Edoxi’s 30 Hour / 5 Days Online AutoCAD MAP 3D Training is designed to help you master the integration of CAD and GIS for smarter infrastructure planning and spatial data management. Whether you are an engineer, CAD professional, GIS analyst, or architect, this course equips you with the practical skills you need to manage, analyze, and publish geospatial data effectively. By joining this AutoCAD MAP 3D Course, you gain the expertise to enhance project accuracy, improve collaboration, and drive data-informed decisions in your industry.
Through our AutoCAD MAP 3D Training Course, you engage in interactive lab sessions using real-world datasets. You practice essential workflows such as spatial data integration, coordinate system transformations, feature creation, topology management, raster data handling, and map book generation. These hands-on exercises ensure that you not only learn the theory but also apply it confidently in real project scenarios, making you job-ready from day one.
The AutoCAD MAP 3D Certification also opens opportunities for career growth across industries such as civil engineering, urban planning, architecture, and geomatics. As a learner, you benefit from flexible online classes, expert-led sessions, and digital resources that allow you to review and reinforce your learning at your own pace. With a valuable certificate from Edoxi, you demonstrate your proficiency and gain a competitive edge in the global job market, where skilled GIS-CAD professionals are in high demand.
By enrolling in Edoxi’s AutoCAD MAP 3D Training, you empower yourself to streamline workflows, manage spatial data more efficiently, and achieve professional recognition in your field. This training is not only an investment in your skills but also in your career advancement.
You practice real-world spatial data management scenarios using FDO technology with project-based datasets.
You get access to SHP/SDF files, sample drawings, and training materials to continue learning even after the course.
You master multiple coordinate systems and transformations to ensure accuracy in mapping and planning.
You learn to build spatial and attribute queries to extract valuable insights from CAD-GIS datasets.
You develop skills to create clear, visually compelling thematic maps using feature classification and styling techniques.
You build expertise in generating large-scale map series for project documentation and effective stakeholder communication.
If you are a city planner, you can use AutoCAD MAP 3D to integrate CAD and GIS for smarter development projects.
If you are managing water, gas, or electrical networks, you can streamline infrastructure data management with this training.
If you are an engineer, you can apply spatial analysis to design and manage infrastructure projects more effectively.
If you are assessing environmental impacts, you can leverage GIS tools to support sustainable resource management.
If you are designing transportation networks, utilities, or public facilities, you can create accurate and data-driven designs.
If you are part of a municipal team, you can maintain official maps and improve spatial data accuracy for public services.
Our AutoCAD MAP 3D course is designed to give you more than just theory. It provides extensive hands-on learning with real-world datasets. Through interactive lab sessions and guided exercises, you gain practical experience in GIS data integration, coordinate system transformations, spatial analysis, and advanced mapping. These activities help you apply concepts directly to real project workflows, ensuring you are job-ready.
You establish accurate geospatial foundations by building maps with proper coordinate systems for infrastructure projects.
You practice transforming between different coordinate systems to integrate diverse data sources while ensuring spatial accuracy.
You learn to organize, validate, and maintain geospatial information following industry-standard practices for enterprise-level projects.
You create efficient layer structures and saved views that optimize data visualization and improve collaboration within teams.
You develop professional thematic maps using classification techniques that highlight spatial patterns and relationships effectively.
You automate the production of detailed map books with consistent layouts, styling, and indexing for large-scale project documentation.
The AutoCAD MAP 3D course is designed to equip you with practical CAD-GIS integration skills and advanced mapping expertise. By completing this training, you gain the knowledge and confidence to manage spatial data effectively and apply it in real-world infrastructure and planning projects.
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Here’s a four-step guide to becoming a certified AutoCAD MAP 3D professional.
Join Edoxi’s AutoCAD MAP 3D Course
Choosing Edoxi’s AutoCAD MAP 3D Course means learning from global experts with a strong focus on practical application. This training is designed to equip you with the skills needed to succeed in GIS-CAD integration, no matter where you are in the world. Here are the top reasons to choose Edoxi for AutoCAD MAP 3D Training.
Learn from instructors with extensive experience in global infrastructure projects and proven expertise in AutoCAD MAP 3D.
Gain skills aligned with international CAD-GIS workflows, ensuring your knowledge is relevant across industries worldwide.
Benefit from training that is recognized and relied on by engineering firms, utility providers, and government agencies across the globe.
Practice real-world scenarios through practical, project-focused exercises that reflect actual industry challenges.
Train using the latest AutoCAD MAP 3D software and geospatial technologies for an industry-ready skillset.
Our mentors are leaders and experts in their fields. They can challenge and guide you on your road to success!
Madhava RA
Madhava RA is a highly experienced civil engineering professional with over 30 years of industry expertise, including 15 years in specialized CAD and infrastructure design training. He holds both a Bachelor’s Degree in Civil Engineering (B.E.) and a Diploma in Civil Engineering (DCE). His diverse certification portfolio includes MicroStation, AutoCAD Civil 3D, REVIT Suite, TEKLA, STAAD Pro, ArcGIS, and several advanced structural analysis applications. This makes him a versatile instructor capable of guiding learners across multiple CAD platforms and engineering design disciplines.
Madhava has successfully trained more than 3,000 students, helping them develop practical skills to excel in real-world engineering projects. His teaching approach blends theoretical knowledge with practical insights, ensuring learners gain both competence and confidence in applying design tools. His ability to simplify complex concepts, deliver industry-relevant training, and mentor aspiring engineers makes him a trusted guide for professionals seeking career growth in engineering and design.
Here is the list of other major locations where Edoxi offers AutoCAD MAP 3D Course
You don’t need strict prerequisites to join our AtoCAD MAP 3D Training. However, if you have basic knowledge of AutoCAD or similar CAD software and some familiarity with mapping concepts or GIS principles, you can learn faster and get the most out of the training.
On average, AutoCAD MAP 3D Certified professionals earn between $50,000 to $85,000 annually worldwide. Salaries vary by region, but certification enhances your profile for roles like GIS Analyst, Urban Planner, CAD/GIS Specialist, or Utility Mapping Technician.
Through this course, you gain the ability to integrate CAD and GIS data, streamline spatial data management, and improve collaboration between teams. This ensures faster, more accurate decision-making and better project outcomes.
AutoCAD MAP 3D includes everything in standard AutoCAD but adds GIS functionality. With MAP 3D, you can connect to geospatial databases, perform spatial analysis, manage coordinate systems, and visualize infrastructure data—capabilities not available in standard AutoCAD.
You master practical tools like buffer analysis, overlay operations, proximity analysis, and thematic mapping. These help you identify patterns, risks, and opportunities within your project’s spatial data.
