The Professional Certificate in Building Information Modelling at CADD centre at CADD Centre Lanka allows you to have a professional level software learning and training in the broad discipline of Building Information Modelling which is a very popular method of organizing and making efficient the practice of managing engineering projects, it is highly gaining popularity in Sri – Lanka as well.
The software training included in this course are the major software packages used to practice Building Information Modelling and Project Management, hence, this course will provide the essential training required to upgrade your skills and also have a reputable skill upgrade qualification. All programs are a combination of 3 or 4 certificate level programs that broaden your skill set in the chosen domain.
Since our courses are skill based, the basic minimum educational qualification to join a Professional Certificate Programme is A Level. However certain advanced tools might require a pre-requisite, kindly cross check with the program coordinator for course specific details
This Professional Certificate is offered to students to be qualified to use the software through Four pathways, which are:
Practical Classroom Training
148 Hours
All Levels (Beginner to Intermediate)
Real project exercises included. This structured, fast-paced format ensures you gain confidence with Primavera quickly and can use its tools in everyday project planning scenarios.
All fees are non-refundable
Flexible installment plans available
LKR 2,000 Registration Fee (one-time)
International CADD Centre Certificate awarded upon completion.
Autodesk Revit Architecture is a Building Information Modelling software tool which allows users to design a building and its components in 3D, annotate the model with 2D drafting elements and access building information from the building models database. Revit comes with tools to plan and track various stages in the building’s lifecycle, from concept to construction and later demolition
This module provides a comprehensive introduction to Building Information Modeling (BIM) concepts and the Revit Architecture environment used in modern architectural design workflows. Students will explore the Revit user interface, navigation tools, project setup procedures, and essential architectural terminology required for BIM-based project development. The module also explains how BIM improves collaboration, project accuracy, and design efficiency in architectural and construction industries. By the end of the module, learners will gain the confidence to work within the Revit workspace and establish a strong foundation for advanced architectural modeling and documentation tasks
This module focuses on the creation, modification, and management of fundamental architectural building components within Revit Architecture. Students will learn how to design walls, doors, windows, floors, roofs, ceilings, curtain walls, stairs, and railings using accurate modeling techniques and parametric controls. The module also introduces editing tools, alignment methods, constraints, and family-based component placement to ensure precision in architectural design. Emphasis is placed on developing coordinated building models that meet industry standards while improving productivity and design consistency throughout the project lifecycle.
This module introduces the documentation and visualization tools used in Revit Architecture for creating professional architectural drawings and project presentations. Students will learn how to generate floor plans, sections, elevations, detail views, drafting views, and 3D perspectives while controlling visibility and graphic settings effectively. The module also covers dimensions, annotations, callouts, constraints, text tools, and detailing methods required for construction documentation. Learners will understand how to organize project views and create accurate documentation that improves communication between architects, engineers, and construction teams.
Autodesk Revit MEP Revit programming, from Autodesk, gives mechanical, electrical and plumbing (MEP) engineers with devices to plan the simulation capable MEP designs using the software Autodesk Revit. Revit MEP helps creators upgrade joint effort, investigation, outline, perception, and documentation.
This module introduces the Revit MEP environment and the workflow used for mechanical, electrical, and plumbing system design projects. Students will learn the basics of project setup, workspace customization, view management, and navigation within the Revit MEP interface. The module also explains the importance of BIM coordination in MEP projects and demonstrates how integrated project environments improve collaboration between engineering disciplines. By the end of the module, learners will understand the essential tools required for creating and managing MEP-based BIM projects efficiently.
Autodesk Revit Structural Revit programming, from Autodesk, gives Structural engineers with devices to plan the simulation capable structural designs using the software Autodesk Revit and also these designs are draft ready. Revit MEP helps creators upgrade joint effort, investigation, outline, perception, and documentation.
This module introduces the documentation and detailing tools required for creating professional structural drawings in Revit Structural. Students will learn how to generate plan views, sections, elevations, detail views, drafting views, and 3D structural representations with proper visibility settings and annotations. The module also explains dimensions, constraints, callouts, detailing tools, and documentation standards used in structural engineering projects. By mastering these tools, learners will improve their ability to communicate structural information clearly and create accurate construction documentation.
Autodesk Navisworks Navisworks is a 3D outline audit bundle for Microsoft Windows. Navisworks allows clients to open and collectively consolidate 3D models and constantly monitor, add remarks store data in a database, redline, perspectives and estimations. These 3D models and data can come from various software like Autodesk Revit, AutoCAD and MicroStation. A determination of modules improves the bundle including obstruction location, 4D time reproduction, photorealistic rendering and PDF-like circulating.
This module focuses on creating object animations and interactive visual presentations within Navisworks. Students will learn animation techniques used to simulate construction processes, equipment movement, and project sequences in a realistic environment. The module also introduces interactive viewpoints, presentation settings, and walkthrough tools that improve communication during project reviews and client presentations. By the end of the module, learners will be able to create engaging visual demonstrations that enhance project understanding and stakeholder communication.
This module explains rendering workflows and viewpoint management tools available in Navisworks for project visualization and presentation. Students will learn how to apply rendering settings, manage lighting effects, organize viewpoints, and work with linked external files efficiently. The module also covers techniques for improving model appearance and creating visually appealing project presentations for construction reviews and client approvals. Learners will develop professional visualization skills that enhance the overall quality of BIM project presentations.
This module introduces project scheduling simulation and timeline management tools available in Navisworks TimeLiner. Students will learn how to create tasks, link construction schedules, manage timelines, and simulate project progress using 4D BIM workflows. The module also demonstrates how construction sequencing and scheduling visualization improve project planning, coordination, and monitoring processes. By the end of the module, learners will understand how to integrate scheduling data with BIM models for efficient construction management.
This module focuses on clash detection, quantity extraction, and file management tools used in Navisworks coordination workflows. Students will learn how to perform clash detection analysis, manage interferences between project disciplines, generate quantity schedules, and organize supported file types effectively. The module also explains coordination review processes that help minimize design conflicts and improve project accuracy before construction begins. Learners will gain valuable coordination and project management skills essential for BIM-based construction projects.
Microsoft Project is a Project Management software that is developed by Microsoft to assist Project Managers to develop Project Plans, assigning resources to tasks, tracking project progress and optimizing workflows
This module introduces the fundamental project setup procedures and planning tools used in Microsoft Project for project management workflows. Students will learn how to create projects, configure calendars, define activities, and develop work breakdown structures (WBS) for organized project planning. The module also explains the importance of structured scheduling and activity management in achieving successful project execution. By the end of the module, learners will understand how to build organized project plans and establish a strong foundation for project scheduling and control.
This module focuses on advanced scheduling techniques and network analysis methods used in Microsoft Project for effective project planning. Students will learn how to create project schedules, analyze activity dependencies, and apply Critical Path Method (CPM), Program Evaluation Review Technique (PERT), and Precedence Diagramming Method (PDM) concepts. The module also explains how scheduling analysis improves decision-making and project time management. Learners will gain practical skills in managing project timelines and optimizing schedule performance.
This module explains resource management and project cost planning techniques within Microsoft Project. Students will learn how to allocate resources, estimate project costs, manage material and work resources, and analyze resource workloads effectively. The module also introduces resource contours, cost tracking methods, and budget management tools used in professional project environments. By mastering these techniques, learners will improve project budgeting accuracy and resource optimization capabilities.
This module introduces project constraints, risk analysis, and multi-project scheduling techniques used in Microsoft Project. Students will learn how to apply scheduling constraints, identify project risks, manage uncertainties, and coordinate multiple projects simultaneously. The module also explains risk management strategies and schedule adjustment methods that improve project flexibility and control. Learners will gain advanced project management skills required for handling complex project environments efficiently.
This module focuses on project monitoring, reporting, and control techniques used in Microsoft Project. Students will learn how to generate project reports, perform resource leveling, monitor schedule performance, and control project progress using tracking tools and analytical methods. The module also explains how project reporting improves communication, decision-making, and overall project management effectiveness. By the end of the module, learners will be capable of maintaining project performance and ensuring successful project delivery through effective monitoring and control practices.
Oracle Primavera is a software tool that is used to initiate, plan, execute, monitor & control, and complete a project within the estimates of schedule, budget, and resources. Also, Oracle Primavera allows the ability to manage consecutive projects at the same time and maintain a portfolio.
This module introduces the organizational and enterprise management structures used in Primavera for large-scale project planning and control. Students will learn how to create Organizational Breakdown Structures (OBS), Enterprise Project Structures (EPS), and project calendars for efficient project management workflows. The module also explains how enterprise structures improve coordination, reporting, and project hierarchy management across multiple projects. Learners will gain a strong foundation in Primavera project organization and enterprise-level scheduling systems.
This module focuses on work breakdown structures and activity planning techniques used in Primavera project management workflows. Students will learn how to define activities, establish sequencing relationships, manage durations, and apply project coding systems for organized scheduling processes. The module also introduces Precedence Diagramming Method (PDM) concepts and advanced activity management tools used in professional project planning environments. By the end of the module, learners will be able to create detailed and well-structured project schedules.
This module explains resource allocation and cost management techniques used in Primavera for project budgeting and planning. Students will learn how to manage resource information, assign resources to project activities, estimate project costs, and analyze resource profiles effectively. The module also covers budget tracking methods and cost planning workflows used in construction and engineering projects. Learners will gain practical skills in managing project resources and controlling project budgets efficiently.
This module introduces advanced resource leveling and multi-project scheduling techniques in Primavera. Students will learn how to balance workloads, manage resource conflicts, create master plans, and organize project data using grouping and filtering methods. The module also explains how Primavera supports simultaneous management of multiple projects while improving coordination and scheduling efficiency. By mastering these techniques, learners will enhance their ability to manage complex project environments and optimize resource utilization.
This module focuses on project performance monitoring and analytical reporting techniques used in Primavera. Students will learn how to track project progress, generate S-curves, apply earned value management methods, and create detailed project reports for performance analysis. The module also explains how progress tracking improves project control, forecasting, and decision-making throughout the project lifecycle. Learners will gain the ability to evaluate project performance accurately and communicate project status effectively through professional reporting tools.
Project Management Concepts introduces the student about much needed knowledge on the main strategic project management concepts
This module provides a comprehensive introduction to project management knowledge areas and integration management principles used in professional project environments. Students will learn the core concepts of project planning, coordination, execution, monitoring, and control across multiple project phases. The module also explains how integration management ensures effective communication and coordination between project activities, stakeholders, and resources. By the end of the module, learners will gain a solid understanding of project management frameworks and best practices used in various industries.
This module focuses on the essential project management processes related to scope definition, time scheduling, and cost control. Students will learn how to define project deliverables, create project schedules, estimate budgets, and manage project constraints effectively. The module also introduces techniques for controlling project scope changes, monitoring schedule performance, and maintaining cost efficiency throughout the project lifecycle. Learners will develop strong planning and control skills required for successful project execution.
This module introduces quality management and procurement processes used in project management practices. Students will learn quality assurance methods, quality control techniques, procurement planning, vendor evaluation, and contract management procedures. The module also explains how quality and procurement management contribute to project success by ensuring standards compliance and efficient resource acquisition. By mastering these concepts, learners will improve their ability to manage project quality and procurement workflows professionally.
This module focuses on team management, leadership, and communication strategies required for effective project execution. Students will learn how to manage project teams, assign responsibilities, develop communication plans, and engage stakeholders efficiently throughout the project lifecycle. The module also explains conflict resolution techniques, collaboration methods, and organizational communication practices that improve project coordination and productivity. Learners will gain valuable interpersonal and leadership skills essential for project management success.
This module explains the principles and techniques of project risk management used to identify, analyze, and mitigate project uncertainties. Students will learn how to assess project risks, develop response strategies, and monitor risk factors throughout project execution. The module also introduces qualitative and quantitative risk analysis methods, contingency planning, and proactive decision-making techniques. By the end of the module, learners will understand how to minimize project risks and improve project stability, performance, and overall success.
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✔ International CADD Centre Certificate – a credential recognised by industry professionals and employers.
✔ Practical experience with Civil 3D that you can showcase in portfolios and projects
This certificate demonstrates your ability to efficiently use Autodesk Civil 3D for design, modeling, drafting, and documentation in civil engineering contexts
designed for working professionals and students alike
Industry-relevant curriculum focused on real-world Navisworks applications.
Experienced instructors with hands-on guidance
Practical outcomes you can use immediately in your work or studies.
195,000 LKR
LKR 192,000 Save 11,000 LKR
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