You're a civil engineer. What project management tools do you need to succeed?

Excel and primavera seems to be very helpful in managing projects. You can extract the kind of information you need with these tools which can be understood easily by stakeholders.

Project Management software like Primavera is most important and I can easily explain as the Backbone for optimizing the Planning, Construction, Execution, and manage the resources of the Project as lifeline. Moreover, it’s my personal experience that the Contract Agreements choose Primavera is because it improves transparency and visibility for the Project.

As a Civil Engineer, being organized is essential. Utilizing a simple tool for storing project documents, tracking revisions, and managing RFI's is sufficient. Alternatively, employing a professional tool like Bluebeam can aid in measurements, markups, and reviews. For complex projects requiring resource tracking, Oracle P6 is ideal, while MS Project suffices for others. Regardless of the tools used, staying on top of project issues is crucial for success.

En mi opinión las herramientas de gestión de proyectos que pueden ser útiles para tener éxito incluyen software de gestión de proyectos, como Microsoft Project o Primavera P6, que ayudan a planificar, programar y monitorear el progreso de los proyectos. Lógicamente es imprescindible tener habilidades sólidas de gestión de proyectos, como la capacidad de planificar y priorizar tareas, comunicación con los miembros del equipo y los interesados, y resolver problemas y tomar decisiones efectivas.

Um software de gerenciamento de projetos é essencial para otimizar o planejamento, execu??o e controle de tarefas em um projeto. Facilita a colabora??o entre membros da equipe, oferece visibilidade sobre o progresso, aloca??o de recursos e prazos. Ao centralizar informa??es, promove a eficiência, reduz riscos e contribui para a entrega bem-sucedida de projetos, garantindo alinhamento com metas e maximizando a produtividade da equipe.

The critical role that design and engineering software play in the success of project management endeavors. From the initial schematic stage to the final as-built stage, the utilization of various software applications is indispensable for preparing, managing, and collaborating on drawings and documents across global teams. In today's dynamic project landscape, the seamless integration of design and engineering software facilitates enhanced efficiency, accuracy, and collaboration throughout the project lifecycle. These software tools empower teams to streamline processes, mitigate risks, and deliver superior outcomes within predetermined timelines and budgets.

For civil engineers, design and engineering software is indispensable. This digital tool enables the creation, modification, and analysis of project designs and specifications. It supports various project aspects, including concept development, layout creation, parameter application, calculations, simulations, design optimization, and drawing/model generation. Integration with other tools, such as project management or structural analysis software, enhances overall design capabilities. Examples of design and engineering software in civil engineering include AutoCAD, Revit, Civil 3D, and Bentley.

En mi actividad como ingeniero civil, considero que otra herramienta de gestión de proyectos que puede ser útil para tener éxito es el software de dise?o e ingeniería, tales como Revit, Civil 3D, que ayudan a dise?ar y modelar estructuras y sistemas de construcción de manera eficiente y precisa. Estas herramientas nos ayudan a colaborar con otros miembros del equipo y a compartir información y datos de manera efectiva.

Bentley is a software company not an application. Comparable applications from Bentley would be Microstation and Open Roads. Many other applications are used in different engineering fields. Inventor, Solidworks, Hec Ras, Staad are some other examples.

Revit is one of the most complete BIM Modeling software on the market, in addition, it has an ecosystem of applications that allow you to improve the design experience. Projects developed under firm BIM knowledge and design criteria ensure the support of construction information, costs, measurements, materials, execution times, etc.

Geospatial and environmental software is indispensable for civil engineers. This digital tool facilitates the collection, processing, and interpretation of geospatial and environmental data. It aids in surveying, mapping, topography analysis, hydrology modeling, and environmental impact assessment. The software ensures compliance with regulations and standards while assisting in environmental risk mitigation and management. Integration with other tools, such as project management or engineering software, enhances decision-making. Examples include ArcGIS, QGIS, HEC-RAS, and Envi.

Permite a análise e visualiza??o de dados geoespaciais, o que é fundamental para o planejamento e projeto de infraestruturas, edifícios e outras estruturas civis. Com o uso do software, é possível mapear terrenos, identificar características do solo, avaliar riscos ambientais e planejar o uso do espa?o de forma mais eficiente. Além disso, o software oferece ferramentas para a modelagem e simula??o de fen?menos naturais, como inunda??es, deslizamentos de terra e impactos ambientais. Isso ajuda os engenheiros civis a avaliar os riscos associados a esses fen?menos e a incorporar medidas de mitiga??o em seus projetos. Capacidade de integrar dados ambientais, como qualidade do ar, recursos hídricos e preserva??o da biodiversidade.

Here are some commonly used geospatial and environmental software for civil engineers: - ArcGIS: Developed by Esri, ArcGIS is a powerful geographic information system (GIS) software that enables civil engineers to analyze and visualize spatial data. It is used for mapping, spatial analysis, and managing geospatial information. - GIS Software: These tools help in analyzing, interpreting, and visualizing geospatial data. - WaterCAD/WaterGEMS: These are hydraulic modeling software tools developed by Bentley Systems. They are used for the analysis and design of water distribution systems. - MATLAB or Python: For custom analysis and scripting, knowledge of programming languages like Python or MATLAB can be beneficial.

For civil engineers, construction and quality control software is crucial for effective project execution. This digital tool aids in coordinating construction activities, managing resources, and monitoring progress and costs. It facilitates quality and safety inspections, issue identification and resolution, and documentation of records and results. Integration with project management, design, and engineering software streamlines construction management and quality assurance processes. Examples include PlanGrid, Fieldwire, BIM 360, and Buildertrend.

Mediante la utilización de los software de construcción y control de calidad podemos monitorear y administrar el progreso de la construcción de manera más eficiente y efectiva, lo que incide en un ahorro de tiempo y reducción de costos. Estas herramientas entre las que puedo mencionar PlanGrid, BIM 360 ayudan a garantizar que se cumplan los estándares de construcción, calidad y seguridad de manera adecuada y efectiva. Estos software de construcción y control de calidad como herramienta colaborativa, tienen toda la información necesaria disponible para todos en un solo lugar , al mismo tiempo que se pueden actualizar al instante para que todo el equipo siempre esté al tanto de la información actualizada .

- Procore: It is a construction project management software that streamlines communication, document management, and collaboration among project teams. - Construction Quality Management (CQM) Software: Solutions like Buildup, or Buildots are designed to streamline quality management processes on construction sites, including punch list management and issue tracking.

Ce type de logiciel est indispensable à la bonne marche d un projet il est cependant dommage qu’il soit souvent limité à une minorité d interlocuteur. L information n est alors pas diffusée correctement. Une méthode parfois plus simple est aussi plus facile d accès.

Construction and quality control serve as the linchpin in civil engineering, determining the success or failure of any project. A misstep in either area can have profound consequences. Therefore, the integration of cutting-edge tools and software is crucial to maintaining quality throughout the project life cycle. An emerging and underexplored tool in this realm is virtual reality software, exemplified by platforms such as Autodesk Live, Fuzor, and others. These applications prove invaluable for on-site inspections and enhancing the efficacy of quality control processes.

Para que possamos difundir o BIM em nosso país, acho que precisamos tornar isso acessível. N?o adianta querer cobrar mais do seu cliente só porque estamos falando de BIM... Vamos ser francos, os nossos clientes querem mais resultados com menos investimento, ent?o é difícil fazer eles gastarem mais pensando em longo prazo, pois eles querem primeiro ver o resultado para depois investir... E qual a melhor estratégia ent?o? Utilize ao máximo as ferramentas gratuitas ou testes para mostrar esse resultado, mesmo que isso atrapalhe o fluxo ideal inicialmente... Após o resultado ser entregue e aprovado, aí vamos entrar no ponto de investir e melhorar todo processo.

Utilize BIM software to enhances collaboration and visualization of project components. Project management platforms like Procore or Autodesk Construction Cloud help in tracking progress, managing documents, and facilitating communication. Scheduling tools like Microsoft Project assist in creating and managing timelines. Cost estimation software such as CostX aids in accurate budgeting. Geographic Information System (GIS) tools enhance spatial analysis for infrastructure projects. Collaboration tools like Slack or Microsoft Teams foster real-time communication. Additionally, CAD software like AutoCAD is crucial for design and drafting. Implementing these tools collectively ensures efficient project planning, execution, and delivery.

Software skills and implementation is one part of the game . The key skill required to have a constant focus on key deliverables which affects the critical path of the project . Continuous follow up and flagging so that all stakeholders are aligned to the ultimate objective .

L’utilisation de logiciel est chaque jour plus importante, mais on sous estime souvent l adaptation de chacun à son utilisation et l intégration dans un contexte général de projet. Il est nécessaire de faire une étude globale pour intégrer au lieu chaque solution dans un système global.

As a project manager it is critical to be able to stand back from any one situation and be able to see the "whole picture". This enables you to understand how individual decisions, about anything, can impact on an entire project. What might on the surface appear to a very minor decision or issue can have significant impacts. The first thing that comes to mind is safety. Just because something has not gone wrong previously does not mean something is safe. As I understand it one of the biggest learnings that NASA had following the two Space Shuttle disasters is what was termed "normalisation of deviation" i.e. the more that something happens with no adverse consequences, the more likely the action or decision is to be repeated.