The Master’s in BIM for Advanced Interior Architecture Design is a strategic specialization for professionals in the AECO sector who seek to master the BIM methodology in interior design projects. This program addresses the growing complexity of the built environment and the imperative need for both a technical and aesthetic vision in the design of spaces. It equips you with BIM methodology, an essential tool for the conceptualization, management, and comprehensive development of any project, enabling you to integrate this technology from the earliest stages. You will optimize visualization and client interaction, ensuring smooth execution and efficient BIM-based interior design project management. You will develop an advanced vision that spans from stylistic and compositional principles to the technical definition of elements such as lighting, furniture, and material selection. You will manage construction and subsequent maintenance with a comprehensive perspective, anticipating challenges and optimizing resources. This approach will allow you not only to design but also to direct and execute interior architecture projects with precision and control, enhancing your responsiveness and professional relevance in a market that demands highly specialized professionals. You will master information management and architectural interior modeling, which form the foundation for strategic decision-making.
Objectives
• Conceptualize interior design projects with a holistic approach, encompassing everything from stylistic and compositional principles to functionality and market demands. • Lead and coordinate interior architecture projects using advanced BIM tools, optimizing the entire project lifecycle. • Develop spatial design solutions for various project types (residential, commercial, office, leisure), adapting to their functional requirements. • Apply BIM methodology for modeling architectural elements and efficient document management, ensuring accuracy and consistency. • Manage detailed information on components and furnishings within the BIM environment to inform decision-making. • Integrate interior design theory with professional practice and BIM methodology, creating high-value, coherent projects. • Strategically define technical aspects of projects—such as lighting, furnishings, and construction management—to optimize resources and outcomes. • Analyze the impact of design and management decisions on the sustainability and efficiency of subsequent maintenance of interior spaces.
Methodology
At Educa PHAROS, we use a highly practical methodology focused on the direct application of knowledge in the student’s professional environment, combining theoretical content with real-world cases, digital tools, and support from a team of specialized instructors.
Program
A Brief History of Interior Space
Main Styles
Terminology
Space and Function
New Practices
Design vs. Decor
Working with Color
The Influence of Light
The Impact of Textures
Patterns and Scales
Spatial Typologies
Residential Spaces
Office spaces
Commercial Spaces
Recreational Spaces
The customer
Sources of Inspiration
Useful Tools
Develop and Present a Concept
Start of the project
Introduction to Integrated Design
Some Basic Concepts
The Dimensions of BIM and Uses of BIM
The Integrated Project
Lean Construction
Introduction and Project Setup
Preliminary work, walls, floors, and ceilings
Place families, doors, and windows
Stairs, Ramps, and Handrails
Structural Elements
Creating and Configuring Views
Rooms and Labels
Dimensions, text, and notes
Creating Maps and Legends
Visual Project Management
MEP and custom-built furniture
Finishes and Furniture
Area Tables and Element Counts
Drawing Management and Project Interface
Publish and Export
Collaborative Environments
Federated models
Collaborative Networking
The subprojects
Interoperability and Collaboration
Planning in Navisworks
Selection in Navisworks
4D BIM Simulation
Timeliner
Case Study
Introduction to Measurements
Measuring with Navisworks (I)
Measuring with Navisworks (II)
Measuring with Navisworks (III)
2D Measurements
BIM Execution Plan (BEP)
Steps for Developing the BEP
Level of Detail (LOD)
Classification Systems
Style Guide
What is Dynamo?
The User Interface
Create a parametric circle
Introduction to Nodes and Cables
Browse the library's nodes
Introduction to Data Types
Lists and Dictionaries
Select items
Conditional Logic
Filter and Group
Geometry for Computational Design
Vector, Plane, and Coordinate System
Points and Curves
Exercise: Create a set of beams
Surfaces and Solids
Type vs. Instance Parameters
Add an identifier to beams (I)
Run the identification routine from the Player
Find columns based on their coordinates
Copy Values Between Parameters
Wall Structure
Sweeps and Looms
Stacked Walls
Curtain Walls (I)
Curtain Walls (II)
Introduction to Conceptual Modeling
On-site Mass Modeling
NASA's Face Modeling
Model Setup and Mass Analysis
On-site Component Modeling
Introduction to Creating Families
Skeleton and Dimensioning
Parameterization and Types
Definition of Geometry
Foster Families
Creating Design Options
Working with Design Options
Project Phase Management
Working in Phases: A Case Study
Family Management
Introduction
Algorithmic Drawing
Thinking in Terms of Code
The New Modularity
Define the parameters of a geometry
Introduction
Wall Finishes
Floor Finishes
Modeling the baseboards
Modeling a Parametric Suspended Ceiling
Setting Up Tables (I)
Setting Up Tables (II)
Parametric Shelving (I)
Parametric Shelving (II)
Generative Design
Sealing off walls and windows
Tagging the walls
Label the floors
Creating Plans (I)
Creating Plans (II)
Introduction to Rendering Processes: A Workflow Focused on Interior Images
How the V-Ray interface works. General features. Types of render engines. Uses and benefits of each
Outdoor lighting and camera options. Setting up the scene. Troubleshooting
Environments and Indirect Lighting. Backgrounds and the Meaning of HDRI in Interior Images
Interior Lights: Types and Uses
Interior Lighting (II). Application on Stage
Applications of Materials in Geometry (I). Properties of Materials
Application of Materials (II). Texture Maps
Applications of Materials (III). Reflection, Refraction, Emissivity, and Transparency
Exporting results. Image formats and channels. Post-production work
Render Farms: Uses and Benefits
Preparing Geometry for Export
Platforms and How They Work: Examples and Recommendations (I)
Platforms and How They Work: Examples and Recommendations (II)
Export formats and compatibility with other external platforms: Lumion, UE4, Twinmotion
Introduction to Enscape: Current Advantages and Limitations
Interior Image Workflow for Enscape (I)
Creating Animations (I). Sequential Walkthrough
Creating Animations (II)
Creating Animations (III). Resource Optimization. The Relationship Between Rendering Time and Quality
Educa PHAROS is a training solution for businesses that centralizes learning, simplifies user management, and allows you to track progress through dashboards and reports.
It is designed for organizations that want to develop internal skills, standardize role-based training, and have traceability and learning metrics.
It includes learning paths by profile, user and permission management, progress reports, certification, and access to masterclasses or live sessions (depending on the plan).
It is based on best practices in security, access control, learning traceability, and implementation support. Customize this text according to your commitments (SLA, compliance, etc.).
Educa PHAROS is a next-generation training model that places a company’s human capital at the forefront. Through a platform that adapts to each company’s corporate identity and offers a total of more than 900 courses, it provides tailored training for each organization. The unlimited flat-rate plan provides each company with the number of courses that best suits its needs, as well as the ability to determine which employees will have access.
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Architecture and Construction 
Spanish 
Credits: 60 ECTS
Leadership and Management 
Spanish
60 ECTS