⚓ MATLAB for Marine Engineering

⚓ MATLAB for Marine Engineering

Course Code: 2022-MECH-Marine
Title: Mathematical Modeling and Simulation for Marine Systems

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📘 Introduction

Marine engineers face complex challenges that require accurate data analysis and dynamic system modeling. MATLAB is a powerful engineering tool used for numerical computation, data visualization, and simulation. This course introduces MATLAB with a focus on applications in marine engineering.

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📄 Description

This course provides hands-on experience with MATLAB and Simulink for analyzing, modeling, and simulating marine systems. Learners will apply engineering principles to real-world problems such as ship dynamics, floating structures, and engine control. The course balances theory and application to ensure both technical depth and practical proficiency.

⚓ MATLAB for Marine Engineering

Code: 2022-MECH-Marine
Title: Mathematical Modeling and Simulation for Marine Systems

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🧭 Module 1: Introduction to MATLAB Environment

• Overview of MATLAB interface and basic commands

• Variables, arrays, and matrix operations

• Script files and functions

• Plotting and data visualization tools

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📊 Module 2: Data Analysis and Statistics for Marine Applications

• Importing and preprocessing marine data (sensor logs, engine parameters, sea conditions)

• Descriptive statistics and trend analysis

• Curve fitting and regression modeling

• Time-series analysis for vibration, wave height, and engine monitoring

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🧮 Module 3: Mathematical Modeling of Marine Systems

• Creating mathematical models of ship dynamics and mechanical components

• Differential equations in marine engineering (motion equations, heat transfer)

• Linear and nonlinear system modeling

• Stability and response analysis

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🌊 Module 4: Simulating Marine Dynamics with Simulink

• Introduction to Simulink: blocks, libraries, and solver setup

• Modeling dynamic systems: ship propulsion, ballast systems, floating platforms

• Feedback and control systems (PID controllers for marine engines and autopilot)

• Real-time simulation for testing control strategies

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🚢 Module 5: Specialized Marine Engineering Applications

• Simulating wave-body interaction using transfer functions

• Modeling underwater propulsion systems and flow dynamics

• Simulating rolling and pitching motions

• Case studies using real marine engineering problems

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📁 Module 6: Final Projects and Reporting

• Project 1: Simulate the dynamic response of a floating platform

• Project 2: Build a model of a ship engine with control system

• Project 3: Analyze real-world marine sensor data and plot performance metrics

• Report writing and result interpretation using MATLAB tools

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🛠️ Tools & Materials Used

• MATLAB (latest version)

• Simulink and Simscape libraries

• Sample marine datasets

• Template models for student use

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🕒 Course Duration

Total Hours: 30 hours

• 15 hours theoretical instruction

• 15 hours practical simulations and project work

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👨‍🎓 Target Audience

• Marine engineers and naval architects

• Engineering students interested in marine simulation

• Professionals working in offshore, shipping, or defense sectors

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🎯 Objectives

• Enable participants to perform data analysis using MATLAB

• Build and simulate dynamic models for marine systems

• Apply mathematical techniques to solve real engineering problems

• Use Simulink to develop control systems and simulate ship behavior

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📌 What You Will Learn

• MATLAB programming fundamentals

• Data analysis and statistical tools

• Mathematical modeling of ship systems and dynamics

• Simulink basics for control and simulation

• Real-world case studies involving marine engineering problems

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🎓 Target Audience

• Marine engineers and naval architects

• Engineering students in mechanical, marine, or offshore disciplines

• Industry professionals in marine operations and research

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🛠️ Materials

• MATLAB and Simulink software

• Sample datasets from marine applications

• Lecture slides, lab guides, and simulation templates

• Case study examples and practice exercises

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🧑‍🏫 Instruction Methods

• Instructor-led lectures

• Hands-on computer lab sessions

• Simulation-based assignments

• Case study analysis and project presentations

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⏳ Time Frame

Total Duration: 30 training hours

• 15 hours theory

• 15 hours practical application and projects

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🧩 Course Format

• Onsite or online sessions

• Blended delivery: lectures + simulation labs

• Final mini-project or simulation model required for completion

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🎯 Learning Outcomes

By the end of the course, participants will be able to:

• Use MATLAB to perform and visualize engineering data analysis

• Build and validate mathematical models of marine systems

• Simulate marine dynamics using Simulink

• Apply simulation results to support engineering design and decision-making