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Engineering and design become much easier when analysis, geometry, technical representation, digital modelling, spatial reasoning, and visual communication are connected within one coherent problem-solving process. I am a PhD-qualified engineer, university professor, researcher, technical trainer, designer, and multidisciplinary consultant with more than 30 years of experience across engineering, teaching, project work, CAD, technical drawing, 3D modelling, GIS, visualization, information systems, and professional problem solving. This class provides a personalized pathway for school and university students, engineering and design learners, architects and technicians, researchers, professionals, career changers, and adult learners. Depending on your goals, we can focus deeply on one specialized area or connect several areas within a complete technical workflow. PHYSICS & APPLIED ENGINEERING SCIENCE • Mechanics: motion, forces, Newton’s laws, work, energy, momentum, and rotational motion • Statics, dynamics, equilibrium, torque, and engineering applications • Fluids, pressure, buoyancy, density, and basic fluid mechanics • Heat, temperature, thermodynamics, and energy transfer • Waves, oscillations, sound, optics, electricity, and magnetism according to the learner’s level • Mathematical modelling of physical systems • Units, dimensions, vectors, graphs, and interpretation of experimental or engineering data • Connecting physical principles to engineering design, calculations, and real-world technical problems CHEMISTRY & ENGINEERING MATERIALS • Atomic structure, chemical bonding, molecular structure, and periodic trends • Stoichiometry, chemical reactions, solutions, concentrations, gases, and equilibrium • Acids, bases, oxidation-reduction, and introductory thermochemistry • Properties and behaviour of engineering materials • Metals, polymers, ceramics, composites, and material-selection principles when relevant • Connecting chemical principles to materials, manufacturing, environmental, and engineering applications ENGINEERING DESIGN & PROBLEM SOLVING • Understanding and structuring engineering problems • Translating requirements into technical objectives • Identifying constraints, assumptions, variables, and criteria • Engineering calculations and quantitative reasoning • Applied mechanics and engineering fundamentals when relevant • Dimensional reasoning and unit consistency • Design alternatives and trade-off analysis • Verification and reasonableness checking • Engineering decision making • Design methodology and iterative improvement • Interpreting technical specifications • Connecting analysis to drawings, models, and deliverables • Engineering-management and multidisciplinary project contexts AUTOCAD & TECHNICAL DRAFTING • AutoCAD interface and efficient workflows • Coordinate systems and precise geometric construction • 2D drafting fundamentals • Layers, properties, object organization, and standards • Blocks and reusable drawing content • Dimensions, annotations, text, and hatching • Model space and paper space • Layouts, viewports, scales, and plotting • Technical drawing principles • Reading and interpreting engineering drawings • Plans, sections, elevations, and details • Drawing organization and documentation quality • Advanced drafting workflows • AutoCAD 3D concepts when relevant • Improving speed, accuracy, and drawing consistency BIM & REVIT WORKFLOWS • BIM concepts and model-based thinking • Revit project organization • Levels and grids • Walls, floors, roofs, and building elements • Doors, windows, components, and families • Views, sections, elevations, and schedules • Annotation and documentation workflows • Sheets and presentation standards • View templates and graphical consistency • Family-library organization • BIM coordination principles • Connecting models to professional documentation • Developing structured Revit templates and repeatable workflows 3D MODELLING & PARAMETRIC DESIGN • 3D geometric thinking • Curves, surfaces, solids, and meshes • Constructive and feature-based modelling concepts • Precision modelling • Product and engineering geometry • Architectural and spatial modelling • Rhino 3D workflows • Grasshopper and visual parametric thinking • Parameters, relationships, dependencies, and constraints • Algorithmic generation of geometry • Reusable and adaptive design logic • Design iterations and controlled variation • SolidWorks and Inventor workflows when relevant • 3D Studio Max and visualization contexts when relevant • Connecting models to drawings, analysis, fabrication, or presentation CAD/CAM & MANUFACTURING WORKFLOWS • From CAD geometry to manufacturable components • Design-for-manufacturing principles • Introduction to CAM concepts and machining strategies • CNC fundamentals, coordinate systems, tools, operations, and toolpaths when relevant • SolidWorks CAD/CAM workflows • Verification, simulation, and interpretation of manufacturing outputs GIS, MAPPING & SPATIAL ANALYSIS • Foundations of Geographic Information Systems • Spatial data models • Vector and raster concepts • Coordinate systems and projections • Georeferencing • Spatial data collection and organization • Attribute data and database relationships • Geodatabases • Selection and spatial queries • Buffering, overlay, proximity, and spatial analysis • Thematic mapping • Cartographic principles • Spatial patterns and decision support • ArcGIS Desktop and ArcGIS Pro workflows when relevant • Remote-sensing and imagery concepts when relevant • Integrating maps, analysis, and professional reporting GRAPHIC DESIGN & VISUAL COMMUNICATION • Principles of visual communication • Composition and layout • Visual hierarchy • Typography • Colour and contrast • Image preparation and editing • Vector graphics and illustration • Technical diagrams and infographics • Maps and spatial presentation • Engineering and architectural presentation • Portfolio and project-board development • Presentation graphics • Adobe Photoshop workflows • Adobe Illustrator workflows • Adobe InDesign workflows • Connecting technical accuracy with visual clarity Depending on your objectives, practical work may involve AutoCAD, Revit, BIM workflows, Rhino, Grasshopper, SolidWorks, Inventor, 3ds Max, ArcGIS Desktop, ArcGIS Pro, QGIS, Adobe Photoshop, Illustrator, InDesign, SketchUp, Figma, Canva or other relevant technical and design tools. My teaching approach follows a structured workflow: define the problem → understand the requirements → analyze the constraints → develop the geometry or data structure → create the drawing, model, or spatial analysis → verify accuracy → refine the solution → communicate it clearly I do not simply demonstrate isolated commands. I help you understand why a workflow is appropriate, how information should be structured, how accuracy can be verified, how alternative solutions can be evaluated, and how the final technical idea should be communicated professionally. We can work with your course syllabus, engineering problem, technical drawing, CAD file, Revit/BIM model, 3D model, parametric definition, GIS dataset, map, design project, portfolio, graphic layout, or professional workflow challenge. Whether you are learning your first CAD commands, solving an engineering problem, developing a BIM workflow, building a 3D or parametric model, conducting spatial analysis, or improving technical visual communication, I will adapt the sessions to your level, objectives, and pace. My goal is to help you become an independent technical problem solver who can analyze, design, model, verify, visualize, and communicate solutions with confidence.

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Do you want to learn Differential Equations from scratch? This course is for you! What will you learn? Basic concepts and what is a differential equation Simple methods for solving ordinary differential equations Practical applications in real life (physics, biology, economics) Step-by-step exercises to help you understand everything easily Who is it addressed to? Students beginning advanced mathematics Professionals who want to strengthen their foundations Anyone interested in understanding these key tools Why choose this course? Clear and uncomplicated explanations Personalized support during the course Study material and practical exercises included Don't wait any longer and take the first step toward mastering differential equations! Reserve your spot now!

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Principles of using visualization methods for geometric shapes, front, top, back, and side facades, with an explanation of drawing methods on paper, along with the use of appropriate tools for engineering drawing, for students of mechanical, architectural, and industrial engineering and all engineering disciplines that study the subject of engineering design and its principles. Designs for products of mechanical elements and components can be made to be ready for drawing through programs such as AutoCAD and then 3D printing to visualize the product and then manufacturing and production. The courses also contribute to understanding shapes and ways to deal with them with the required sizes and engineering details and the types of paper suitable for engineering drawing.

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I have a bachelor in Aerospace Engineering and actually finishing my master in Space Engineering in Luxembourg. I worked as a teacher in aeronautical high school where I was teaching mechanics and technical drawing. At the same time was giving private lessons on math, physics. I am very passionate about teaching indeed still during my studies I am use to give lessons and tutoring. Other subjects could be Italian, Aerodynamics and Structure, Algebra and Geometry from Beginner level to University level.

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Hello, I am an electrical and electronic engineer with extensive experience as a professor in higher education in engineering sciences and electrical engineering, as well as a rich experience as an embedded systems engineer, in EE architecture, ADAS, Testing and validation in the automotive sector. I offer support courses and training in engineering science subjects for graduate students, particularly in Matlab Simulink programming. My methodology is based on the acquisition of knowledge and course concepts in a very simple way and also on practice using the most widely used software on the market. Matlab is both software and a scientific programming language developed by the American company MathWorks which allows various numerical calculation operations to be carried out. For example, manipulating algorithms, displaying data curves or even generating matrices. It is used in everything that is programming, signals and systems, signal processing... It contains another part of graphical programming called Simulink, dedicated to the programming and modeling of dynamic systems (Widely used in the discipline of automatic and industrial regulation). I also give courses and training in: Embedded systems, ADAS systems and automotive engineering Electrical and electronic circuits Automatic Industrial regulation Signal processing C Programming, Assembler, PIC, Arduino LabVIEW PIC microcontroller Microprocessor

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Struggling with MATLAB? Whether you're a beginner or tackling advanced simulations, our one-on-one online tutoring is here to help you master MATLAB step-by-step. We offer personalized lessons tailored to your level, covering: Basics of MATLAB programming Data analysis & visualization Numerical methods & simulations Signal processing & control systems MATLAB for engineering, math, and science courses Help with assignments, projects, and exam prep

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Since my third year of bachelor in engineering, I have tutored at university various courses (Mathematics, Electricity, Computer Science, Physics and Projects) for students in Bachelor and Master. I have also given private lessons for three years in an academy (Academia Mentis) to groups of high school students (1 to 4 people). Moreover I have started for more than two years with Blocus Assistant to supervise and help university students to prepare their exams ("blocus") in the scientific and engineering fields. Finally for a year, I have been researcher and assistant in applied mathematics at the Catholic University of Louvain (UCL).

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I can help with fluid mechanics, mechanics, other mechanical engineering degrees, and mathematics degrees. I guarantee easy step-by-step learning. Ansys matlab excel solidworks catia nx unigraphics fortran fluent etc. I can ...

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Hi everyone! I’m presently a student of Genetics and Bioengineering in Istanbul Bilgi University. As majority universities are leaning towards English as the primary source of instruction in Istanbul, I feel it is important to have full command over the language. I have studied English, Biology, Chemistry, Physics and Psychology under the Cambridge Assessment International Education and have secured A’s and B’s in both my Ordinary and Advanced Level Exams. I had a 3.4 GPA in university. My Biology, Chemistry, Physics and BILET test preparation classes will include detailed discussions of topics as well as solving examples and queries/homework questions.

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Currently, I am working at MaaS department in Denso Corporation, Shinagawa, Tokyo. I have done my masters from Indian Institute of Technology Hyderabad India recently. I can teach you Blockchain, Bitcoin and Ethereum. During my masters at IIT, I have done my all research in Blockchain. This will bring some innovation in your life I can teach you coding, Science and Math if you wish to learn new things contact me. I little bit know Nihon-Go as well.

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If you want clear, exam-ready Engineering and Mechanical Engineering help, this is a strong fit. My difference: you send your materials first, I confirm fit, then we use a repeatable system that builds results fast. FAST START (SEND MATERIALS FIRST) --------------------------------------------------- Send your syllabus or PDF slides, past papers, tutorial sheets, or assignment brief. I confirm fit before we book. If it is outside my strengths, I will tell you directly. WHAT I HELP WITH (HIGH-INTENT TOPICS) --------------------------------------------------- • Thermodynamics • Solid Mechanics / Strength of Materials • Engineering Dynamics • Control Systems • Engineering Materials • MATLAB + Simulink (modelling, simulation, verification) HOW EACH LESSON WORKS (TYPICAL SESSION) --------------------------------------------------- 1) Diagnose • identify the exact weak point, concept, method, or exam technique 2) Build (clear and fast) • definitions, assumptions, units, sign conventions • diagrams where needed (FBD, shear and moment, block diagrams) 3) Solve (guided) • I show the method on a representative question • you solve a similar one with live correction • quick checks, units, limits, sanity 4) Exam mode (when relevant) • past papers, mark schemes, what earns marks • speed, structure, presentation AFTER EACH LESSON (WHAT YOU RECEIVE) --------------------------------------------------- • short revision note, key method + mistakes to avoid • focused practice list • progress note, strengths, gaps, next targets Optional: recorded session for revision MATLAB / SIMULINK SUPPORT (WHEN NEEDED) --------------------------------------------------- • modelling, simulation, plotting, debugging • verify results against theory, interpret correctly COURSEWORK + ASSIGNMENTS (LEGIT SUPPORT ONLY) --------------------------------------------------- • understand the brief, plan your approach, improve your method • review your work, fix errors, strengthen reasoning No done-for-you submissions, no cheating. MESSAGE ME LIKE THIS (FAST REPLY) --------------------------------------------------- 1) Level: 2) Module/Course name: 3) Exam date or deadline: 4) Topics: ===================================

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This course is designed for high school and college students seeking to strengthen and better understand the core subjects: mathematics, physics, electricity, mechanics, and thermodynamics. The approach is 100% practical: we start from the topics you cover in class and apply them to real-life examples. You'll see how seemingly abstract equations and theories become experiments, prototypes, and simulations that explain phenomena from everyday life and modern science. Upon completion, you will be able to: Understand and apply mathematical concepts to real-life problems. Relate physics principles to everyday situations and simple projects. Understand the fundamentals of electricity, heat, and mechanics with practical exercises. Improve your logical reasoning and test confidence.

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A Mechatronics Engineer graduate with a strong background in electronics and mathematics. With my expertise in electronics, I can guide you through the fundamentals of circuit design, electronic components, and troubleshooting techniques. Some Mathematics concepts will be covered to help with Electronics. Whether you're a beginner or looking to advance your skills, I can provide personalised lessons tailored to your needs making complex concepts easy to grasp by breaking them down into simpler, relatable terms.

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All levels of Calculus can be worked out under my guidance. Depending on your field, there could be specific curriculum for your needs. Either online tutoring or home tutoring is available in Qatar. The session duration is 60 mins. A number of daily sessions may change upon your request. Available times for tutoring is also flexible.

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This course is designed to guide students through all levels of thermodynamics and heat transfer, from foundational concepts to advanced engineering applications. Whether you’re just starting university, struggling with basics, or preparing for advanced courses, this course will simplify complex topics step by step, using the same strategies I used as a student. You can select the lesson option that fits your level and needs: 1) Thermodynamics (Introductory) -Focus on fundamental thermodynamic concepts -Learn about energy, work, heat, and the laws of thermodynamics -Ideal for first-year engineering students or high school students preparing for university -Build a strong foundation for advanced courses 2) Advanced Thermodynamics & Energy Systems -Dive into entropy, cycles, and real-world applications -Explore Carnot, Rankine, and refrigeration cycles -Suitable for students with basic thermodynamics knowledge who want to tackle advanced problems -Gain confidence for exams and engineering projects 3) Heat Transfer -Understand how heat moves: conduction, convection, radiation -Learn formulas and solve real-world heat transfer problems -Perfect for students in mechanical, aerospace, or energy-focused courses -Apply theory directly to engineering systems and projects

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- If you are a primary school student, preporatory school student, high-school student (Elementary (تعليم مصري),SAT or IGCSE) or a college student and need help in Math or physics I will be able to help you reach your goal. - Also, if you are an engineering student specially in the Mechatronics field and find it hard to understand the concepts of linear or non-linear control, Classical control or pneumatic and hydraulic control I can help - I can also help with projects related to engineering like circuit analysis and design or Matlab and Simulink simulations or Solidworks modelling and stress analysis . - I can also help you if you need assistance in your electrical circuits courses and anything engineering related in general.

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Statics is an introductory course in engineering mechanics that focuses on the analysis of forces acting on stationary objects or structures. Through this course, students learn the fundamental principles of equilibrium, including the resolution and composition of forces, moments, and couples. Topics typically covered include vector algebra, free-body diagrams, trusses, frames, centroids, and moments of inertia. The course serves as a foundation for understanding more complex engineering concepts and is essential for fields such as civil, mechanical, and aerospace engineering.

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PhD physicist and nuclear engineer with over 10 years of research experience at CERN and CNRS, offering tailored private lessons in physics and applied mathematics for university students and motivated high school students preparing for higher education. I specialise in helping students build genuine understanding of the principles behind complex problems, not just memorise formulas for exams. My teaching adapts to your level, your pace, and your specific goals. Topics I can cover include classical mechanics, thermodynamics, fluid mechanics, electromagnetism, quantum physics, nuclear physics, radiation physics, applied mathematics, differential equations, linear algebra, probability and statistics, and numerical methods. I have a PhD in nuclear engineering from Université Grenoble Alpes, an MSc in nuclear plant design from Université Paris-Saclay, and a BSc in nuclear engineering. I have worked as a research fellow at CERN and as a doctoral researcher at CNRS, and I have supervised students and interns throughout my career. Lessons are available online via video call or in person in Geneva. I am flexible on scheduling and happy to discuss your specific needs before we start.

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This course will contain all of these chapters: Introduction Photometric quantities Lighting devices * Light sources * Lighting fixtures Lighting quality criteria Preliminary lighting project Applications on real lighting projects

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Are you looking to enhance your skills in SQL and Python? Look no further! My name is Faten, and I'm an experienced advanced technologies engineering student with a strong background in computer science. With four years of studying computer science under my belt, I am excited to share my knowledge and expertise by offering private tutoring sessions. If you're a student who wants to dive deep into the world of SQL and Python, I can provide comprehensive and personalized lessons tailored to your specific needs. Whether you're a beginner aiming to grasp the fundamentals or an intermediate learner seeking to enhance your understanding, I can guide you through the intricacies of these powerful languages. In our SQL sessions, we'll cover a wide range of topics, including database management, querying data, manipulating tables, and optimizing performance. Through hands-on exercises and real-world examples, you'll gain practical experience and develop a solid foundation in SQL. When it comes to Python, we'll explore its versatility and practical applications. From learning the syntax and basic concepts to building advanced projects, I'll help you become proficient in this popular programming language. We'll cover topics such as data manipulation, object-oriented programming, web scraping, and more.

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APQP (Advanced Product Quality Planning) is a methodology for managing development and industrialization projects, applicable for new products, but also for deviations from a product already submitted to a customer (modification of design, raw material, production site, etc.). It defines the steps, milestones and expected deliverables for each project activity, namely: Schedule Product Design and Development Process Design and Development Product and Process Validation Production The PPAP (Production Part Approval Process) corresponds to all the deliverables and justifications of conformity, resulting from the APQP, that each supplier must provide to its customer during the development project until the launch of series production. The content of the PPAP is also standardized for certain industries (18 elements for automotive and 11 for aeronautics), but may vary according to the requirements issued by the customer. It can therefore be considered as an output of the APQP process. The APQP brings together various expertise and methods, from market research to FMECA or MSA, and aims to harmonize its management and feedback, whether to the client or to auditors. It aims to demonstrate the robustness of the company's design and manufacturing according to the requirements (functional, production rate) and specifications (drawings, technical documents) of the customer, through the rigorous validation of each required step. By way of example, we find below all the steps for the automotive APQP.

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Are you in preparatory classes (CPGE) and want to excel in Engineering Sciences? I offer personalized courses to support you in key subjects, with a pedagogy adapted to your academic needs and your objectives. Modules taught: 🔧 Strength of Materials (RDM): Analysis of stresses, deformations and dimensioning of structures. ⚙️ Elasticity: Study of elastic solids and resolution of stress and deformation problems. 🌊 Fluid and solid mechanics: Fundamental concepts and applications in the field of fluid structures and systems. 💻 Industrial computing: Programming, automation and simulation of industrial systems. Highlights of my courses: ✔️ Methodical and structured approach adapted to the CPGE program. ✔️ Typical exercises and solving complex problems. ✔️ Specific preparation for competitive examinations for major engineering schools. ✔️ Clear and detailed teaching materials provided in each session. For who ? 🎓 Students in scientific preparatory classes (CPGE). 🏫 Students and professionals looking to strengthen their knowledge in SII. Course organization: Format: Individually or in small groups. Modalities: Online or in person depending on your preferences. Flexibility: Classes tailored to your schedule.