipaan CIB I dan CIB II – Area 70 PT Pertamina (Persero) UP IV Cilacap, 2008
18. Studi Pemilihan Material Tubing untuk Sumur Area Gundih, Proyek Pengembangan Gas Jawa Bagian Timur (PPGJ), 2008
19. Corrosion Mapping Unit FOC I & FOC II, Pertamina UP IV Cilacap 2009
20. Studi Dan Perhitungan Kekuatan Struktur Serta Rekomendasi Perbaikan Untuk Peningkatan Kapasitas Dermaga III di Area 70 Pertamina Refinery Unit IV Cilacap, 2009
21. Life Assessment dan Pemeriksaan Ultrasonik Instalasi Pipa Uap Utama di PLTP Kamojang 2010
22. Analisis Laju Erosi & Scaninng Contour Dinding Pipa Upa Utama Unit PLTP Kamojang 2010
23. Reverse Engineering, Re-engineering Turbine Parts, Seal Ring Casing – Indonesia Power Gunung Salak, 2011
24. Melaksanakan Pekerjaan Pemeriksaan dan Pembuatan Corrosion Mapping di Unit CDU V, HVU III, CDU IV, dan HVU II Kilang PT PERTAMINA (Persero) RU V Balikpapan, Tahun 2011
25. Pekerjaan Jasa Remaining Life Assessment Instalasi Pipa Uap Panas Bumi Unit PLTP Darajat, Tahun 2011
26. Pekerjaan Jasa Pemeriksaaan dan Remaining Life Assessment Diaphragm Turbin Spare Unit 2/3 PLTP Kamojang, Tahun 2011
27. Corrosion Assessment dan Remaining Life Assessment di Unit SRU, HVU II 021, FEUII 023, &TDHT 018 Kilang PT Pertamina (Persero) RU IVCilacap Tahun 2011– 2012
28. Corrosion Assessment dan Remaining Life Assessment di Unit HDS 13, HVU I 21, PDU 220, MDU 240 Kilang PT Pertamina (Persero) RU IV Cilacap Tahun 2012
29. Studi Konsultasi Metode Pengambilan Sample Crude Oil di Sistem Perpipaan pada Pipa 16” dan 24” Dia. ‐ Area 70, Tahun 2012
30. Jasa Konsultasi Mapping Potensi Korosidi Lingkungan Unit Pembangkit Cirata, Tahun 2012
31. Assessment Pipa Gas PLTGU UBP Tanjung Priok, Tahun 2012
32. Corrosion Assessment dan Remaining Life Assessment di Plant3 A/B/C, 4, 5, 6, 7, 8, A/B/C Kilang PT Pertamina (Persero) RU V Balikpapan Tahun 2013
33. Constructability Study for Repair DFAH (Direct Fired Air Heater) di Unit RCC (Residue Catalitic Cracking) di PT Pertamina (Persero) RU VI Balongan, Tahun 2013
34. Kajian Tentang Persyaratan Teknis Kabin Masinis dan Penggunaan Kabin Masinis pada Setiap Ujung Lokomotif, Tahun 2013
35. Pembuatan Corrosion Assessment dan Remaining Life Assessment (RLA) di Unit CDU 11, ARHDM 12 & 13 Kilang PTPERTAMINA (Persero) RU VI Balongan, Oktober 2014
36. Analisis Kerusakan Struktur Breasting Dolphin 5, Dermaga CIB II- Pertamina RU IV Cilacap, Agustus 2014
37. Pengujian Metalografi Foam Tank pada Fire Truck, Pertamina RU IV Cilacap, Januari 2015
38. Corrosion Study of Condensate Reinjection System” Star Energy Geothermal – Wayang Windu 2015
39. Pengukuran Dimensi Komponen dan Pemeriksaan Material Properties Pada Mesin Multipress All Well, PT Sumi Rubber Indonesia (2016)
40. Redesign Mesin Press All Well 3 Cavity menjadi 2 Cavity, PT Sumi Rubber Indonesia (2017)
41. Analysis Permukaan Patahan (Fracture Analysis) Steam Pipe 17 Bar, PT Pertamina RU V Balikpapan (2017)
42. Rancang Bangun Corrosion Mapping Emulator Tahap I di Unit CDU, DHC dan RCC Kilang PT Pertamina (Persero) RU VI Balongan Tahun 2017.
43. Rancang Bangun Corrosion Mapping Emulator di Unit CDU, NHT dan CRU Kilang PT Pertamina (Persero) RU VII Kasim Papua Tahun 2018.

VII. STRESS ANALYSIS & COMPUTATIONAL FLUID DYNAMICS (CFD)
1. Corrosion Analysis for Leaking Sub-Sea Pipelines (CFD was used for multiphase flow analysis) – CNOOC, January 2008
2. Studi Pemilihan Material Tubing, Pemodelan CFD aliran gas – Pertamina EP, July 2008
3. AnalisisTegangan pada Tubing & Pecker untuk Sumur Area Gundih, Proyek Pengembangan Gas Jawa Bagian Timur (PPGJ), Pertamina EP – 2008
4. Root Cause of Failure Analysis for Lima Well Process System (Aided by CFD) – BP Oil, June 2008
5. Risk Based Analysis High Wax Deposits in Krisna B – Cinta P1 and Abandoned Zelda P – Cinta C Pipelines (CFD was used to predict deposit position) – CNOOC, November 2008
6. Studi Konsultasi Metode Pengambilan Sample Crude Oil di Sistem Perpipaan CIB I dan CIB II – Area 70 PT Pertamina (Persero) UP IV Cilacap (Using CFD) – Pertamina UP IV Cilacap,
Desember 2008
7. Root Cause of Failure Analysis for UWA Riser Pipe (Aided by CFD) – BP Oil, February 2009
8. Studi dan Perhitungan Kekuatan Struktur Serta Rekomendasi Perbaikan Untuk Peningkatan Kapasitas Dermaga III di Area 70 Pertamina Refenery Unit IV Cilacap
9. Corrosion Analysis for Leaking Sub-Sea Pipelines (CFD was used for multiphase flow analysis) – CNOOC, January 2008
10. Studi Pemilihan Material Tubing, Pemodelan CFD aliran gas – Pertamina EP, July 2008
11. Analisis Tegangan pada Tubing & Pecker untuk Sumur Area Gundih, Proyek Pengembangan Gas Jawa Bagian Timur (PPGJ), Pertamina EP – 2008
12. Root Cause of Failure Analysis for Lima Well Process System (Aided by CFD) – BP Oil, June 2008
13. Risk Based Analysis High Wax Deposits in Krisna B – Cinta P1 and Abandoned Zelda P – Cinta C Pipelines (CFD was used to predict deposit position) – CNOOC, November 2008
14. Studi Konsultasi Metode Pengambilan Sample Crude Oil di SistemPerpipaan CIB I dan CIB II – Area 70 PT Pertamina (Persero) UP IV Cilacap (Using CFD) – Pertamina UP IV Cilacap,
Desember 2008
15. Root Cause of Failure Analysis for UWA Riser Pipe (Aided by CFD) – BP Oil, February 2009
16. Analisis Kerusakan Pada Line Pipa Down Stream PV 1013, PT. Pupuk Kujang – Cikampek Jawa Barat, Oktober 2013
17. Assessment Of GasTurbine Blades “GEC” EM 610 B Unit #1 & Unit #2, PT. SDP Crawford THG, Februari 2014
18. Structural Analysis of Furnace due to Replating, (Aided by SAP 2000 &Solidworks 14) – Pertamina RU IV Cilacap, April 2014
19. Structural Re-Analysis of CCR due to Equipment Vibration, (Aided by SAP 2000 & Solidworks 14) – Pertamina RU IV Cilacap, Juni 2014
20. AnalisisStruktur Breasting Dolphin 5, Dermaga CIB II, (Aided by SAP 2000) – Pertamina RU IV Cilacap, Agustus 2014
21. Pipe Stress & Turbin Nozzle Load Analysis untuk HP Steam Inlet dan MP Steam Extraction di Turbine Generator 51G201T, (Aided by AutoPipe) – Pertamina RU IV Cilacap, Desember
2014
22. Detail Engineering Design Lifting Facility C4 Feed Pump 35-P-101A/B, (Aided by Ansys & Solidworks) PT Pertamina RU-VI Balongan, Maret 2015
23. Pemodelan CFD Condensate Reinjection System” Star Energy Geothermal – Wayang Windu 2015
24. CFD Modeling for TLE Erosion Protection, PT Chandra Asri Petrochemical, Cilegon Banten, 2016
25. Analisis Kekuatan Struktur Column 91C-403 & Constructability Study untuk Perbaikan Shell Column 91C-403, di Area SRU, PT Pertamina (Persero) RU-IV Cilacap (2016)
26. Analisis Kekuatan, Remaining Life Assessment, dan Constructability Study pada Stack F-8- 03 di Unit Hydrogen Plant – Area HCC PT Pertamina RU V Balikpapan (2016)
27. Analisis Kekuatan Sambungan Pipa dengan Menggunakan Finite Element Analysis, PT Pertamina RU V Balikpapan (2017).
28. Reverse Engineering & Pemeriksaan Metalografi Komponen Mesin Multi Press All Well dan Mesin PCI, PT Sumi Rubber Indonesia (2017).
29. Pemeriksaan dan Pengujian Sliding Metal Produk Jepang dan Hungaria, PT Sumi Rubber Indonesia (2018).
30. Re-Drawing Dan Perhitungan Kekuatan Struktur Penopang Mesin Press 1 Cavity – Hydraulic Cylinder Atas, PT Sumi Rubber Indonesia (2018).

VIII. TRAINING INSTRUCTOR EXPERIENCES
Instructor in training: Welding Metallurgy and Construction, Repair Welding, Failure Analysis, Material & Corrosion, AutoCAD, MSc Nastran (Stress
Analysis & Thermal)

IX. SOFTWARE:
AutoCAD, Ansys (Thermal & Fluid Mechanics), Solidworks, Fluent (Solidification & Melting)

X. CURRENT PROJECT INTEREST
Mechanical Integrity, Failure Analysis, Fitness for Service, Corrosion Assessment
Management System, Remaining Life Assessment