AEC firms: manage RFPs, bids & client deliverables in One Place
RFP and bid management in AEC architecture, engineering, and construction is unlike business development in any other industry. Every pursuit requires coordination across disciplines that rarely share tools or timelines: structural engineers drafting technical approaches, estimators building cost models, marketers assembling resumes and project sheets, and principals reviewing win strategy, all against deadlines that routinely land on a Friday afternoon. A single firm might submit 415 proposals in a year and win roughly half (Unanet, 2025 AEC Inspire Report). Each submission involves pulling credentials, formatting deliverables, routing approvals, and ensuring compliance with page limits, section orders, and evaluation criteria that vary by client and procurement type: CMAR, design-build, design-bid-build, or qualifications-based selection. When RFP tracking lives in email, project sheets sit in shared drives, resumes exist in individual Word files, and bid status updates happen in spreadsheets, firms don’t have a proposal problem. They have a visibility problem that costs them work. The operational reality: Why firms are losing bids to process, not competition The QorusDocs 9th Annual Proposal Benchmark[1] Survey found that 80% of AEC respondents ranked SME scheduling and content creation from scratch as their top two challenges tied for the number-one position (QorusDocs, 2025). AEC firms spend more time on RFP responses than any other industry surveyed. The average AEC team takes 16 days to complete a response, with 40% spending 20+ days compared to the cross-industry average of 9.3 days (QorusDocs, 2025). And the effort is massive: 60% of AEC firms reported 50+ people contributing to their RFP response process, versus just 18% across all industries. The downstream cost is clear. OpenAsset’s 2024 State of Proposals report found that 79% of proposal teams say their firm has lost work due to proposal delays, and 42% of AEC marketers struggle with disorganized content and inconsistent branding (OpenAsset, 2024). Technology fragmentation compounds the problem. The Construction Technology Report[2] found that 37% of firms use four or more disconnected applications per project, and 40% of workers spend a quarter or more of their workweek on repetitive tasks like email, data collection, and data entry (Revizto, 2025). Yet the strategic shift is already underway. AEC firms are prioritizing quality over quantity. Proposal submissions fell 38% from 2024 to 2025, but the total dollar value of awarded work rose 52% (Deltek / OpenAsset, 2025). Firms integrating AI into business development and proposals saw median win rates climb to 50% in 2025 (OpenAsset, 2025[3]). The firms winning aren’t submitting more. They’re submitting smarter with better visibility, faster assembly, and tighter alignment between pursuit strategy and team capacity. Where the industry is heading Three shifts are reshaping how AEC firms manage pursuits. The first is consolidation from fragmented tools to unified work platforms. Firms that grew by adding a separate app for every function, one for scheduling, one for document storage, one for time tracking, one for bid status, are now paying the coordination tax. The move is toward single-platform environments where RFP tracking, resource planning, content libraries, and client deliverables connect in one workspace. The second is AI moving from content generation to the pursuit of intelligence. More than half of A&E firms now use AI in business development, proposal writing, and project analytics, a sharp rise from 2024 (OpenAsset, 2025). The QorusDocs survey found 90% of AEC respondents use GenAI for researching and summarizing content, 80% for writing bios, and 70% for executive summaries (QorusDocs, 2025). The impact isn’t theoretical: firms integrating AI are winning at higher rates. The third is the shift from reactive proposal assembly to proactive pursuit management. AEC firms are formalizing go/no-go processes, tracking pursuit metrics, and connecting business development data to project delivery, turning every bid into a strategic decision rather than a fire drill. How monday.com fits AEC pursuit workflows Monday.com is the only work management platform recognized as a Leader across three 2025 Gartner Magic Quadrant reports: Collaborative Work Management, Adaptive Project Management and Reporting, and Marketing Work Management (Gartner, 2025). Forrester’s Total Economic Impact study reports 346% ROI for Motorola, with a payback period under four months. For AEC firms, monday.com’s Work OS maps directly to how pursuits flow from opportunity identification through post-submission debrief. RFP intake and go/no-go tracking uses Forms to standardize how opportunities enter the system, capturing client, project type, procurement method, deadline, and evaluation criteria. Automated workflows route submissions through go/no-go scoring before any proposal effort begins. Pursuit coordination connects everyone involved, principals, engineers, estimators, marketers, and subconsultants in a single workspace with Gantt views for timeline management, Kanban boards for content production stages, and Workload Views showing who has bandwidth across concurrent pursuits. Client deliverable tracking extends beyond the proposal. Once work is won, the same platform manages project milestones, submittal schedules, and client communication so the transition from pursuit to delivery doesn’t require migrating data to a new system. AI Blocks built into the platform handle operational tasks: Categorize tags incoming RFPs by project type and procurement method, Summarize, which condenses long solicitation documents into key requirements, and Extract info, which pulls deadlines, evaluation criteria, and scope details directly into board columns from uploaded RFP PDFs. Monday.com integrates with 200+ tools, including Microsoft Teams, SharePoint, Google Drive, Outlook, Slack, and AutoCAD, and 90% of AEC organizations already store content in SharePoint (QorusDocs, 2025), making the integration immediate. How Advaiya helps AEC firms implement monday.com Advaiya works with organizations across construction, real estate, and infrastructure on project and work management implementations. When Advaiya built a booking and operations platform for a sportline company, the result mirrors what AEC firms need from pursuit management: 90%+ reduction in manual work, over $1M in revenue tracked through the system, and streamlined operations across distributed teams (Advaiya Case Study Compendium). Advaiya brings enterprise architecture expertise that connects how your BD, marketing, technical, and estimating teams actually work to how monday.com gets configured so the platform reflects real AEC pursuit workflows, not a generic project template. Connect with Advaiya about monday.com for AEC → FAQs Can monday.com handle AEC-specific procurement methods
Construction Workflow Automation: Practical Guide
Most construction firms operate with significant operational inefficiency. Manual timesheets take days to process. Invoice approvals bounce between email inboxes. Safety compliance data is scattered across paper, spreadsheets, and filing cabinets. These aren’t minor inconveniences; they directly impact profitability and cash flow. Organizations implementing construction automation strategically achieve measurable improvements: a landscaping company reduced billing administration from 30 hours to 4 hours per week (7x improvement), a real estate consulting firm improved billing accuracy 80% while reducing approval cycles 60%. These aren’t outliers. They’re the result of eliminating manual process friction. This article breaks down exactly how workflow automation transforms construction operations and how to implement it effectively. Why construction automation matters Operational efficiency and profitability Manual processes drain profitability directly. A landscaping company spent 30 hours every week processing timesheets, generating invoices, and managing approvals. By automating these workflows, they reduced this to 4 hours 26 hours per week, reclaimed for project oversight, client relationships, and business development. For a construction company, this efficiency improvement translates immediately to margins. You’re not paying administrative labor for tasks that no longer require manual intervention. Project visibility and risk reduction Most construction companies have data scattered across email, spreadsheets, shared drives, and multiple software systems. Project managers discover budget overruns during monthly reviews. Safety compliance tracking emerges only during audits. Change orders get lost in communication threads. Automation consolidates data into unified dashboards showing real-time status on costs, schedule, and scope. Safety records are maintained automatically. Change management becomes a structured process, not ad-hoc coordination. This visibility enables faster decision-making and reduces risk. Cash flow acceleration Construction companies live on cash flow. A real estate consulting firm was losing significant working capital through billing delays and manual approval cycles. By implementing automated workflows, they achieved 80% improvement in billing accuracy and 60% reduction in approval time. For a mid-market construction firm, faster invoice processing directly means faster payment received. Ready to evaluate automation for your operations? Contact our construction specialists to discuss your current bottlenecks. Workflow process breakdowns: Manual vs. automated Understanding the actual process transformation helps you visualize the impact. Workflow 1: Invoice and billing process Manual Process (45+ minutes per invoice): Work completed on site ↓ (3-5 day delay) Crew submits handwritten or email timesheet ↓ (1-2 days) Manager transcribes into spreadsheet ↓ (1 day) Project costs manually looked up and entered ↓ (1 day) Invoice created and routed through email approvals ↓ (3-5 people, multiple rounds, 3-5 days) Finance manually enters into accounting system ↓ (1-2 days) Client receives invoice 10-15 days after completion ↓ (30-45 days additional) Payment received Process time: 45-60 minutes per invoice (timesheet to accounting entry) Accuracy: 5-8% error rate (manual data entry) Approval cycle: 5+ days Total cash delay: 40-60 days from work completion to payment Automated Process (8-10 minutes per invoice): Work completed on site. ↓ (real-time) Crew enters time via mobile app ↓ (automatic) Costs pulled from integrated system ↓ (automatic) Invoice generated with all data populated ↓ (1-2 days automatic routing) Digital approvals routed in parallel ↓ (automatic) Invoice transmitted to client within 24 hours ↓ (5-10 days typical) Payment received Process time: 8-10 minutes per invoice (mobile entry to transmission) Accuracy: 0.1-0.5% error rate (automated validation) Approval cycle: 1 day Total cash delay: 5-10 days from work completion to payment Impact from landscaping company implementation: Weekly billing time: 30 hours → 4 hours (7x improvement) Processing time per invoice: 45 min → 10 min (78% reduction) Error rate: ~6% → 0.3% (95% improvement) Cash conversion cycle: 40-60 days → 5-10 days (75-85% acceleration) Workflow 2: Purchase order and approval process Manual Process: Field team identifies material need ↓ (1-2 days) Email request to office ↓ (varies) Project manager creates PO in system ↓ (1 day) Routed via email to accounting for budget check ↓ (1-2 days waiting) Accounting approves, routed to procurement ↓ (1-2 days waiting) Procurement approves, email sent to supplier ↓ (total: 5-7 days) Supplier receives order, fulfillment begins Total cycle time: 5-7 days from request to supplier fulfillment Automated Process: Field team submits via mobile form with attachment (photo, specifics) ↓ (real-time) System automatically checks budget and routing rules ↓ (automatic) Routed to appropriate approver based on amount ↓ (immediate notification) Approver reviews complete information in one place ↓ (parallel approvals if needed, 1-2 hours) Approved orders transmit automatically to supplier ↓ (same day) Supplier receives order, fulfillment begins Total cycle time: 1-2 days from request to supplier fulfillment Impact: Approval time: 5-7 days → 1-2 days (70% reduction) Manual handoffs eliminated: 4 → 0 Information loss: Eliminated Audit trail: Automatic (vs. searching email for approval) Workflow 3: Timesheet and payroll process Manual Process: Field crews complete handwritten timesheets ↓ (end of week, often incomplete) Timesheets collected and brought to office ↓ (1-2 days) Manager reviews and transcribes into payroll system ↓ (error checking, corrections, 2-3 hours per batch) Discrepancies researched via phone/email ↓ (1-2 days) Payroll processed Process characteristics: Manual data entry (prone to errors) Delayed submission (end of week vs. daily) Incomplete data (time estimates, not exact capture) Significant manager time (2-3 hours per week) Automated Process: Field crews clock in/out via mobile app ↓ (real-time throughout day) System automatically tracks time by project and task ↓ (automatic) Approvals triggered for any out-of-policy time ↓ (real-time notifications) Manager reviews and approves in dashboard ↓ (15 minutes total) Payroll system receives data automatically ↓ (no manual entry) Payroll processed (error-free data) Process characteristics: Real-time data capture (no end-of-week scramble) Project-tracked automatically Manager approval: 15 minutes vs. 2-3 hours Zero manual data entry errors Impact: Manager time: 2-3 hours/week → 15 minutes/week (87% reduction) Data accuracy: ~85% → 99.5% Payment timeliness: Faster processing with accurate data Compliance: Automatic audit trail for labor regulations Explore how workflow automation can transform your specific processes. Traditional vs. modern implementation approaches Understanding these differences helps you evaluate your current state and future direction. Traditional approach: Spreadsheet and email-based Characteristics: Data is scattered across spreadsheets, email, and shared drives. Email-based approvals
Top AEC industry trends shaping 2025 and beyond
The architecture, engineering, and construction (AEC industry) is at a major turning point. After years of slow, steady change, technology is finally creating a massive shift in how we design, build, and manage everything from skyscrapers to infrastructure. If you’re in the AEC industry, you know that keeping up isn’t just about staying competitive; a company’s survival depends on adapting. So, what’s coming next? We’ve looked at expert predictions and emerging technologies to bring you the top trends that will define the AEC industries in 2025 and beyond. What you’ll read is not just a list of buzzwords. You’ll get a practical guide to help you see what’s happening, why a development matters, and what you can do about a situation right now. Let’s get to it. 5 trends that will shape AEC in 2025 Will 2025 be the first true post-pandemic year for the AEC industry? The signs point to yes. We’re seeing a move away from crisis management and a return to long-term strategic thinking. A new focus is powered by a handful of key AEC industry trends that are building on each other to create a smarter, faster, and more sustainable future. 1. BIM becomes mandatory, digital twins gain traction For years, Building Information Modeling (BIM) has been a “nice to have.” Now, a change is happening where having BIM is a “must-have.” Many governments and large clients are making BIM mandatory for public projects. The real story isn’t just BIM. What comes next is the exciting part: digital twins. So, what emerging technologies or digital tools will most significantly reshape the AEC industry? The change starts here. You can think of BIM as a detailed 3D blueprint. A model is incredibly useful for design and construction, helping teams catch errors before they happen on site. A digital twin takes that blueprint and brings a model to life. A digital twin is a living, breathing virtual model of a physical building or asset, updated in real-time with data from sensors. A living model means you can see how a building is actually performing, not just how a building was designed to perform. You can monitor energy use, track maintenance needs, and simulate changes before you make them in the real world. For companies in the AEC industry, a huge opportunity opens up for post-construction services and long-term client relationships. Preparing for a shift requires more than just buying software. A change in mindset is required. Invest in training: Your teams need to be fluent in BIM and grasp the principles of data management. Standardize your processes: Create clear workflows for how data is created, shared, and managed across project phases. Think long-term: Start talking to clients about the lifecycle value of a digital twin, not just the upfront cost of BIM. Adopting such tools is the first step toward a more data-driven approach, a foundation for many of the other AEC industry trends on this list. If you’re unsure how to build a business case for digital twins, you can get help. Schedule a call with our team to talk through the ROI. 2. AI finds its footing in design and construction Artificial intelligence (AI) is finally moving from a buzzword to a practical tool in the AEC industry. While we’re still a long way from robots running job sites, AI is already solving real-world problems and making projects more efficient. One of the biggest areas of impact is in clash detection, especially in complex Mechanical, Electrical, and Plumbing (MEP) systems. Traditionally, finding and fixing clashes where a pipe runs through a steel beam, for example, is a painfully manual process that can take weeks. Imagine an AI-powered plugin for a tool like REVIT. Instead of just flagging a clash, a program could automatically analyze the surrounding systems and suggest multiple, optimized solutions for re-routing the pipe, all in a matter of minutes. That kind of intelligent automation can prevent massive delays and cost overruns during construction. But how will AI and machine learning influence decision-making and risk management more broadly? Generative design: Architects can input project goals, constraints, and materials, and AI algorithms can generate thousands of potential design options. A process allows for more creative and optimized solutions that a human might never have considered. Risk management: AI can analyze data from past projects to identify potential risks in a new project, from safety hazards to likely budget overruns. A function allows project managers to address issues proactively. Our approach has helped clients achieve 95% risk mitigation on major projects. Predictive analytics: Analyzing real-time data from the job site lets AI predict project timelines with greater accuracy, helping to manage client expectations and optimize resource allocation. Of course, there are challenges. The biggest one is data. AI is only as good as the data an AI is trained on, and many firms in the AEC industry have their data locked away in disconnected silos. There are also valid concerns about the “black box” nature of some AI, where knowing how the algorithm reached its conclusion is not clear. As an industry, we need to demand transparency and ensure that human oversight remains critical. Will AI have negative impacts? A negative impact is possible. There are fears about job displacement, but a more likely outcome is that AI will augment human roles, not replace them. AI will handle the repetitive, data-heavy tasks, freeing up engineers and architects to focus on creativity, complex problem-solving, and client relationships, the things humans do best. 3. Sustainability drives a push to retrofit and renovate The push for a greener planet is one of the most powerful forces shaping the AEC industry. Buildings account for a huge portion of global energy consumption and carbon emissions, so clients, investors, and regulators are all demanding better performance. The result is a massive boom in retrofitting and renovating existing buildings. Upgrading an old building is often more sustainable than tearing an old building down and building a new one. A “green retrofitting” approach