Services & Pricing
From thesis breakthroughs to mastering advanced simulation software—get tailored engineering mentoring designed to bridge the gap between theory and real-world execution. Proudly providing specialized university tutoring across Brisbane, Queensland, and online Australia-wide.
Thesis Help
Support for research and writing challenges.
Software Training
Practical mentoring to master key engineering software.
Custom Sessions
Personalized tutoring to fit your needs.
Professional Mentoring
Hands-on guidance to master real-world industrial modeling, calculations, and concept designs.
My Journey
With a PhD in Mechanical Engineering specializing in thermo-fluids and over a decade of experience spanning both high-level academia and heavy industry, my career has always revolved around bridging the gap between engineering theory and real-world execution. As a former Senior Lecturer at the University of Pretoria, I have mentored and taught thousands of engineering students, supervised dozens of design and research projects, and published over 25 high-ranking research journals.
Alongside my academic background, I work actively in industry as a product design and project manager, utilizing tools like SolidWorks and CFD analysis daily to design innovative, real-world systems. I founded this mentoring platform to bring that exact blend of academic rigor and practical industry expertise directly to you—helping you master your coursework, ace your research, and build the software skills needed to thrive as a professional engineer.
You can find me here:
Thesis Help
Overcome the roadblock of complex research, structural formatting, and technical analysis. Whether you are struggling to align your literature review, validate your numerical data, or properly articulate your findings, you will receive structured, step-by-step guidance to transform your draft into a defense-ready academic thesis.
What We Focus On (Bullet Points)
Research Methodology & Structuring: Defining clear objectives, organizing chapters or journal manuscripts logically, and ensuring strict academic rigor.
Data & Simulation Validation: Reviewing and refining your mathematical models, fluid dynamics setups, or experimental results to ensure technical accuracy for peer review.
Technical Writing & Review: Polishing engineering terminology, fixing structural gaps, handling reviewer comments, and preparing you to confidently defend your work or submit to high-ranking journals.
Typical Projects & Theses
Computational Fluid Dynamics • Aerodynamic Shape Optimization • Heat Transfer Analysis • Turbo-machinery Design • Renewable Energy Systems • Multiphase Flow Simulation • Eulerian-Granular Modeling • Volume of Fluid (VOF) • Conjugate Heat Transfer (CHT) • Electronics Thermal Management • Pump Sump Vortices • Cyclone Separator Optimization • Mixing Tank Hydrodynamics • Ansys Fluent Simulation • OpenFOAM Model Validation • Slurry Pipeline Hydraulics • Minerals Processing Dynamics • Chute & Conveyor Flow • Mine Ventilation Modeling • Cleanroom & HVAC Design • Industrial Exhaust Systems • Building Microclimate Analysis • SolidWorks 3D Modeling & Drawings • Advanced Excel • ANSYS Fluent • ParaView Post-Processing
Pricing & Bookings
Initial Consultation (First 20 Mins): FREE (Project alignment & goal scoping)
Introductory First Session: $70/hr (Deep-dive technical review)
Standard Hourly Rate: $80/hr (Subsequent tutoring & simulation support)
Software Training
Master the industry-standard engineering tools required for advanced research and commercial R&D. Whether you are transitioning from basic geometric design to complex multi-physics analysis or trying to conquer open-source code environments, you will receive structured, hands-on mentorship. Move past the trial-and-error phase to confidently build, mesh, solve, and post-process high-fidelity engineering models.
What We Focus On
Ansys Fluent & High-Fidelity CFD Solving
End-to-end simulation mastery covering advanced meshing, turbulent flows, and particle dynamics using computational fluid dynamics. Master the complexities of fluid behavior. This module delivers specialized training in advanced multi-phase physics—including Volume of Fluid (VOF), boiling, and condensation models—ensuring your simulations reflect real-world physics with absolute precision.
SolidWorks Design, FEA, & Manufacturing Readiness
Bridging the gap between conceptual design, structural integrity, and physical production. Learn to create advanced 3D part models and complex assemblies while mastering the creation of precise, industry-ready manufacturing drawings. This section now integrates robust Finite Element Analysis (FEA), teaching you how to perform static, thermal, and frequency linear simulations to validate structural performance, optimize material usage, and ensure safety before hitting the factory floor.
OpenFOAM Deployment & Environment Setup
Demystifying open-source CFD for agile engineering workflows. Remove the barrier to entry for open-source simulation. Learn how to seamlessly install and configure Linux environments within Windows, confidently navigate the terminal, structure case directories from scratch, and launch native solvers efficiently.
ParaView Advanced Post-Processing
Transforming raw simulation data into compelling engineering insights. Data is only as good as its story. Master quantitative data extraction, high-quality vector plots, streamline generation, and the creation of publication-ready animations that clearly communicate complex flow physics to stakeholders or academic reviewers.
KeyShot Advanced 3D Rendering & Visualization
Elevate your engineering presentations to commercial and marketing standards. Transform raw CAD and simulation geometry into stunning, photo-realistic marketing visuals and thesis figures. Learn advanced material mapping, custom lighting environments, and high-fidelity rendering techniques that bring your engineering concepts to life.
Typical Expertise & Industrial Applications
Computational Fluid Dynamics • Multiphase & Granular Hydrodynamics • Slurry Pipeline Hydraulics • Pipe Friction Loss Optimization • Volume of Fluid (VOF) Free-Surface Interfaces • Industrial Fluid Machinery • Vortex Mitigation • Pump Sump Optimization • ANSI/HI 9.8 Standard Benchmarking • Open-Channel Flow Dynamics • Valve Pressure Drop Analysis • Hydrodynamic Performance Tuning • Mine Ventilation Mapping • Cleanroom & HVAC Design • Industrial Exhaust Systems • Building Microclimate Analysis • Smoke Control & Extraction Modeling • Fire Dynamics Simulation (FDS) • Thermal Comfort (PMV/PPD) Assessment • Atrium Smoke Management • Natural & Mechanical Ventilation Optimization • Contaminant Dispersion Tracking • Conjugate Heat Transfer (CHT) • Electronics Thermal Management • Transient Thermal Analysis • Phase Change Materials (PCM) • High-Efficiency Multi-Phase Heat Exchanger Design • Cyclone Separator Optimization • Chute & Conveyor Flow Dynamics • Mixing Tank Hydrodynamics • Rotating Machinery Simulation • Minerals Processing Dynamics • CAD Engineering • SolidWorks 3D Assemblies • Manufacturing Drawings • Production-Ready Design • Ansys Fluent Simulation • OpenFOAM Model Validation • Linux-to-Windows (WSL) Environment Setup • ParaView Advanced Post-Processing • High-Fidelity Meshing (y+ Optimization) • Advanced Excel
Pricing & Bookings
Initial Consultation (First 20 Mins): FREE (Project alignment & goal scoping)
Introductory First Session: $70/hr (Deep-dive technical review)
Standard Hourly Rate: $80/hr (Subsequent tutoring & simulation support)
Advanced Simulation & Programming: $90/hr (Advanced CFD modeling, source-code customization)
Custom tutoring Sessions
Stuck on a highly complex assignment or prepping for a brutal final exam? Our custom 1-on-1 sessions are designed around your specific university curriculum, moving at your pace to break down difficult mathematical and physics frameworks.
What We Focus On
Thermal-Fluid Sciences: Thermodynamics, Heat Transfer & Fluid Mechanics
Core Engineering: Calculus, Statics, Mechanics of Materials
Custom & Specialized Coursework Evaluation: Don’t see your specific subject listed? Engineering and applied science curricula often share foundational principles. If you are taking an advanced, adjacent, or specialized course, feel free to reach out with your syllabus or unit outline. I will personally evaluate the material to determine if I can provide the high-quality, targeted instruction you need to succeed.
Typical Topics
Fluid Mechanics (Navier-Stokes derivations, pipe network fluid flow, boundary layer separation, turbulent flow analysis, open channel hydraulics, and hydrodynamics); • Thermodynamics & Heat Transfer (transient conduction heat transfer, convective heat transfer coefficients, heat exchanger design, laws of thermodynamics, rankine cycle efficiency, and mass transfer physics); • Aerodynamics (thin airfoil theory, compressible flow, supersonic shockwaves, aerodynamic lift and drag coefficients, wind tunnel testing, and aircraft stability controls); • Engineering Mathematics & Numerical Methods (finite difference methods, Runge-Kutta integration, linear algebra, multivariable calculus, computational error bounds, and partial differential equations); and • Solid Mechanics & Finite Element Analysis (FEA) (stress-strain matrices, Von Mises stress criteria, Euler-Bernoulli beam theory, torsional loading analysis, and structural mechanics).
Pricing & Bookings
Initial Consultation (First 20 Mins): FREE (Subject alignment & goal scoping)
Introductory First Session: $60/hr (Deep-dive technical review)
Standard Hourly Rate: $70/hr (Subsequent tutoring )
Advanced Level and Final year students: $80/hr
Professional Mentoring
Our professional mentoring delivers hands-on guidance for early-career engineers and professionals who want to master real-world industry workflows, covering: • Computational Engineering & Physics Modelling (including practical training in CFD simulations using Ansys Fluent and OpenFOAM, structural assessment via Finite Element Analysis (FEA), and industrial hydraulic network modelling); • Advanced Fluid & Thermal Calculations (focusing on manual and spreadsheet-driven calculations for complex fluid mechanics, industrial heat exchangers, and transient thermodynamic systems); • New Concept Design & Consulting Advice (engineering mentorship to validate custom design concepts, optimize prototyping workflows, and select appropriate design codes); and • Industrial Project Delivery (learning how to translate theoretical textbook equations into auditable engineering design reports, client-facing documentation, and practical manufacturing specifications).
Typical Industries and Projects
Mining & Mineral Processing (slurry flow pipe network friction loss, sand-water multiphase transport, cyclone separators, and heavy machinery structural fatigue analysis); • Renewable Energy Systems (wind turbine blade aerodynamic optimization, hydro-electric turbine flow dynamics, solar thermal collector efficiency, and green hydrogen storage systems); • Power Generation & Energy Sector (steam and gas turbine thermal cycles, industrial boiler fluid dynamics, heat recovery steam generators, and cooling tower optimization); • Water & Wastewater Treatment (pump station sumps, multiphase mixing tanks, chemical dosing systems, and hydraulic network modeling); • Process & Chemical Engineering (industrial heat exchangers, mixing vessels, separation columns, and bulk fluid transport systems); • Aerospace & Defense Systems (aerodynamic concept design, external flow CFD, and high-velocity thermal protection); and • Manufacturing & Mechanical Design (material stress validation via structural FEA, custom pressure vessels, and product prototyping).
Pricing & Bookings
Initial Consultation (First 20 Mins): FREE (Subject alignment & goal scoping)
Introductory First Session: $60/hr
Standard Hourly Rate: $80/hr
Advanced Level and consulting: $90/hr
Let’s Build Your Roadmap
Ready to bridge the gap between theory and execution? Let’s design a targeted roadmap for your specific engineering goals.
Book a Strategy Session