Simone Behling

Research Assistant in the project: "Guidelines for Implementing Distance Learning of BIM through Revit." The study focused on identifying optimal methods for teaching Revit in Civil and Electrical Engineering programs. University courses, including Technical Drawing, Descriptive Geometry, and graphic representation with AutoCAD, were analyzed to identify gaps and integration opportunities. As a result, an online Revit course was developed to support students, complemented by in-person sessions that applied and validated the effectiveness of the studied methodologies.

• Educational Content Development – creation of a structured online course tailored to meet the specific learning needs of engineering students.
• Application of Pedagogical Methodologies – knowledge of applied teaching methodologies, including validation of educational approaches through practical sessions.
• Proficiency in BIM Software (Revit) – advanced skills in Revit to develop instructional materials and teach its practical application in academic contexts.
• Communication and Collaboration – consistent interaction within a research group, ensuring cohesion in project execution and methodology implementation.
• Educational Project Planning and Management – organizational skills to coordinate the online course creation and in-person sessions, including timelines and project milestones.
• Technical Expertise in Graphic Representation – advanced understanding of Technical Drawing, Descriptive Geometry, and AutoCAD, facilitating integration of these topics in teaching Revit.

Technological Research Fellow in the project: "Technical Collaboration for Assessing Innovation Potential, Opportunity Mapping, and Enhancing Sustainability of New Facilities for the Federal Highway Police in Rio Grande do Sul." Responsibilities included conducting a detailed survey of the Bank of Brazil Mechanization Center, designed by the Roberto Brothers, later remodeled to serve as the headquarters of the Federal Highway Police. Collaborated in modeling the building using ArchiCAD and collecting project requirements alongside the Federal Highway Police, the building’s future users. The project utilized ArchiCAD, Solibri, Navisworks, Python (for data analysis), and EnergyPlus. The proposed remodeling project was successfully executed and completed in 2023.

• Survey and Analysis of Historical Buildings – ability to collect and analyze cadastral data to adapt existing structures.
• Advanced BIM Modeling (Archicad, Solibri, and Navisworks) – experience in modeling complex structures and verifying compatibility and clashes between disciplines.
• Data Analysis with Python – application of scripts for data processing and project analysis, supporting informed decision-making.
• Project Requirements Gathering and Analysis – collection and documentation of requirements in collaboration with end-users to guide the remodeling project.
• Energy Efficiency Simulation (EnergyPlus) – use of software for energy simulations and sustainability assessments of the building.
• Teamwork and Client Collaboration – communication and collaboration skills with diverse stakeholders, such as the Federal Highway Police, to understand needs and integrate requirements.
• Workflow Management and BIM Project Coordination – coordination of workflows between modeling, requirements analysis, and simulations, ensuring integrated and efficient project execution.

Assisted in architectural, electrical, and hydraulic design for a single-family residence and a large retail store (Camicado) using Revit. Collaborated on necessary compatibility checks with other disciplines utilizing Navisworks. Additionally, engaged in project execution planning with MS Project and Navisworks, ensuring efficient workflow and adherence to project timelines. Gained hands-on experience in BIM applications and integrated design processes within a leading firm in the industry.

• BIM Modeling (Revit) – ability to create architectural, electrical, and hydraulic designs in a BIM environment.
• Project Coordination (Navisworks) – experience in performing compatibility checks between disciplines to avoid conflicts and ensure project integrity.
• Execution Planning (MS Project) – capacity to plan and manage project execution timelines, optimizing resources and deadlines.
• Teamwork – effective collaboration with various teams and disciplines to ensure project cohesion.
• Critical Project Analysis – ability to identify and resolve design issues during the modeling and coordination processes.
• Workflow Management – experience in organizing and coordinating integrated workflows among different tools and teams.

Responsible for the development of large and medium-sized commercial projects, with an emphasis on BIM model analysis and process standardization. This role involved the creation and management of templates to ensure consistency and efficiency in project execution. Worked on integrating collaborative modeling practices and utilizing BIM tools to optimize workflow, facilitate communication between teams, and ensure the quality of deliverables. Collaboration with architects, engineers, and other professionals was essential to identify improvement opportunities, implement best practices, and meet the specific needs of each project, contributing to the success of the company's commercial initiatives.

• Collaborative Modeling Practices – Experience in promoting and facilitating collaborative modeling among multidisciplinary teams.
• Project Management – Ability to manage project timelines, resources, and deliverables effectively, ensuring successful completion of commercial projects.
• Quality Assurance – Strong focus on quality control and assurance throughout the project lifecycle to meet industry standards and client expectations.
• Technical Proficiency – Advanced knowledge of BIM software and tools, including Revit, Navisworks, and other relevant applications.
• Cross-Functional Collaboration – Experience in working with architects, engineers, and other stakeholders to foster communication and collaboration.
• Problem-Solving Skills – Strong analytical skills for identifying issues and developing effective solutions within BIM processes.
• Training and Mentoring – Ability to train and mentor team members on BIM standards, processes, and best practices.

With the aim of improving BIM processes within the office, began implementing automations using Dynamo and Python. Due to the satisfactory results, gained recognition and established the Technology Hub, dedicated exclusively to process automation and the development of internal tools and plugins. Initially, the plugins were created to assist in managing templates and families but quickly expanded to serve all Revit users in the office. The first plugins were developed in Dynamo, but over time, they migrated to Python, becoming increasingly robust and necessitating the integration of C# and .NET to meet the growing needs of the team and optimize workflows. This role involved continuous collaboration with architecture teams to identify needs, design effective solutions, and ensure the successful implementation of automations in projects.

• BIM Process Improvement – Expertise in analyzing and enhancing BIM workflows for increased efficiency.
• Automation Implementation – Proficiency in implementing automation solutions using Dynamo and Python.
• Technology Hub Development – Experience in establishing a technology-focused team within the office.
• Tool and Plugin Development – Skills in creating and refining internal tools and plugins to support Revit users.
• Programming Languages – Proficient in programming languages, including Dynamo, Python and C#.
• Project Collaboration – Strong ability to collaborate with multidisciplinary teams to identify needs and develop effective solutions.
• Template and Family Management – Experience in managing and optimizing templates and families within Revit.
• Workflow Optimization – Skills in analyzing and streamlining workflows to enhance productivity and reduce redundancy.
• Problem-Solving – Strong analytical skills for identifying issues and developing effective automation solutions.
• Training and Support – Ability to provide training and support to team members on newly implemented tools and processes.

Assisted in three research projects: one focused on flow analysis at the Hospital de Clínicas de Porto Alegre, another on abstract requirements analysis at Santa Casa, and a third on pathology registration. The flow analysis involved empirical observation and interviews to assess internal hospital flows, resulting in the modeling of ideal and actual flow maps. The second research project involved developing an expansion for the hospital based on abstract requirements gathered from users through observation and interviews, leading to architectural designs shaped by emotional responses. Graphs were used to represent each room as a node, incorporating properties related to the physical environment, number of users, and recurring emotions. The third research project focused on developing a Revit plugin that identified and registered building pathologies throughout its lifecycle, documenting each pathology with coordinates, registration dates, and possible causes in a table that could be viewed directly in Revit or externally via Excel.

• Empirical Research and Data Collection – ability to conduct observations and interviews to gather qualitative data for analysis.
• Flow Analysis and Modeling – experience in analyzing and modeling internal hospital flows, including the creation of flow maps and heat maps.
• Abstract Requirements Analysis – skill in extracting and analyzing abstract requirements from users to inform architectural design decisions.
• Graph Theory Application – ability to use graphs to represent spatial relationships and properties of rooms within the hospital, incorporating user data and emotional responses.
• Development of BIM Plugins (Revit) – experience in creating plugins for Revit, enhancing the software's functionality for specific needs such as pathology registration.
• Pathology Documentation and Management – understanding how to catalog building pathologies, including their coordinates, registration dates, and potential causes.
• Technical Communication and Documentation – capability to document research findings and technical processes clearly for future reference and stakeholder communication.

Actively participated in the development of plugins for Revit, focusing on the integration of IFC models. Utilizing Python and the Revit API, solutions were designed to meet the specific needs of the firm. As a member of the technology team dedicated to automating BIM processes, contributed to the creation of tools that facilitated collaboration between architecture and engineering teams. The developed solutions not only optimized workflows but also enhanced communication and integration among disciplines. This role required close collaboration with cross-functional teams to identify requirements, design solutions, and ensure the effective implementation of plugins in ongoing projects, resulting in a more efficient and productive work environment.

• Plugin Development – Proficiency in creating custom plugins for Revit using Python and the Revit API.
• IFC Model Integration – Expertise in integrating Industry Foundation Classes (IFC) models within Revit to enhance interoperability.
• BIM Process Automation – Experience in automating workflows and processes within a BIM environment to improve efficiency.
• Cross-Functional Collaboration – Ability to work closely with architecture and engineering teams to understand needs and develop tailored solutions.
• Technical Problem Solving – Strong skills in diagnosing and resolving technical issues related to plugin functionality and integration.
• User-Centric Design – Understanding of user requirements and behaviors to create effective tools that enhance user experience.
• Documentation Skills – Ability to document plugin functionality and provide comprehensive user guides for internal teams.
• API Utilization – Familiarity with leveraging APIs to extend software capabilities and customize workflows according to project needs.
• Agile Development Practices – Experience working in an agile environment to iteratively develop and refine plugins based on feedback.
• Training and Support – Skills in training team members on the use of developed plugins and providing ongoing technical support.

Worked in the projects and design area, focusing on the development of alternative architectural projects using unconventional materials. Participated in the design of projects for restaurants, bakeries, and cafes, encompassing everything from initial conception and concept creation to planning and execution. All projects were modeled using ArchiCAD, ensuring precision and quality in design. This role involved collaboration with multidisciplinary teams to integrate innovative and functional solutions, providing unique experiences for users of the designed spaces. The experience enhanced skills in creative design, project management, and the use of 3D modeling tools.

• Alternative Design Approaches – Expertise in developing innovative architectural solutions using unconventional materials.
• Architectural Modeling – Proficient in using ArchiCAD for accurate and high-quality 3D modeling.
• Collaboration Skills – Strong ability to work collaboratively with multidisciplinary teams to achieve project goals.
• Conceptual Design – Skills in creating unique concepts that enhance user experience in commercial spaces.
• Creativity and Innovation – Strong creative thinking skills to devise alternative solutions and designs.
• Communication Skills – Effective communication abilities to present design concepts and collaborate with team members.
• Problem-Solving – Strong analytical skills to address design challenges and develop effective solutions.

Responsible for leading the projects and data analysis department, focusing on evaluating and adapting BIM models to meet the office's established standards. Conducts simulations of construction phases and the placement of equipment on construction sites, ensuring project feasibility. When necessary for the correct execution of the works, develops detailed simulations of construction stages and plugins to support the engineering team in evaluating and approving services.

Developed the BIM mandate and supervised the approval of contracts with designers, establishing clear guidelines and ensuring quality in project deliveries before transferring them to the field execution team. During the entire construction monitoring process, provides continuous support through meticulous analyses and extraction of data from BIM models. To optimize these processes, developed several plugins for Revit, all programmed in C# and .NET. These plugins include tools for concrete volume calculations, creation and export of quantity and budget tables, as well as support for the supply department, ensuring greater efficiency and precision in project operations.

• BIM Model Analysis
• C# Programming
• .NET Development
• Revit Plugin Development
• Construction Phase Simulation
• Project Quality Assurance
• Data Extraction and Analysis
• Quantity Takeoff and Budgeting
• Process Optimization
• Interdisciplinary Collaboration
• Construction Monitoring
• Revit API
• Agile Methodology

As a .NET Developer, is dedicated to creating solutions for the construction industry, addressing the needs of engineering and architecture firms, as well as other disciplines involved in the field. Their primary focus is on developing applications aimed at Building Information Modeling (BIM) software.

To manage tasks and promote team collaboration, they utilize Azure DevOps, with C# as their main programming language. However, they also resort to other languages, such as Python and C++, whenever necessary to meet specific requirements.

They have solid experience in the MVVM (Model-View-ViewModel) architecture and the .NET framework, developing applications in the WPF (Windows Presentation Foundation) environment, ensuring the creation of intuitive and high-quality user interfaces.

• Development of Solutions for the Construction Industry
• Programming in C#
• Development of BIM Applications
• Utilization of Azure DevOps
• Programming in Python
• Programming in C++
• MVVM (Model-View-ViewModel) Framework
• .NET Framework
• WPF (Windows Presentation Foundation) Development
• UI/UX Design