Ammar - 3d modelling tutor - Montréal
Ammar - 3d modelling tutor - Montréal

One of our best tutors. Quality profile, experience in their field, verified qualifications and a great response time. Ammar will be happy to arrange your first 3D Modelling lesson.

Ammar

One of our best tutors. Quality profile, experience in their field, verified qualifications and a great response time. Ammar will be happy to arrange your first 3D Modelling lesson.

  • Rate R331
  • Response 3h
  • Students

    Number of students Ammar has accompanied since joining Superprof

    50+

    Number of students Ammar has accompanied since joining Superprof

Ammar - 3d modelling tutor - Montréal
  • 5 (17 reviews)

R331/h

Contact
  • 3D Modelling
  • Game Art Design

Master 3D Modeling, Rendering & Visualization with 25+ Years of Expertise | 3ds Max/V-Ray, Blender, Rhino & Cinema 4D | Students, Designers & Professionals

  • 3D Modelling
  • Game Art Design

Lesson location

Ambassador

One of our best tutors. Quality profile, experience in their field, verified qualifications and a great response time. Ammar will be happy to arrange your first 3D Modelling lesson.

About Ammar

I am a multidisciplinary educator, researcher, engineer, trainer, and consultant with more than 25 years of experience in teaching, professional training, consulting, project work, and one-to-one mentoring across technical, analytical, academic, and professional fields.
My academic background includes a Bachelor’s degree in Engineering, a Master’s degree in Management Information Systems, and a PhD in Knowledge Management and Artificial Intelligence. This multidisciplinary foundation helps me connect technical tools with geometry, design reasoning, problem solving, visualization, project thinking, and the learner’s real objective.
Over the years, I have completed hundreds of engineering and technical projects, supported professionals and organizations, and supervised or assisted hundreds of university students and researchers. My teaching style is structured, patient, diagnostic, and highly adaptive: I work from the learner’s current level toward clear, practical independence.
For 3D Modeling specifically, I bring more than 25 years of spatial-modeling experience and a broad cross-software perspective spanning 3ds Max/V-Ray, Blender, Rhinoceros, Cinema 4D, CAD/BIM environments, visualization, and technical project workflows. This allows me to explain not only isolated commands, but also geometry, scene structure, interoperability, materials, lighting, rendering, troubleshooting, and the reasoning behind efficient 3D production.
I teach in English, French, and Arabic and adapt explanations to the learner’s age, academic level, profession, software version, industry context, and immediate project objective.

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About the lesson

  • Primary
  • Secondary
  • Matric/GCSE
  • +12
  • levels :

    Primary

    Secondary

    Matric/GCSE

    BTech

    Adult education

    Masters

    MBA

    Beginner

    Intermediate

    Advanced

    Professional

    Kids

    AS Level

    A Level

    Doctorate

  • French
  • English

Languages in which the lesson is available :

French

English

3D modeling becomes much easier when every tool is connected to a geometric and visual purpose. My lessons therefore focus on both software fluency and 3D reasoning: how to construct form, control geometry, organize a scene, create believable materials, light effectively, choose cameras, render efficiently, diagnose problems, and produce work that communicates clearly.
I support motivated younger learners, high-school and college students, university learners, designers, architecture and engineering learners who need visualization rather than CAD documentation, creative professionals, and adults developing new 3D skills. Lessons can start from zero or focus on a specific project, software problem, portfolio objective, or production challenge.
Depending on your goals, we can work on:
• 3D foundations: viewport navigation, transforms, local versus world coordinates, pivots, snapping, object hierarchies, scene units, scale discipline, and efficient selection workflows
• Geometric reasoning: understanding points, edges, faces, meshes, curves, surfaces, solids, normals, topology, continuity, symmetry, proportion, and how modeling choices affect downstream work
• Polygonal modeling: primitives, editable geometry, extrusion, inset, bevel, bridge, cut, loop-based workflows, subdivision concepts, modifiers, smoothing, and clean form development
• Hard-surface modeling: controlled edges, support geometry, bevel logic, modular construction, mechanical/product forms, clean silhouettes, and efficient non-destructive workflows
• Form development and complex geometry: building and refining spatial forms from references, sketches, profiles, curves, sections, and iterative design decisions
• 3ds Max workflow: scene setup, selection and transforms, editable poly concepts, modifier stacks, instancing, layers/explorer organization, materials, cameras, lights, render preparation, and production troubleshooting
• V-Ray-oriented visualization: scene preparation, physically plausible material concepts, lighting strategies, cameras, exposure, render quality, sampling/quality trade-offs, noise diagnosis, and efficient iteration appropriate to the learner’s version and project
• Blender workflow: object/edit modes, meshes, modifiers, collections, materials, UV concepts, lighting, cameras, rendering, scene organization, and practical project development
• Rhinoceros workflow: curves, control points, NURBS concepts, surface creation, lofts, sweeps, blends, trims, joins, continuity awareness, solids/polysurfaces, precision, and complex-form troubleshooting
• Cinema 4D workflow: object hierarchies, generators, deformers, modeling tools, materials, lights, cameras, scene organization, and motion-oriented or presentation workflows where relevant
• Materials and shading: material logic, color, roughness, reflection, refraction, transparency, bump/normal concepts, procedural versus image-based approaches, and avoiding visually implausible surfaces
• Texturing and UV foundations: texture coordinates, mapping choices, seams, scale consistency, image preparation, and practical strategies for reducing stretching and repetition
• Lighting: key/fill/rim logic, natural and artificial setups, HDRI concepts, shadow quality, contrast, mood, product lighting, interior/exterior visualization principles, and troubleshooting flat or noisy results
• Cameras and composition: focal length, perspective, framing, depth, visual hierarchy, shot selection, camera matching concepts, and using composition to communicate form and design intent
• Rendering: choosing engines and settings appropriately, balancing quality and time, sampling concepts, denoising awareness, output resolution, alpha/background decisions, render passes where relevant, and final quality checks
• Visualization workflows: turning a raw model into a communicative presentation through geometry cleanup, materials, lighting, cameras, rendering, and controlled post-processing handoff
• Architectural and spatial visualization: massing, interiors/exteriors, scene composition, materials, lighting, and presentation
• Product and object visualization: accurate form, surface quality, materials, controlled lighting, camera choices, and presentation of products, components, or designed objects
• Portfolio-oriented projects: selecting a realistic scope, defining milestones, documenting process, improving visual consistency, and refining final outputs without misrepresenting authorship or completing assessed work for the learner
• Interoperability and file exchange: importing/exporting geometry, understanding scale and units, managing OBJ/FBX/STL/DWG-type workflows where relevant, cleaning transferred geometry, and avoiding common conversion problems
• Scene organization and performance: naming, collections/layers, instancing, proxies or optimization concepts where relevant, asset organization, texture paths, viewport performance, and maintainable project structure
• Troubleshooting and file rescue: diagnosing broken normals, bad topology, shading artifacts, missing textures, scale problems, heavy scenes, render noise, unexpected transforms, import/export failures, and unstable workflows
• Academic project support: understanding the brief, planning the workflow, learning the tools, reviewing your own model and renders, and correcting errors without completing assessed submissions on the learner’s behalf
• Real-project mentoring: applying 3D methods to an actual visualization, portfolio piece, product form, spatial concept, render, or creative project while preserving the learner’s ownership and professional responsibility
My teaching method is diagnostic, visual, and project-based. We begin with your actual objective, current level, software version, reference material, model, scene, assignment brief, portfolio target, or production issue. I explain the underlying logic, demonstrate the relevant method, and then guide you while you perform the work so that the skill becomes transferable rather than dependent on memorized clicks.
The goal is not simply to make one attractive image. You should understand why the geometry behaves as it does, why a surface shades badly, why a scene becomes slow, how light and camera choices change perception, how to diagnose errors, and how to organize a repeatable 3D workflow.

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Rates

Rate

  • R331

Package rates

  • 5h: R1600
  • 10h: R3085

online

  • R331/h

travel

  • + R10

Details

Getting started: You may begin directly with a paid tutoring session when the topic and objective are already clear. If you prefer to discuss your needs first, we can have a brief free Zoom meeting - together with a parent or guardian when relevant - to clarify the level, goals, and best learning plan. No booking or payment is required for this introductory meeting;

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