01
Structural Analysis
Learning through traceable structural models, simplified checks, and result review.
Offshore Engineering Undergraduate
Structural analysis.
Evidence-led automation.
Offshore engineering undergraduate focused on structural analysis and engineering automation, with documented project evidence and clear technical boundaries.
01 / PortfolioSurabaya · Indonesia
Focus
Engineering work, made reviewable.
02
Engineering Automation
Building repeatable workflows that preserve inputs, evidence, validation, and review steps.
03
Technical Clarity
Making scope, assumptions, warnings, and limitations visible beside the output.
Featured engineering projects
Evidence, visible.
Four CV-facing case studies, each presented at the level its retained evidence supports.
01SUPPORTED
Structural analysis - PyMAPDL / MAPDL
Parametric Offshore Jacket Structural Analysis
A traceable four-leg fixed-jacket workflow with source-controlled geometry, PyMAPDL/MAPDL model evidence, combined static screening, and a disclosed stability gate.
02VERIFIED
Hydrodynamics · ANSYS AQWA
Floating Offshore Structure Simulation
A traceable AQWA learning simulation covering equilibrium, diffraction/RAO, mooring-warning review, and a fresh irregular-wave response.
03VERIFIED
Reference model · OpenFAST / SubDyn
OC4 Jacket Model Reproduction Study
A reference-model reproduction study that maps OC4 OpenFAST/SubDyn structural inputs into a traceable PyMAPDL screening workflow.
04VERIFIED
Workflow illustration
- 01Clean PDF
- 02OCR + parser
- 03Evidence lock
- 04Human review
Source P&ID drawings are intentionally not published.
Engineering automation · assisted review
P&ID Line Register Automation
A locked, auditable workflow for locating and transcribing P&ID line identifiers while retaining human review and disabling automatic acceptance.
About
Engineering with curiosity,
discipline, and purpose.
I am an Offshore Engineering undergraduate at Institut Teknologi Sepuluh Nopember (ITS), developing my focus in offshore structural engineering, structural analysis, and engineering automation. I learn through documented projects that combine modelling, verification, result review, and technical communication.
More about meEngineering notes
Thinking, documented.
Asset integrity
Introductory noteRBI and RLA Answer Different Questions
An introductory comparison of Risk-Based Inspection and Remaining-Life Assessment, including their objectives, inputs, outputs, relationship, and roles in asset-integrity decisions.
Offshore Structures
Introductory noteWhy Offshore Jacket Platforms Look the Way They Do
Offshore jackets are not shaped only by appearance or convention. Their battered legs, tubular members, bracing patterns, wide foundations, and tapered geometry reflect load paths, environmental exposure, fabrication constraints, installation requirements, and foundation behaviour.
Maritime Technology
Introductory noteWhere AI Actually Fits in Maritime Engineering
Artificial intelligence can help maritime professionals process data, identify patterns, support inspection, monitor assets, and improve operational decisions. Its value depends on data quality, traceability, system boundaries, human oversight, and a clear understanding of what the model cannot decide.
Start a conversation
Let's build something meaningful.
I am open to internships, engineering collaborations, research discussions, and opportunities to learn from real-world projects.
Let's Connect