Project Lifecycle Improvements

If your requirements live outside the tools your teams use to design and validate, you’re managing blind. That’s when change sneaks in, spreadsheets drift, and decisions get made on stale context. I’ve watched capable teams burn weeks on late change notices and heroic integrations because the requirements weren’t connected to the work.     The cost of ignoring this is well documented. A landmark study by Texas Instruments found runaway costs 7 out of 10 times when teams failed to keep requirements current. Projects that relied on documents or databases alone still saw high runaway rates. Add that test and integration often consume 50 to 60 percent of the lifecycle, and you can see why linking each requirement to test cases and design items is non‑negotiable. Another lesson from that research. Nearly all of your cost is locked in by the time you hit development. Decisions made early, with live requirements, decide whether your program will be late or lean.     Here’s the practice that consistently stabilizes complex, multi‑site programs. Treat requirements as a living system. Map each requirement to a specific design item, a test case, and a program constraint. Make the system web‑accessible and usable from common desktop tools so every entitled person can read, edit, and trace without a learning curve. Use notifications to flag parts and schedules at risk when a requirement changes.     The payoff for energy and utilities teams is concrete. Faster change assessment because every requirement has a home. Shorter test cycles because reruns automatically verify compliance. Better supplier conversations because requirements arrive early enough to adjust parts or propose alternatives. Most important, quality is designed in upstream, not inspected downstream. 

Continuous improvement in EPC project delivery involves an ongoing commitment to enhancing processes and outcomes. Here are some strategies: 1. **Post-Project Reviews:** Conduct thorough evaluations at the end of each project to identify successes, challenges, and areas for improvement. 2. **Feedback Mechanisms:** Establish feedback loops with team members, stakeholders, and clients to gather insights on what worked well and what could be enhanced. 3. **Benchmarking:** Compare project performance metrics against industry benchmarks to identify areas where your processes can be more efficient or effective. 4. **Training and Development:** Invest in ongoing training and development programs for your team to keep them abreast of the latest industry trends, technologies, and best practices. 5. **Technology Adoption:** Stay current with emerging technologies that can streamline processes, improve efficiency, and enhance project delivery. 6. **Lessons Learned Documentation:** Create a repository of lessons learned from past projects, ensuring that these insights are readily available for future reference. 7. **Key Performance Indicators (KPIs):** Define and track key performance indicators to measure the success of project delivery and identify areas needing improvement. 8. **Cross-Functional Collaboration:** Encourage collaboration between different departments and disciplines within your organization to foster a holistic understanding of project challenges and solutions. 9. **Client Surveys:** Collect feedback from clients through surveys or interviews to understand their perspective on project delivery and identify areas for enhancement. 10. **Risk Management Reviews:** Regularly reassess and update risk management strategies based on past experiences and changes in project dynamics. 11. **Standardization of Processes:** Identify opportunities to standardize and optimize processes to create consistency and efficiency across projects. 12. **Innovation Culture:** Foster a culture of innovation within the organization, encouraging team members to propose and test new ideas that can improve project delivery. 13. **Adaptive Leadership:** Leadership should be adaptive, responsive, and open to change, leading by example in embracing continuous improvement. 14. **Regular Audits:** Conduct regular internal audits to assess compliance with processes and identify areas for improvement in adherence to standards. 15. **Celebrate Successes:** Acknowledge and celebrate successful project milestones, recognizing the efforts of the team and reinforcing positive behaviors. By incorporating these strategies into your project management approach, you can create a culture of continuous improvement that leads to enhanced EPC project delivery over time.

30 60 90 Day Plans can be a very useful and simple method to drive specific process improvement projects or initiatives I generally use them to plan out specific projects and goals within an overall Continuous Improvement (CI) approach. 💠 I start with identifying a specific issue, and then breaking down the plan into three phases- 30 days, 60 days and 90 days. That's all kept very high-level, as in the visual below. 💠 The first 30 days are usually focused on learning and planning, the next 30 days are focused on implementation and monitoring and the final 30 days are focused on evaluation and optimization. The whole approach is kept in line with Lean Six Sigma thinking: PDSA- Plan Do Study Act and DMAIC- Define, Measure, Analyze, Improve, Control. 💠 Beyond the high-level plan, it's important to get into the nitty gritty details of improvement. This involves setting specific milestones for the end of each of the 30 day periods and agreeing roles and responsibilities with each team member. 💠 It is REALLY important to have systems and processes that support scheduled check-ins. If you are using cycle planning, the team must agree how they will communicate and collaborate. It may be a mixture of daily huddles, weekly team meetings, 1:1's or something else. 💠 It helps to use simple project management tools (e.g. Trello, Asana, or Microsoft Project) to visualize progress and manage tasks. Just make sure that support is high if people are unfamiliar with the technology as technology could be barrier otherwise! 💠 I like to keep it simple and at the end of each 30-day period, review the progress made towards the milestones. Discuss what worked well and what didn’t, and use these insights to improve the next phase. 💠 Remember to recognize all efforts and celebrate the achievements at each milestone. 💠 And when it comes to evaluation, conduct a thorough review of the entire initiative at the end of 90 days. Assess the outcomes against the original objectives. Gather feedback from the team on the process and outcomes to inform future projects. 💠 Really importantly, build in a continuous improvement approach to your process management. Establish a routine of regular feedback, monitoring, and adaptation to continually improve the process. Have you any experience with cycle planning? Have you any tips for people? Leave your thoughts in the comments 🙏 #changemanagement #strategicplanning #goals #continuousimprovement #cycleplanning #projectmanagement

Use This Project Management Secret Weapon for Repeatable Wins! Here’s the best-kept secret in project management: re-engineering successful projects. While most teams focus on dissecting failures, few take the time to analyze their wins—and that’s where the real gold lies. Re-engineering successful projects is a method I’ve used repeatedly in my career, especially when tackling similar project types. It’s a game-changer for driving repeatable results. Here’s why it’s so powerful: ✅ 𝗜𝘁 𝗥𝗲𝘃𝗲𝗮𝗹𝘀 𝘁𝗵𝗲 𝗕𝗹𝘂𝗲𝗽𝗿𝗶𝗻𝘁: Every successful project has some obvious and subtle factors contributing to its success. You can uncover a repeatable formula for future wins by analyzing what worked and why. ✅ 𝗜𝘁 𝗕𝘂𝗶𝗹𝗱𝘀 𝗮 𝗦𝘂𝗰𝗰𝗲𝘀𝘀 𝗣𝗹𝗮𝘆𝗯𝗼𝗼𝗸: Re-engineering turns a one-off achievement into a structured framework that can be applied to other projects, helping you optimize outcomes. ✅ 𝗜𝘁 𝗗𝗿𝗶𝘃𝗲𝘀 𝗖𝗼𝗻𝘁𝗶𝗻𝘂𝗼𝘂𝘀 𝗜𝗺𝗽𝗿𝗼𝘃𝗲𝗺𝗲𝗻𝘁: Even the best projects have room for growth. This process allows you to identify opportunities for refinement and push your projects to the next level. 𝗧𝗵𝗲 𝗮𝗽𝗽𝗿𝗼𝗮𝗰𝗵 𝗶𝘀 𝘀𝘁𝗿𝗮𝗶𝗴𝗵𝘁𝗳𝗼𝗿𝘄𝗮𝗿𝗱: map the project lifecycle, focus on the pivotal moments, and analyze what enabled success. Research decision-making, resource utilization, and collaboration frameworks to extract actionable insights.

I’m a firm believer that regular check-ins are the key to project success. Are you checking in enough? Ever been part of a project that suddenly veered off track without warning? You’re not alone. The truth is, projects rarely fail because of one big mistake; they fail because of small issues that go unnoticed until it's too late. That’s where regular check-ins come in. When I was managing projects with multiple suppliers, we established a game-changing routine: monthly supplier progress review meetings. Each supplier would submit reports highlighting all open items, supported by a three-month rolling KPI for each. This simple process was a game changer for four key reasons: 1️⃣ Proactive Problem-Solving: Instead of scrambling to fix issues at the last minute, we could see which items were stalling and tackle them head-on before they became bigger problems. It wasn’t just about reacting; it was about staying ahead. 2️⃣ Accountability & Transparency: Regular check-ins meant everyone knew their performance was being monitored. Suppliers had a clear platform to raise concerns, and we could address them collaboratively. It drove accountability and created a culture of transparency. 3️⃣ Stronger Partnerships: Communication isn’t just about managing; it’s about connecting. These monthly sessions allowed us to build trust and work together as true partners, not just client and supplier. Problems were solved faster, and relationships grew stronger. 4️⃣ Continuous Improvement: With regular data and feedback, we could spot patterns and make adjustments. We weren’t just tracking progress; we were optimizing it. Over time, this approach led to significant improvements and fewer roadblocks. Consistent communication, like these check-ins, can be the lifeline of any project. It keeps everyone aligned, proactive, and focused on solutions. So, whether you’re managing suppliers, a team, or an entire organization, don’t underestimate the power of regular, open dialogue. How do you keep projects on track? Drop your thoughts below, and follow me for more insights on leadership, contract management, and strategic collaboration. #Leadership #ProjectManagement #TeamCollaboration #SupplierManagement #ContinuousImprovement #CommunicationMatters

Owners & Developers: a quick tip if you’re rushing installs before the deadline. It’s not just about who installs your project. Any EPC can drive steel into the ground or put panels on a roof. The real risk is how that system is designed, installed, and commissioned. Here’s what the data and the field show us: 🔹 Workmanship Wiring and connectors are the #1 failure point. They cause issues in more than 80% of projects inspected and account for over half of lost revenue in commercial portfolios. 🔹 Inverters Marketed as 10–12 year assets, but in reality RMAs start showing up in years 2–5. The manufacturer may cover the hardware, but not the labor, lifts, or weeks of lost production. Plan for both early swap-outs and at least one full replacement in a 25–30 year system life. 🔹 Modules They don’t just degrade with age. Failures come from PID, cell cracks, backsheets, and also real-world impacts like over-torqued clamps, vegetation and rocks, baseballs, birds, even vandalism. Warranties often don’t cover these, and product lines go obsolete every 5–10 years. Have a replacement strategy. 🔹 Commissioning Most installers rush to 90% complete but the last 10% makes or breaks the system. Skipped testing, missing as-builts, and poor documentation leave owners without proof their system is performing as promised. 🔹 Lifecycle Blind Spots Roof replacement cycles, decommissioning costs, and O&M planning are rarely addressed at install. Ignoring them now turns into tomorrow’s liabilities. With tax credit deadlines driving urgency, the temptation is to just “get it in.” But that rush is exactly when critical details get overlooked. That’s why an owner’s rep perspective is more important than ever to stress-testing bids, flagging blind spots, and protecting owners through design, construction, and commissioning so you don’t inherit 20 years of hidden problems. 👉 Don’t just ask: “Who should build it?” Ask: “Who’s protecting me from the risks no one is putting in the proposal?” If you’re an owner or developer staring down a deadline, don’t go it alone. Get a second set of eyes on your bids and your commissioning plan. Even a quick owner’s rep review can save you years of headaches and millions in hidden costs.

Part 4 (thoughts) - In a recent discussion with some business colleagues about automation solutions. MANAGING RISK FROM FAT TO LIFE CYCLE SUPPORT The greatest project risk often lies in the transition between design and production during build, debug, and ramp-up. How an integrator manages this stage and supports systems after installation should weigh heavily in any supplier selection. A full factory acceptance test (FAT) on the integrator’s floor should be treated as a core requirement rather than a nice-to-have, because it demonstrates that the supplier has the space, infrastructure, and discipline to fully assemble, run, and refine a system before shipment. When possible, manufacturers benefit from being present not only at the formal FAT but also at a pre-FAT run, where they can see how the team identifies and addresses issues in real time and can begin learning the nuances of the system. Project risk is also shaped by how a supplier handles scope changes during execution: customers should ask whether each change triggers a full stop and total repricing or whether there is a structured, collaborative change-management process to balance budget, schedule, and technical necessity. Lifecycle support extends far beyond a one-year warranty. Manufacturers should clarify what happens after go-live, including whether operators and maintenance staff will receive hands-on training, whether complete PLC and HMI source code will be provided, and how updates and documentation will be maintained. The structure of the service organization matters greatly: dedicated aftermarket engineers, technicians, and controls specialists are essential for timely upgrades, retrofits, and troubleshooting once the original project team has moved on to new work. It is also prudent to examine 24/7 support policies, typical response times, and remote access capabilities, since secure remote connectivity can turn potential multi-day outages into quick parameter changes or software patches. As automation becomes more connected, digital risk now sits alongside mechanical risk. Closed systems that cannot be updated or integrated with newer software quickly drift toward obsolescence, especially as analytics and industrial software platforms evolve. Discussing cyber-physical security, how remote connections are protected and how automation systems are segmented from broader networks, helps ensure that new equipment does not introduce fresh vulnerability into the plant. Companies like Integrion Automation have invested in structured project management, comprehensive FAT practices, and lifecycle services that extend from concept through upgrades, giving manufacturers a single, accountable partner over the full life of their systems. NEXT: MATCHING INTEGRATOR MINDSET TO YOUR AUTOMATION JOURNEY

How Does Constructability Concept During Planning Phase Contribute to Cost Certainty in Infrastructure Projects? Mega infrastructure projects are inherently risky, with many uncertainties involved. Statistics show that, on average, real infrastructure projects deliver 67% over budget and 44% behind schedule. Therefore, proactively predicting future risks/changes that may be encountered during construction, operation, and maintenance phases is critical for reducing the reported overruns and achieving cost certainty goals. Constructability is a commonly used framework for owners to proactively identify the sources of future changes, preventing unnecessary costly expenses during and post-construction phases. Research shows that effective constructability reviews during the design development phase can resolve up to 75% of field problems and mistakes. According to a case example provided by CII (2009), the life cycle costs of an Oil Production Facility in the US were reduced from $3.8 billion to $1.4 billion, mainly due to the upfront implementation of a constructability program during the design development phase [1]. Research conducted by [2] highlighted the importance of focusing on project life cycle costs during constructability review rather than just design and construction costs, as owner organizations have been suffering from the costs of reworks during the O&M phases of their projects. The attached figure shows that these two phases include around 50% to 80% of the total life cycle costs. Despite the high cost, the risks associated with these phases (operability & maintainability) are often underestimated during constructability reviews, causing significant changes and overruns during these phases. In my recent post, I emphasized the significance of Early Contractor Involvement (ECI) through collaborative contracts and incentivization strategies for managing life cycle risks early on. Despite many public owners in North America adopting and accelerating these contracting models, there remains skepticism in the market regarding the value and cost-effectiveness of ECI during the planning phase. The above research shows that the cost of early contractor involvement during planning is minor (if implemented effectively) compared to the cost of resolving field problems and mistakes. Addressing 75% of field problems and mistakes early provides several times the cost savings compared to dealing with them later. In your view, what are the benefits and challenges of implementing constructability reviews during the planning phase? Your thoughts are appreciated. Source: [1] https://lnkd.in/giEQnBGp [2] https://lnkd.in/gqDiJiBY #riskmanagement #decisionmaking #value #constructability #costoverrun #costsaving #infrastructure #transit #rial #uncertainty #moeroghabadi Hatch

🚧 Most EPC & Construction projects don’t fail on site — they fail in planning and controls. If you’ve ever seen delays, cost overruns, or claims issues, this explains why in one glance 👇 Project success in EPC is not about one schedule or one report. It’s about applying the right planning & control tools at the right stage of the project lifecycle. 🔹 Project Initiation — Define the SCOPE & CONTRACT BASIS Project charter, contract review, initial risks, resource strategy, approvals 🔹 Project Planning — Define the BASELINE (Primavera P6) WBS development, CPM schedule, resource & cost loading, milestones, risk planning 🔹 Project Execution — Build as per PLAN Look-ahead schedules, progress measurement, quantity tracking, coordination with site 🔹 Monitoring & Control — Stay ON SCHEDULE & BUDGET Schedule updates, EVM, delay analysis, risk logs, change & claim support 🔹 Project Cost Control — Protect the MARGIN Cost estimation, earned value, forecasts, cash flow, variation & claims tracking 📌 Why this matters in EPC: Projects fail when planning is weak, schedules are unrealistic, and controls are missing. Strong Primavera-based systems create clarity, accountability, and decision control. From initiation to handover — this is how successful EPC & construction projects are managed. 📌 Save this if you are a Planning Engineer, Project Engineer, or EPC Professional #PrimaveraP6 #EPCProjects #ConstructionPlanning #PlanningEngineer #ProjectControls #DelayAnalysis #CostControl #EVM #OilAndGas #Infrastructure