Transforming Construction Project Technology: Expert Insights Revealed

Key Concepts

• AI (Artificial Intelligence): Emerging technology for data summarization, workload efficiency, and predictive/prescriptive insights.
• BIM (Building Information Modeling): Long-standing industry concept, now enhanced with 3D, 4D, and 5D project delivery, focusing on visualization and integration with cost/schedule.
• Reality Capture & Computer Vision: Technologies like Lidar (LAR) and drones that bridge the physical world to the digital for efficiency.
• Cloud Platforms: Hosting solutions for integrated project management systems.
• Data Journey: A framework for leveraging data, progressing from descriptive/reflective to diagnostic, and ultimately to predictive and prescriptive capabilities.
• ERP (Enterprise Resource Planning) for Construction: The concept of creating an integrated system for capital and construction projects, similar to manufacturing ERPs, to manage resources, costs, and scope dynamically.
• Proof of Concept (POC): A strategic approach to technology adoption, starting small to validate effectiveness before widespread implementation.
• Knowledge Worker vs. Wisdom Worker: The evolution of roles where technology handles information, allowing professionals to apply their expertise and judgment (wisdom).
• PM Pitfall: The common mistake of "managing to the plan instead of reality," emphasizing the disconnect between digital tools and on-the-ground execution.

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Guest Introduction and Background

The episode features Ryan Kunish, Vice President of Global Product for Oracle Construction and Engineering, hosted by Fiona Yan of the AEC Project Management Podcast. Ryan shares his unconventional career path, starting in mergers and acquisitions/financial analysis before transitioning to the construction technology industry 12 years ago. He gained experience at Trimble Navigation, focusing on civil construction technology (machine control, site positioning, civil software, general contracting solutions), then a startup called Assigner (automating operations for trades), and finally joined Oracle five years ago. Oracle's construction and engineering portfolio serves over 133 countries, offering solutions from planning through execution and payments.

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Emerging Technology Solutions Impacting Construction and Engineering

Ryan identifies three key emerging technology solutions having the biggest impact:

1. Artificial Intelligence (AI): AI is seen as revolutionary, with AI assistants and agents already impacting the industry by summarizing data and providing workload efficiencies. Its full impact is just beginning.
2. Reality Capture and Computer Vision: Advancements in technologies like Lidar (LAR) and drones are crucial for bridging the physical world to the digital. This allows for capturing real-world happenings and integrating them into digital models to create significant efficiencies.
3. Building Information Modeling (BIM) and Visualization: While BIM (3D, 4D, 5D project delivery) has been discussed for a long time, recent advancements in ease of use and adoption, coupled with a "huge uptake across the globe" from small contractors to large capital project owners, have made visualization in project deliveries "huge." Integrating three-dimensional models with cost and schedule data is considered "revolutionary" for the industry.

The discussion highlights that construction projects lose billions annually due to inefficiencies, and the right digital tools are essential to dramatically shift these outcomes.

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Oracle's Technology Portfolio and Project Performance

Oracle's strategy for helping project managers keep projects on schedule, monitor performance, and manage risks proactively centers on three core areas:

1. Connecting teams.
2. Empowering individuals within those teams.
3. Synchronizing activities across teams and project delivery stakeholders.

This strategy is built around the "power of data." Oracle aims to:

• Eliminate data silos across delivery teams regarding scope, schedule, and budget.
• Eliminate duplicate data among stakeholders (architects, engineers, general contractors, trades).
• Prevent "data loss" or "loss of fidelity of data," ensuring the richness of data is maintained throughout the delivery chain.

Oracle guides customers through a "data journey" evolution:

• From descriptive or reflective data uses (basic reporting from accounting/operational systems).
• To holistic and diagnostic capabilities (understanding what's happening to make changes).
• Ultimately to predictive and prescriptive insights, especially with AI, enabling customers to anticipate project delivery issues, supply chain disruptions, and impacts on profitability and project longevity.

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Technology Adoption for Cost Reduction and Waste Reduction

Technology directly reduces project costs through better resource allocation, waste reduction, and more accurate budgeting, primarily by leveraging data.

• Better Resource Allocation: Technology solutions, such as Oracle's, provide visibility to ensure "the right people at the right time on the right activities." Oracle's Primavera scheduling, known for handling complex schedules for projects of all sizes, is a key tool.
• Dynamic ERP for Construction: Ryan draws an analogy to 1970s manufacturing ERP (e.g., Siemens, SAP) that connected factory automation to accounting for high efficiency. He contrasts this with construction: in manufacturing, the factory stays put and products move; in construction, "the factory moves and the product is the thing that stays put." Each project requires reassembling the "factory." Therefore, in this dynamic state, "really good visibility to your resources, to your cost, and to the scope that you're delivering" is critical.
• Benefits: Accurate and integrated data facilitates faster decision-making, leading to better allocation of resources (labor, materials) and ultimately improving profitability. The goal is to create a "dynamic full ERP for capital and construction projects."

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Real-World Application: Atlas Salt Case Study

Atlas Salt, a Canadian mining company, faced rapid change and needed to improve management of scope, schedule, and costs. They implemented and integrated three Oracle products:

• Oracle Aconex
• Oracle Primavera Cloud
• NetSuite

These hosted systems provided end-to-end visibility across their projects. As a result, Atlas Salt is already seeing "projected timeline decreases" based on feasibility studies, demonstrating real returns from integrating these solutions.

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Professional Growth for Project Managers

Technology can significantly support the professional growth of project managers through simulations and data-driven insights.

• Flight Simulator Analogy: Ryan compares construction technology to flight simulators used by pilots. Just as pilots train in low-risk environments to gain real-world experience and practice "what if scenario analysis," PMs can use technology to "change some dials, pull those levers in the cockpit and see what's going to happen" before or during projects.
• Learning from Past Performance: Technology provides a "system of record" allowing PMs to analyze past project performance, learn from successes and failures, and apply empirical data to future projects. This offers a "deeper level of diagnostics" than ever before, enabling PMs to benchmark and improve their decision-making.
• Benefits: It offers a "safe space to play and learn" and a tool for self-improvement and reflection, which is crucial in an industry with "very small tolerance for error" and "slim margins."

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Overcoming Resistance to New Technology Adoption

Overcoming resistance to new digital tools requires a strategic approach, as simply acquiring software doesn't solve problems. Ryan outlines a methodology:

1. Identify the Real Pain: Collaborate with stakeholders and be honest about current processes to pinpoint the actual problems.
2. Develop a Plan with Measurable Goals: Define what success looks like and what specific outcomes are desired.
3. Review and Document Processes: Analyze existing processes and make necessary changes before implementing software. The software should then automate the improved process.
4. Start with a Proof of Concept (POC): Instead of a mass rollout, begin with a small team or a single project to "get your feet wet," learn what works and doesn't, and manage change effectively.
5. Internalize and Integrate into Culture: Once proven, leverage the technology, demonstrate its return on investment (ROI), and embed it into the daily culture of the organization.

This approach helps avoid "nightmare stories" of failed implementations and ensures strategic adoption.

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Future Technology Trends for Project Managers

To stay competitive and deliver stronger project outcomes, PMs should pay close attention to:

• AI Evolution and the "Wisdom Worker": AI is moving teams from "knowledge workers" to "wisdom workers." While AI provides more information, human wisdom is still essential for implementing that knowledge, especially in the real-world context of construction ("means and methods is everything on the job site"). The goal is to use AI to accelerate efficiency, safety, and productivity, allowing PMs to apply their expertise more effectively.
• Autonomous Workflows, Reality Capture, and 3D Modeling: These trends will continue to enhance efficiency, safety, and productivity.
• Higher Expectations for Compliance: With increasing data, there will be greater scrutiny on meeting environmental, government regulatory, and other compliance requirements. PMs need to focus on documenting work and interacting with compliance intermediaries.
• Integrated Data and Communication: Beyond basic communication, there's a growing need to integrate the "breadth and depth of detail" behind all processes. Synchronized systems and communication are vital to avoid rework (both physical and on paper, like schedules/budgets) and consequential delays in decision-making.

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Final Advice for Integrating Technology

Ryan advises treating technology like any other job site tool, with clear expectations. He suggests learning from successful general contractors (GCs) or trades who self-perform specific tasks (e.g., concrete, structural steel) to optimize costs, reduce risks, and build expertise.

His practical advice for PMs is:

• Strategic Focus: "Pick some highly leveraged or high value workflows" that are critical to business success.
• Optimize and Excel: Focus on optimizing and becoming excellent at these chosen workflows.
• Avoid Overwhelm: Do not try to automate everything at once, as this can lead to complexity, confusion, and diminishing returns.
• "Baby Steps": "Pick one, pick two, maybe three, and then really optimize those."
• Culture of Optimization: Create a culture that embraces optimization, technology, and integration around these specific workflows. Once mastered, move on to the next.

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PM Pitfall and Overcoming It

Ryan identifies the biggest PM pitfall as "managing to the plan instead of reality," which highlights the challenge of bridging the digital and physical worlds.

• The Problem: Often, especially in larger organizations, IT or senior PMs focus on the overall process and plan, losing touch with what's actually happening on the ground. "Beautiful schedules and dashboards don't deliver projects."
• The Solution:
  • Keep the "wisdom element" in mind.
  • Ensure that the vision and strategy are a reality for the people doing the work on the job site.
  • Establish a "closed loop" of visibility: what was intended, what actually happened, and how to provide that visibility.
  • "Talk to the people in the field."
  • Ensure that progress, productivity, quality, and safety are tangible realities, not just strategic goals.

The host reinforces this, stating that while tools are helpful, "the people are a valuable critical component," emphasizing that it's "all about the people."