Zed-MTech CAD/CAM Software Training
Zed-MTech is a leading provider of educational training services specializing in CAD/CAM, CAE/FEA software, and management training. With a commitment to empowering individuals and organizations with essential skills for success in today's competitive landscape, we offer a comprehensive range of training programs tailored to meet diverse learning needs.
At Zed-MTech, we recognize the pivotal role that advanced software proficiency and effective management practices play in driving innovation and productivity. Our team of experienced instructors, industry professionals, and certified trainers deliver dynamic and interactive training experiences that equip participants with the knowledge and tools needed to excel in their fields.
Course Modules
Our course modules offer a well-rounded curriculum, combining theoretical foundations with hands-on training, ensuring students acquire industry-relevant skills and knowledge for future endeavors.
Course A: SolidWorks
Duration: 1.5 Months | Classes: Online + Physical | Course Module: You learn different modules which can be covered in this course.
Module 1: Introduction to SolidWorks
- Overview of SolidWorks software and its applications in engineering and design.
- Introduction to the user interface, navigation tools, and basic features.
Module 2: Sketching
- Fundamentals of 2D sketching: lines, arcs, circles, rectangles, etc.
- Techniques for creating and editing sketches.
Module 3: Part Modeling
- Creating 3D models from sketches: extrusions, revolves, sweeps, and lofts.
- Best practices for efficient part modeling.
Module 4: Assembly Design
- Introduction to assembly design principles.
- Inserting parts into assemblies and defining relationships.
Module 5: Drawing and Detailing
- Generating 2D drawings from 3D models.
- Adding dimensions, annotations, and tolerances to drawings.
Module 6: Advanced Topics
- Creating complex shapes using surface modeling techniques.
- Modeling sheet metal components.
Module 7: Simulation and Analysis
- Introduction to SolidWorks Simulation for structural analysis.
- Interpreting simulation results.
Course B: AutoCAD
Duration: 1.5 Months | Classes: Online + Physical | Course Module: You learn different modules which can be covered in this course.
Module 1: Introduction to AutoCAD
- Overview of AutoCAD and its significance in engineering and design industries.
- Understanding the user interface.
Module 2: Drawing Fundamentals
- Basic drawing commands: line, circle, arc, rectangle, etc.
- Techniques for precise drawing.
Module 3: Layer Management
- Importance of layers in organizing and managing drawing elements.
- Creating and renaming layers.
Module 4: Dimensioning and Annotation
- Adding dimensions to drawings.
- Inserting text annotations.
Module 5: Advanced Drawing Tools
- Creating complex shapes using advanced drawing tools.
- Using blocks and attributes.
Module 6: Editing Techniques
- Advanced editing commands and grips editing for quick manipulation of objects.
Module 7: Layouts and Plotting
- Working with layout tabs and setting up viewports.
- Plotting and printing drawings.
Course C: ANSYS
Duration: 2 Months | Classes: Online + Physical
Module 1: Introduction to ANSYS
- Overview of ANSYS software and its applications in engineering analysis.
Module 2: Basic Workflow
- Understanding the ANSYS GUI and simulation workflow: geometry, meshing, setup, solve, and post-processing.
Module 3: Geometry Import
- Importing or creating geometry within ANSYS and preparing it for analysis.
Module 4: Mesh Generation
- Introduction to meshing techniques and generating a suitable mesh for analysis.
Module 5: Static Structural Analysis
- Setting up and solving a static structural analysis, applying boundary conditions.
Module 6: Transient Dynamics
- Introduction to transient dynamics analysis and its applications.
Module 7: Fluid Flow Analysis
- Introduction to CFD and solving basic fluid flow simulations using ANSYS.
Course D: STAR-CCM+
Duration: 2 Months | Classes: Online + Physical
Module 1: Introduction to STAR-CCM+
- Overview of STAR-CCM+ software and its applications in fluid flow analysis.
Module 2: Basic Workflow
- Understanding the STAR-CCM+ GUI and the simulation workflow: geometry setup, meshing, etc.
Module 3: Geometry Preparation
- Importing or creating geometry within STAR-CCM+ and preparing it for analysis.
Module 4: Mesh Generation
- Introduction to meshing techniques for CFD analysis.
Module 5: Setup and Boundary Conditions
- Setting up simulation parameters and defining boundary conditions.
Module 6: Solver Setup
- Configuring solver settings and executing simulations.
Module 7: Projects and Exercises
- Short CFD projects or case studies to apply STAR-CCM+ skills.
CAD/CAM Training:
Dive into the world of computer-aided design (CAD) and computer-aided manufacturing (CAM) with our specialized training courses. Whether you're a novice or seasoned professional, our curriculum covers fundamental principles, advanced modeling techniques, and best practices for optimizing design and manufacturing processes.
CAE/FEA Training:
Master the intricacies of computer-aided engineering (CAE) and finite element analysis (FEA) software through our hands-on training programs. Learn how to simulate and analyze structural, thermal, and fluid dynamics behavior, enabling you to make informed design decisions and improve product performance.
Software Training:
Software training in CAD/CAM (Computer-Aided Design/Computer-Aided Manufacturing) and CFD/FEA (Computational Fluid Dynamics/Finite Element Analysis) provides comprehensive instruction in utilizing these advanced tools for design, analysis, and simulation. Participants learn essential skills, best practices, and practical applications through expert-led courses, hands-on exercises, and customized curricula. With a focus on enhancing design efficiency, optimizing product performance, and solving complex engineering challenges, these training services empower individuals and organizations to stay competitive and innovative in their respective industries.