Engineering ideas into systems that work in the real world.

It's me, Rifat

I’m a Mechanical Engineering graduate interested in applying engineering ideas to practical, real-world systems. I enjoy bridging theoretical knowledge with hands-on engineering applications and continuously developing my technical skills. So, I’m driven to innovate in mechanical design, reliability & engineering solutions. Outside of engineering, I also play keyboard, which helps me to stay creative and maintain strong teamwork and stage communication skills.

Aiming to bridge theoretical knowledge with real life practical applications.

Open to engineering opportunities

LEARN MORE ON MY GITHUB

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What I've been working on?

Spent my last couple years on:

Exploring engineering challenges through mechanical design, system analysis, and computational modelling to develop reliable, efficient, and real-world engineering solutions.

Engineering Outputs

Designing and developing engineering systems from concept to implementation. My work focuses on system performance, reliability, and practical engineering solutions using analytical methods, modelling, and engineering modern tools.

Engineering SystemsModel DevelopmentMechanical EngineeringDesign Optimization

Engineering Simulation

Performing engineering simulations and analytical modelling to evaluate system behaviour and improve performance. My work involves computational modelling, system analysis, and data-driven evaluation to support engineering decision-making.

Computational ModelingSystem AnalysisEngineering SimulationPerformance Evaluation

3D Modelling

Designing and developing digital models of engineering components and systems to support design exploration, analysis, and visualization. Through modelling and simulation, I translate engineering concepts into clear technical representations that support evaluation, refinement, and real-world implementation.

Engineering ModellingSystem VisualizationSimulation & AnalysisPrototyping

Research & Innovation

Conducting engineering research focused on analysing complex systems and developing innovative technical solutions. My work combines computational modelling, experimentation, and analytical methods to explore new engineering approaches.

System InnovationEngineering ResearchTechnical DevelopmentAnalytical Investigation

Engineering Journey

I am an aspiring Mechanical Engineer with a Master of Professional Engineering from Curtin University and a strong foundation in industrial and production engineering. My experience spans engineering analysis, system modelling, and performance evaluation, backed by a focus on practical engineering solutions and continuous learning

Drop a quick email !

hello@abulfatharifat.com

My core strengths include engineering analysis, system modelling, finite element analysis (FEA), and technical problem-solving, supported by practical experience with experimental setups and data evaluation. I am motivated to apply engineering principles to real-world mechanical and industrial systems. My goal is to contribute high-quality engineering solutions within multidisciplinary teams, applying analytical thinking, technical rigour, and strong communication to support practical engineering projects.

Education

Curtin University. Australia
Feb 2024 - Nov 2025

Master of Professional Engineering (Mechanical)

CWA: 71.47%

Jan 2016 - March 2021
Military Institute of Science and Technology (MIST)

Bachelor of Science in Industrial and Production Engineering

Sep 2010 Jun 2012
Higher Secondary School Certificate (HSC), Science

SOS Herman Gmeiner College

Research Experience

Membrane Distillation for Water Generation
Curtin University, Perth

MATLAB-based engineering project on modelling and optimization of membrane distillation systems for freshwater generation, focusing on performance improvement and design safety constraints.
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SYNTHESIS AND ANALYSIS OF Al2O3, ZnO, GO NANO PARTICLE ENHANCED DEIONIZED WATER AS A HEAT TRANSFER FLUID
Military Institute of Science and Technology (MIST)

This project involves preparation & characterization of nanofluid, measurement of Heat Transfer co-efficient & viscosity, determined the best performed nanofluid by using Machine Learning algorithms.
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Work Experience

LafargeHolcim · Meghna Cement Plant
Nov 2019 to Dec 2022

Production Engineer

• Acquired extensive understanding of cement production processes during a 3-year working period, assisting in raw material handling, grinding operations, process quality, quality control, and product testing for refined cement output
• Collaborated with engineers and supervisors to execute Health and Safety protocols, strengthening PPE compliance by 20% and decreasing on-site safety violations while ensuring clear communication of safety requirements across the team
• Oversaw raw material handling and conveyor-based transfer systems supporting ~50 tons of weekly plant throughput while maintaining production efficiency
• Collaborated with maintenance engineers while providing mentoring to junior technicians on equipment practices and enhancing communication across the team, implementing changes that lowered defect rates by 10%

Everyday Tools.

The key design and development tools I use

matlab

solidworks

AUTOCAD

ANSYS

ABAQUS

MINITAB

MS Office

Python (Programming Language)

Key highlights of my work exprereince.

Uncategorized
Optimization of Stress Concentration Factor of Machined Alloy Steel Shaft
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Uncategorized
Analysis Design of a Gearbox
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Uncategorized
Project: Autonomous Racing Car
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My workflow looks like this...

Engineering Analysis and Development Process

A structured engineering approach used to explore problems, analyse system behaviour, and deliver validated technical solutions

1. Define

Establish a clear understanding of the engineering problem by identifying system objectives, technical requirements, and operational constraints through research and engineering principles

Problem DefinitionLiterature ReviewSystem Requirements IdentificationTechnical feasibility assessment

2. Model Analysis

Develop analytical and computational models to evaluate system behaviour and predict performance under defined operating conditions

Engineering calculationsMATLAB modellingFinite Element Analysis (FEA)Engineering system performance analysis

3. Validation

Validate analytical results through experimental testing or simulation and communicate engineering insights through structured technical documentation

Experimental validation or simulationData analysis and interpretationSystem performance evaluationTechnical reporting and documentation

It's the combination of life and culture

Words from my favorite people

Rifat worked on modelling and optimisation of a membrane distillation system for freshwater generation during his master’s thesis. He showed good problem-solving ability and handled the MATLAB modelling and analysis with care. It was a pleasure supervising his work.
Professor Ramesh Narayanaswamy
Deputy Head of School of Civil and Mechanical Engineering, Curtin University
Rifat demonstrated strong analytical thinking and dedication during his undergraduate thesis on nanofluid-enhanced heat transfer. He successfully designed experiments, analysed thermal performance data, and showed a solid understanding of heat transfer and experimental research.
Dr. Muammer Din Arif
Assistant Professor, Military Institute of Science and Technology (MIST)

The Numbers

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Years of Experience

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Awards won

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Connect with me.

Let's discuss
Opportunities.

Embark on creative journey together by shaping a visual narrative of your brand in the crowded digital space.

Let's discuss over a quick call

‪+61 420 775 182‬

Prefer Email Communication?

hello@abulfatharifat.com

Located around

Osborne Park, Perth