CERTIFICATE IN ENGINEERING DRAWING AND COMPUTER-AIDED DESIGN (CAD) AT CLARITY PEAK COLLEGE

Programme Description

The Certificate in Engineering Drawing and Computer-Aided Design (CAD) at Clarity Peak College is designed to equip participants with the knowledge, practical skills, and professional competencies required to produce, interpret, and manage technical engineering drawings using both conventional drafting techniques and industry-standard Computer-Aided Design (CAD) software. The programme provides a solid foundation in engineering graphics, technical drawing standards, geometric construction, engineering visualisation, CAD modelling, and engineering documentation for civil engineering and related technical disciplines.

Participants develop practical competencies in engineering sketching, orthographic projection, dimensioning, sectional views, construction detailing, computer-aided drafting, drawing interpretation, and preparation of engineering drawings in accordance with internationally accepted engineering standards. The curriculum combines theoretical principles with extensive practical laboratory sessions, CAD workshops, engineering drawing exercises, and project-based learning to prepare graduates for professional practice in engineering and construction environments.

Through interactive lectures, drawing studio sessions, computer laboratory exercises, guided software demonstrations, engineering projects, and an applied capstone project, participants gain hands-on experience in preparing engineering drawings for buildings, roads, drainage systems, surveying works, and other civil engineering infrastructure.

The programme is suitable for secondary school graduates, engineering technicians, construction professionals, architects, survey technicians, government employees, contractors, entrepreneurs, and individuals seeking specialised skills in engineering drawing and computer-aided design.

Graduates will be well prepared to support engineering design offices, consulting firms, construction companies, government agencies, surveying firms, and infrastructure development projects while establishing a strong foundation for further academic study and professional advancement in Civil Engineering, Architecture, Surveying, Construction Management, and related engineering disciplines.

Duration: 6 Months
Price: 1,500,000 SSP

Delivery Modes

• Full-Time

• Part-Time

• Evening Classes

• Weekend Classes

• Blended Learning (where applicable)

Entry Requirements

Applicants should possess one of the following:

• South Sudan Certificate of Secondary Education (SSCSE) or its equivalent.

• Certificate or Diploma in any discipline from a recognised institution.

• Relevant professional experience in engineering, construction, architecture, surveying, or related technical fields may be considered.

• Basic mathematical and computer literacy is recommended.

Programme Modules

• Introduction to Civil Engineering

• Engineering Drawing and CAD

• Surveying I (Plane Surveying)

• Construction Technology and Methods

• Construction Planning, Cost Estimation and Economics

Programme Learning Outcomes

Upon successful completion of the programme, graduates will be able to:

• Explain the principles and standards of engineering drawing and technical documentation.

• Prepare engineering sketches and technical drawings using conventional drafting techniques.

• Interpret engineering drawings, plans, elevations, sections, and construction details.

• Apply engineering drawing standards, symbols, scales, dimensioning, and annotation techniques.

• Produce accurate engineering drawings using Computer-Aided Design (CAD) software.

• Prepare engineering drawings for buildings, roads, drainage systems, and civil engineering infrastructure.

• Apply basic surveying concepts in the preparation and interpretation of engineering plans.

• Prepare technical drawings that support construction planning, quantity estimation, and project implementation.

• Organise engineering drawing documentation in accordance with professional standards and project requirements.

• Apply quality assurance principles to ensure the accuracy and consistency of engineering drawings.

• Demonstrate professionalism, ethical responsibility, and effective communication within engineering and construction environments.

Professional Software and Digital Tools

Participants receive practical training using industry-standard software and technologies, including:

• AutoCAD

• Autodesk Civil 3D (Introduction)

• DraftSight

• Microsoft Excel

• Microsoft Word

• Microsoft PowerPoint

• Google Earth Pro

• Autodesk DWG TrueView

Key Competencies Developed

Participants will develop competencies in:

• Engineering Drawing

• Technical Drafting

• Computer-Aided Design (CAD)

• Engineering Graphics

• Engineering Drawing Interpretation

• Construction Drawing Preparation

• Technical Documentation

• Survey Plan Interpretation

• Construction Detailing

• Quantity Estimation Support

• Engineering Visualisation

• Drawing Quality Control

• Digital Drawing Management

• Professional Communication

• Technical Problem Solving

Career Opportunities

Graduates may work as:

• CAD Technician

• Engineering Draftsperson

• Civil Engineering Drafting Technician

• Technical Drawing Officer

• Engineering Documentation Assistant

• Construction CAD Technician

• Survey Drafting Technician

• Design Office Assistant

• Project Documentation Officer

• Engineering Technician Assistant

• Infrastructure Design Assistant

Target Participants

This programme is ideal for:

• Secondary school graduates

• Engineering technicians

• Construction professionals

• Architects and architectural assistants

• Survey technicians

• Government employees

• NGO infrastructure project staff

• Contractors

• Entrepreneurs

• Anyone seeking professional competence in engineering drawing and computer-aided design

Teaching and Learning Methods

The programme adopts a competency-based, practical approach through:

• Interactive lectures

• Engineering drawing studio sessions

• Computer laboratory practicals

• CAD workshops

• Guided software demonstrations

• Drawing exercises

• Engineering case studies

• Individual and group projects

• Applied engineering drawing project

• Professional presentations

Assessment Methods

Participants are assessed through a combination of:

• Engineering drawing assignments

• CAD practical exercises

• Technical drawing portfolio

• Laboratory exercises

• Quizzes

• Mid-semester tests

• Individual and group projects

• Case study analyses

• Capstone Engineering Drawing and CAD Project

• Oral presentations

• Final examinations (where applicable)

Progression Opportunities

Graduates may progress to:

• Associate Degree in Civil Engineering at Clarity Peak College.

• Bachelor's degree programmes in Civil Engineering, Architecture, Construction Management, Building Technology, Surveying, or related engineering disciplines.

• Professional certifications in AutoCAD, Autodesk Civil 3D, Building Information Modelling (BIM), Engineering Design, Drafting Technology, Construction Management, and Geographic Information Systems (GIS).

• Advanced training in Revit, Autodesk Civil 3D, BIM, Structural Drafting, Infrastructure Design, GIS, 3D Modelling, and Digital Engineering Technologies.

Distinctive Features

• Industry-aligned curriculum developed from the Associate Degree in Civil Engineering.

• Strong emphasis on engineering drawing standards and practical CAD applications.

• Extensive hands-on experience in technical drafting and computer-aided design.

• Integration of engineering drawing, surveying fundamentals, construction technology, and project documentation within a single programme.

• Practical exposure to industry-standard engineering drafting and design software.

• Applied capstone project based on real-world engineering and construction drawing requirements.

• Competency-based learning aligned with current international engineering drafting and CAD practices.

• Designed to support immediate employment, career advancement, entrepreneurship, and academic progression.