Calvindoro Zeus Abdiwijaya
Crash Safety CAE Analysis Engineer,
Honda Motor Co., Ltd.
Tochigi, Japan
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Mechanical engineer with more than 5 years of experience working for Japanese automobile manufacturer in the field of crash safety, CAE, and structural strength. Strong expertise and know-how in the field of crash safety regulation, collision mitigation, and structural analysis.
Skills:
ANSA
Catia V5
Hyperworks
LS-Dyna
mechanical testing
META
Project Management
solidworks
Crash Safety CAE Analysis Engineer
October 2017 - present (5 years 5 months)
• Prepare and analyze CAE simulation models to evaluate full-vehicle side crash performance.
• Conduct component level and full-vehicle testing to validate CAE simulation results.
• Manage development schedule and work with cross-functional team to achieve development targets.
• Prepare and present reports in English and Japanese to enable effective discussion with R&D centers worldwide.
Key Achievement:
• Lead development of side crash safety for New mini-MPV and B-Segment SUV.
• Developed highly accurate FE model of IIHS new side crash MDB.
• Conduct component level and full-vehicle testing to validate CAE simulation results.
• Manage development schedule and work with cross-functional team to achieve development targets.
• Prepare and present reports in English and Japanese to enable effective discussion with R&D centers worldwide.
Key Achievement:
• Lead development of side crash safety for New mini-MPV and B-Segment SUV.
• Developed highly accurate FE model of IIHS new side crash MDB.
Industrialization R&D Engineer
February 2015 - September 2015 (7 months)
• Design and manufacture of improved tire building machine drum segments.
• Green tire forming analysis.
Key Achievement: Developed curved drum segments for tyre building machine.
• Green tire forming analysis.
Key Achievement: Developed curved drum segments for tyre building machine.
Bandung Institute of Technology
Master of Science
Mechanical Engineering
2016 - 2017
Honors: cum laude (GPA: 3.79/4.0)
Thesis: Indonesia Bus Rollover Crashworthiness Study Using Explicit Dynamics Finite Element Method and Proposed Regulation.
Thesis: Indonesia Bus Rollover Crashworthiness Study Using Explicit Dynamics Finite Element Method and Proposed Regulation.
Bandung Institute of Technology
Bachelor of Science
Mechanical Engineering
2010 - 2014
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