Computer-Aided Design (CAD) Drafter/Technician
Study Program Courses

This course provides foundational knowledge and practical skills in Computer-Aided Design (CAD) for aspiring drafters and technicians. It introduces students to the essential tools, techniques, and software used in the CAD industry. Students will learn how to develop precise technical drawings, blueprints, and 3D models in a variety of fields such as architecture, engineering, and manufacturing. The course blends theoretical concepts with hands-on practice to ensure students are industry-ready for roles as CAD drafters or technicians.

Learning Details and Options

.

Key Areas:

  1. Introduction to CAD Software:

    • Overview of popular CAD software (e.g., AutoCAD, SolidWorks, Revit)
    • Interface navigation, tools, and essential functions
    • Understanding 2D and 3D modeling environments

  2. Technical Drawing Fundamentals:

    • Understanding scales, dimensions, and technical conventions
    • Creating precise 2D drawings and blueprints
    • Architectural and mechanical drawing standards

  3. 3D Modeling and Rendering:

    • Basics of 3D model creation
    • Solid modeling and surface modeling techniques
    • Rendering and visualizing 3D models

  4. Drafting for Various Industries:

    • CAD for architecture, engineering, and manufacturing
    • Specialty drafting (civil, electrical, mechanical, etc.)
    • Industry-specific standards and documentation

  5. Advanced CAD Techniques:

    • Parametric modeling and dynamic components
    • Layer management, annotation, and detailing
    • File management, formats, and export options

  6. Collaboration and Communication:

    • Working with teams using CAD tools
    • Sharing files, version control, and collaborative tools
    • Effective communication of design concepts through CAD documentation

Assessment & Project Types:

  1. Individual Projects:

    • 2D and 3D design tasks across various industries (e.g., architecture, mechanical design)
    • Development of a personal portfolio showcasing a range of CAD projects

  2. Group Projects:

    • Collaborative design projects that mimic real-world CAD drafting environments
    • Cross-discipline CAD tasks that require teamwork and integration of different CAD roles

  3. Practical Exams:

    • Time-bound assessments requiring students to complete specific CAD tasks
    • Tests involving the creation and editing of 2D/3D models based on technical specifications

  4. Quizzes and Written Assessments:

    • Periodic quizzes on CAD tools, industry standards, and software capabilities
    • Written reports analyzing CAD processes and design methodologies

  5. Capstone Project:

    • Comprehensive final project combining 2D and 3D design elements
    • Real-world application where students design, present, and defend their CAD projects to industry professionals

Learning Outcomes:

By the end of the course, students will be able to:

  1. Proficiently Operate CAD Software:
    Demonstrate mastery in navigating CAD software interfaces, creating 2D/3D designs, and applying tools effectively across various design scenarios.

  2. Create Industry-Standard Technical Drawings:
    Develop and interpret accurate 2D technical drawings and blueprints using industry-standard conventions and symbols.

  3. Design and Render 3D Models:
    Create realistic 3D models and renderings for engineering, architectural, and manufacturing projects.

  4. Apply CAD Skills Across Different Industries:
    Adapt CAD knowledge to specific fields such as architecture, mechanical engineering, and manufacturing, adhering to discipline-specific standards.

  5. Collaborate Effectively Using CAD Tools:
    Work in teams on complex CAD projects, using collaborative tools to manage versions, communicate design intent, and integrate different CAD roles.

  6. Develop a Professional CAD Portfolio:
    Produce a diverse portfolio of CAD projects showcasing expertise in 2D and 3D drafting and technical design.

  7. Solve Complex Design Problems:
    Approach design challenges using advanced CAD techniques and parametric modeling to create dynamic and responsive designs.

This course equips students with the skills needed to pursue careers as CAD drafters and technicians, making them competitive in fields that require technical drafting and modeling expertise.

Regular & Intensive Learning Option

  • Class Schedule:
    Morning Students – Monday to Thursday, 09:00 am – 03:00 pm
    Afternoon Students – Monday to Thursday, 03:30 pm – 08:00 pm
  • Teaching Method: Online & Offline / Online only (eg. Google meet video call)
  • Course Duration: 6 sessions (15 months)
  • Session Length: 1 session = 3 months
  • DWTA Qualification: Academic Diploma
  • CTVET’s National TVET Qualification Framework (NTVETQF): Higher National Diploma
  • Tuition & Guidance Fees:
    • Ghc 2600 per session or
    • Ghc 900 per month

Slow-Paced & Relaxed Learning Option

  • Class Schedule:
    Weekend Evening Students – Friday to Sunday, 06:00 pm – 08:00 pm
  • Teaching Method: Online & Offline / Online only (eg. Google meet video call)
  • Course Duration: 7 sessions (21 months)
  • Session Length: 1 session = 3 months
  • DWTA Qualification: Academic Diploma
  • CTVET’s National TVET Qualification Framework (NTVETQF): Higher National Diploma
  • Tuition & Guidance Fees:
    • Ghc 2600 per session or
    • Ghc 900 per month
Apply Now

.

.