You’re a Structural Engineering professional. What are the best project management tools for you?

As a structural engineering professional, the best project management tools are: Microsoft Project: Ideal for detailed scheduling and resource management. AutoCAD Civil 3D: Excellent for civil engineering-specific design work. Revit: Great for Building Information Modeling (BIM) and enhancing collaboration and visualisation. Trello or Asana: User-friendly for task tracking and team collaboration. Primavera P6: Advanced tool for managing large-scale engineering projects. Smartsheet: Combines spreadsheet-like interface with project management functionalities. Slack: Effective for team communication and integration with other tools. Each tool has unique features catering to structural engineering project management aspects.

Being a Structural engineer top project management tools I would be counting are: OFC Excel or any spreadsheets that would surely help to curate tailor-made project-control dashboards Microsoft Project and Primavera P6 : Great tools to manage projects and ofc Navisworks: This is for construction projects; precise and meticulous use of this can take you a step ahead in becoming the literal god of construction management .

draw with a pencil and paper. if you cant use that, stay away from any design. go be a project manager or barista. I need to add characters.

I think, in the current time, we are using a lot of software for structural project management and analysis. I have listed some software which is used in structural project management. The structural project for project management tools, 1. MS Excel: calculation for all manual analysis and time management 2. Cad: project planning, project framing structure. 3. Analysis software: Staad Pro, Csi Software, Etabs, SAP 2000, Safe, and Midas 4. Project management (Primavera, Ms. Project) 5. Revit, Navis, and Tekla software for 3D visualisations These are software programmes for structural project management.

There is a huge development in SW field during past 10 years qualitatively and quantitatively. So it made easier us our work comparatively. But we say the SW should have to be used wisely and appropriately as it is a coded program and can get results even for some non existing structures

In my experience, BIM software allows all other engineering and architecture trades work with improved accuracy and coordination for clash detection. It will also increased productivity and efficiency of works. Additionally, it provides better insights of the projects as you have 3d views so structural engineers have a better understanding of the project so they can design it more accurately and effectively.

In the realm of BIM Software: Revit plays the maestro, orchestrating collaboration with its BIM approach. Tekla Structures takes the lead in construction, streamlining 3D model creation. ArchiCAD is the architect's ally, facilitating detailed designs and documentation. Navisworks steps in as the coordinator, ensuring seamless collaboration among disciplines. BIM 360 acts as the project's hub, connecting teams and data for streamlined workflows. Vectorworks brings versatility, serving architects, landscape designers, and more. These BIM tools, each with its unique role, contribute to collaborative design, detailed modeling, and efficient project coordination.

As a structural engineer, you may find the following project management tools useful: PlanRadar: This software is designed to help structural engineers manage their projects more efficiently. It digitizes paper-based plans and checklists, automates tasks, and enables streamlined collaboration with team members both on-site and in the office. Revit: This software is a trustworthy structural engineer software that offers project management features such as tracking progress, scheduling tasks, and managing resources. It also has the capacity to estimate the cost of buildings. RISA: This software is a general 3D design software that offers structural analysis and a variety of more niche and structure-specific software.

Building Information Modeling (BIM) software, such as Autodesk BIM 360 or Trimble Tekla Structures, enhances collaboration and data integration. BIM tools allow for the creation of intelligent 3D models that include not only geometry but also information about materials, quantities, and more.

For project management, BIM software is more geared towards architecture, engineering and construction projects for visualization, collaboration and data management.

My advice here - Choose wisely. Whatever tool you pick you will be married to for a long time. Even if you switch, you'll still need a subscription for historical & legal reasons. We had many & made huge financial investments in switching and 'upgrading'. We eventually decided to create our own software so we own licenses & it's completely custom. Watch out for unexpected setup fees, long term contracts, yearly price increases, custom needs you have that cost for an expert to create, software updates that you must invest time & money to keep up with, and software with new faces over very old code. Research, compare, and base your financial decision on years worth of investment.

From my point of view there are several tools for various purposes such as design, analysis, documentation, and collaboration. In fact the use of specific tools depends on the specific demand and operators preference as well as accessibility and availability of the tool at projects. However I personally prefer the tools such as REVIT that can easily plug in to the other tools.

????? Master the Symphony of Project Success with Software Sorcery! ???? Project Management Software, your magical wand to orchestrate triumph from initiation to culmination. Enchant tasks into a harmonious choreography, monitoring every note of progress. Budgets bow before your command, and results shine in your mystical reports. Conjure collaboration with team alchemy, a nexus where documents and data weave spells of efficiency. Behold the sorcerer's quartet – Microsoft Project, Asana, Trello, and Basecamp. Unleash the magic, conduct project mastery! ???? #ProjectManagementMagic #StructuralTriumph #SoftwareSorcery

When choosing a project management tool, consider the specific needs and size of your structural engineering projects, as well as the preferences and familiarity of your team members. Additionally, ensure that the selected tool integrates well with other software or platforms commonly used in the structural engineering field.

On construction ??? projects we’ve used Procore and eBuilder. I found them very helpful in managing and tracking project progress. They’re also very useful when it comes to streamlining the approval processes for submittals, RFI’s and change orders as they automatically assign the next person in line in the review and approval process. They give the ability to have access to the latest drawings, specifications and submittals at any time, which is excellent for collaboration in the field for both designers and contractors.

???? Ignite Synergy with Structural Brilliance! ????? Collaboration Software, your cosmic bridge to real-time communion. Transmit brilliance, exchange ideas like constellations aligning in the celestial workshop. Navigate seamlessly through feedback cosmos, solving quandaries with the swiftness of shooting stars. Enter the realm of virtual congregations – webinars, conferences, online meetings; where structural epiphanies take center stage. ??? Zoom, Slack, Teams, Google Workspace – the cosmic quartet of collaboration, orchestrating brilliance in structural cooperation! ???? #CollaborationCosmos #StructuralSynergy #CosmicCommunication

For structural engineers using Slack, it's essential to create specific channels for projects, utilize direct messages and group chats for focused communication, and integrate relevant apps for a seamless workflow. Sharing and collaborating on design files within Slack, setting notifications wisely, and encouraging the use of threads for detailed discussions contribute to an organized and efficient communication environment. Regular check-ins, mentions, and reactions help maintain team cohesion while archiving inactive channels ensures a clutter-free workspace. Overall, promoting a positive and inclusive culture enhances collaboration among team members in the platform.

In the world of Analysis Software: STAAD.Pro is the superhero, diving deep into structures with precision. SAP2000 acts as the detective, untangling complexities in dynamic projects. ETABS stands as the guardian, ensuring buildings stand strong and secure. Abaqus serves as the scientist, predicting structural behavior in diverse conditions. OpenSees, a community effort, ensures structures can withstand earthquakes. Lira Software adds its expertise, a reliable partner in structural analysis. These tools, like specialized detectives, uncover issues, ensure safety, and optimize designs for unique project challenges.

???? Unleash Structural Mastery! ???? Analysis Software, the artisan's chisel sculpting perfection in structural endeavors. Harness the prowess of SAP2000, ETABS, ANSYS, and Abaqus – your virtual toolkit for intricate calculations and design validations. With each keystroke, dive into the intricacies, verifying assumptions, optimizing materials, and ensuring the symphony of your design resonates with industry codes. ????? Elevate structural integrity, where every simulation is a brushstroke painting a canvas of safety and reliability. ???? Structural Brilliance Unleashed! #StructuralAnalysisMastery #EngineeringExcellence #VirtualToolkit

I leverage Tekla Structures as a robust analysis software in my structural engineering workflow. Tekla Structures stands out for its advanced modeling capabilities and intricate detailing features, enabling me to perform comprehensive structural analyses with precision and efficiency. The software's seamless integration with other design tools facilitates a cohesive workflow, allowing me to seamlessly transition from analysis to detailed modeling and documentation.

a. Integration Capabilities: Choose tools that offer integration capabilities, allowing smooth data exchange between CAD, BIM, project management, and analysis software. Seamless integration enhances workflow efficiency. b. Cloud-Based Solutions: Consider cloud-based solutions for accessibility and collaborative work, enabling team members to access project data from anywhere and ensuring real-time synchronization.

En génie des structures, les outils de gestion de projet essentiels incluent généralement des logiciels de CAO (Conception Assistée par Ordinateur) pour la modélisation, des logiciels BIM (Building Information Modeling) pour la gestion des données du projet et des logiciels de gestion de projet pour la coordination et le suivi des taches. Les choix spécifiques dépendent souvent des préférences personnelles et des exigences du projet.

Task boards, such as Kanban boards, to-do lists, and procedure checklists, visualize work progress for teams and managers, maximizing efficiency and promoting visibility.