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Nurhayati MangunjayaNM
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Nurhayati Mangunjaya

@nurhayatimangunjaya

I assess ocean conditions and renewable energy potential to support resilient coastal and offshore engineering.

Indonesia
Message

What I'm looking for

I'm looking for Graduate Engineer, Offshore Engineer, Coastal Engineer, Research Engineer, or Project Engineer opportunities where I can contribute to engineering and renewable energy projects.

I'm a Metocean Engineer at PT Varuna Mitra Solusi, applying oceanographic and hydrodynamic knowledge to offshore and coastal engineering work.

My Master's research at Bandung Institute of Technology focused on mapping Indonesia's ocean wave energy potential and analysing levelized cost of energy for wave power generation. I work across coastal engineering, offshore engineering, marine renewable energy, and hydrodynamic modelling.

Previously, I assessed wave energy across 399.6 km² of Cirebon waters at P3GL, analyzing more than 87,000 simulation datasets with MIKE21 and producing geospatial maps. I also enjoy coordinating complex engineering projects and bringing researchers, institutions, and industry professionals together.

Experience

Work history, roles, and key accomplishments

PT Varuna Mitra Solusi logoPS
Current

Metocean Engineer

Sep 2026 - Present (0 months)

Worked as Metocean Engineer at PT Varuna Mitra Solusi.

Institut Teknologi Bandung logoIB

Teaching Assistant

Aug 2023 - Aug 2023 (0 months)

• Mentored 488 undergraduate students during the Engineering Day practical project, providing guidance on engineering design, prototype development, and testing.
• Assisted in preparing practical materials, evaluating engineering reports, and assessing prototype performance.
• Delivered technical briefings and mentoring sessions to support students throughout project implementation.

Marine Geological Research and Development Center (P3GL) logoMP

Research Intern

Aug 2019 - Aug 2019 (0 months)

• Conducted offshore wave energy assessment covering approximately 399.6 km² of Cirebon waters using MIKE21 numerical modelling.
• Processed and analyzed more than 87,000 hydrodynamic simulation datasets across multiple observation points to evaluate offshore renewable energy potential.
• Produced geospatial thematic maps using ArcGIS and Global Mapper to visualize wave energy distribution and sup

Education

Degrees, certifications, and relevant coursework

UB

University of Brawijaya

Bachelor of Science (B.Sc.), Marine Sciences

Developed a strong foundation in marine science, oceanography, coastal processes, and offshore engineering principles through laboratory work, field studies, and engineering projects.

Bachelor's Thesis: Wave Height Return Period Analysis for Floating Photovoltaic Placement in Bangka Waters.

Applied hydrodynamic analysis using the Gumbel Distribution method to identify optimal locations for Float

IB

Institut Teknologi Bandung

Master of Science (M.Sc.), Ocean Engineering

Specialized in Offshore Engineering, Coastal Engineering, Marine Renewable Energy, and Hydrodynamic Analysis. Conducted research on ocean wave energy assessment and techno-economic analysis for renewable energy development in Indonesia.

Master's Thesis: Mapping the Potential of Ocean Wave Energy and Levelized Cost of Energy (LCOE) Analysis for Wave Power Generation in Indonesia.

Key areas of stu

CF

CMAS - World Underwater Federation

Open Water Diver

Issued Jan 2017

TP

Trust Training Partners

Microsoft Office Desktop Application

Issued Jan 2015

CO

Coursera

Google Project Management Certificate

Issued Jan 2026

ET

ETS

TOEFL ITP Score 583

Issued Jan 2022

Tech stack

Software and tools used professionally

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