Ensuring Compliance During Project Changes

Are shortcuts delivering short-term wins but silently multiplying long-term risks? If risk protocols are easy to bypass, are they protecting anything? CONTROLS TO REDUCE BYPASSING OF RISK PROTOCOLS Mandatory Risk Acknowledgement Forms: Before high-risk actions, require digital sign-off confirming the risk protocol was reviewed and followed. Dual Authorization for Critical Approvals: Ensure that no high-risk transaction or decision (e.g., vendor onboarding, pricing changes) is approved by a single person. Risk Protocol Compliance Tags in Workflow Tools: Embed checklist items (with hard stops) into ERP/project systems to block progress if not complied with. Automated Exception Alerts: Set system flags to notify internal audit or compliance when risk steps are skipped or deadlines are altered. Mandatory Video/Live Walkthroughs for Key Steps: For activities like tendering, hiring, or pricing overrides, record short reviews of how risks were assessed and addressed. Spot Checks by Independent Risk Owners: The Risk team conducts unscheduled reviews of high-risk departments or deals monthly. Audit Trail Monitoring: Systems must record who bypassed what step, when, and why visible to leadership on dashboards. Quarterly Risk Simulation Reviews: Conduct simulated reviews of “what if protocol had been followed” vs. actual, to build awareness. Negative Incentive Tied to Protocol Breaches: Introduce scorecard deductions or bonus clawbacks if risk bypasses lead to known loss or issue. Mandatory Root Cause Analysis (RCA) for Breaches: Any breach triggers a formal RCA report with leadership review, even if no damage occurred. Anonymous Whistleblower Channel for Risk Bypass: Enable team members to report protocol circumvention with full protection and follow-up audits. Board-Level Risk Integrity Reviews: Report the number of bypasses and exceptions to the Risk Committee or Audit Committee quarterly.

Product development leaders, still bolting on compliance? Proving regulatory compliance at the end of a project is a high-stakes gamble. A single gap can stall delivery, trigger costly delays, or block market entry altogether. One leading electronics manufacturer learned this the hard way. Their products sat on the docks for two months, costing an estimated €110 million, all while they scrambled to prove compliance. Compliance works best when it’s part of the design, not an afterthought. Here’s a 3-step framework to integrate it from the start: 1. Map Requirements Early. Identify all relevant regulations at project kickoff, linking them directly to your product specifications. 2. Embed in PLM. Connect these identified requirements to specific materials, components, and assemblies within your Product Lifecycle Management (PLM) system. 3. Validate Continuously. Leverage your PLM to automatically validate compliance as design decisions are made, ensuring real-time adherence.

Compliance shouldn’t be a one-and-done project. It should be built like a product. Too many companies treat GRC as a static checklist—a box to check once a year. But in today’s world of constant risk, evolving threats, and changing regulations, that approach is outdated. Instead, GRC should follow agile principles just like product development: -Start small. Launch with the minimum viable compliance (MVC) framework. No need to overcomplicate things from day one. -Iterate often. Compliance needs constant refinement based on new risks and business changes. -Embed into workflows. Make compliance frictionless by integrating it into engineering and ops teams' daily work. -Measure and adapt. Treat policies like features—gather feedback, track adoption, and improve over time. The companies that embrace GRC as a product—not a project—will build stronger, more resilient compliance programs. Are you treating GRC like a living, evolving system or just another annual task? #GRC

BIM Manager ISO 19650 Checklist Managing BIM in accordance with ISO 19650 requires a structured process for information management across the asset lifecycle. A BIM Manager must ensure standardization, coordination, and compliance from pre-contract to project delivery and handover. The checklist below helps monitor major responsibilities and deliverables under ISO 19650. --- 1. Pre-Appointment (Tender Stage) Confirm Employer’s Information Requirements (EIR) and clarify any missing aspects. Assist in preparing or reviewing Project Information Requirements (PIR) for operational needs. Support the development of the BIM Execution Plan (BEP) – Pre-Contract including workflows, software, CDE strategy, responsibilities, and quality procedures. Evaluate suppliers and teams for BIM capability and capacity, including standards, staff experience, and technology. Define information delivery milestones aligned with project stages. --- 2. Information Standards and Naming Conventions Ensure file naming, container naming, and metadata strictly follow ISO 19650 conventions. Establish revision and suitability codes for models, sheets, schedules, and documents. Develop or validate Model Production and Delivery Tables (MPDT). Define LOD/LOI requirements for each stage and each discipline (architecture, structure, MEP, others). Standardize coordinate systems and shared parameters across all authoring tools. --- 3. Common Data Environment (CDE) Management Set up the CDE with four mandatory states: Work in Progress (WIP), Shared, Published, and Archive. Assign access permission levels to ensure data security. Verify that all team members follow upload, review, approval, and authorization workflows. Maintain version control and prevent duplication or overwriting of information. Track information exchanges and ensure the correct format (DWG, RVT, IFC, COBie, PDF, etc.). --- 4. Coordination and Clash Management Establish model coordination strategy (weekly/bi-weekly internal, monthly external). Use federated model process to combine multiple discipline models. Perform clash detection at discipline, zone, system, and global levels. Document clashes using BIM issue tracking tools (BCF reports). 5. Quality Assurance / Quality Control Validate geometry, parameters, and attributes against defined LOD/LOI requirements. Verify 4D, 5D, 6D, 7D deliverables if required in EIR. Conduct model audits for element classification, phase filters, worksets, and links. 6. Information Delivery and Handover Compile Model & Document delivery matrix for each milestone. Manage submission of As-built models, O&M data, COBie sheets, QR codes etc. as required. Ensure Asset Information Model (AIM) meets operational requirements. Support client/user training for CDE use and digital asset operation.

🔄 𝐖𝐡𝐚𝐭 𝐇𝐚𝐩𝐩𝐞𝐧𝐬 𝐖𝐡𝐞𝐧 𝐚 𝐍𝐞𝐰 𝐑𝐞𝐪𝐮𝐢𝐫𝐞𝐦𝐞𝐧𝐭 𝐈𝐬 𝐈𝐧𝐭𝐫𝐨𝐝𝐮𝐜𝐞𝐝 𝐌𝐢𝐝-𝐒𝐩𝐫𝐢𝐧𝐭? A Practical Take from a Business Analyst's Perspective In an ideal Scrum world, sprint scope is locked once planning is complete. But in reality, urgent business needs or regulatory changes can pop up mid-sprint. Here’s how we handled one such scenario👇 𝐂𝐨𝐧𝐭𝐞𝐱𝐭: Midway through Sprint 6, a key stakeholder informed us of a critical compliance update for the eCommerce platform we were enhancing. The update had to go live within 10 days to avoid penalties. As the Business Analyst, my role was to evaluate the request without derailing the sprint. Here's how we handled it collaboratively: 1. 𝐖𝐢𝐭𝐡 𝐭𝐡𝐞 𝐏𝐫𝐨𝐝𝐮𝐜𝐭 𝐎𝐰𝐧𝐞𝐫 (𝐏𝐎) • I conducted a quick impact analysis to understand the effort and dependencies • Shared a cost-benefit assessment to help the PO make an informed decision • PO assessed the priority and confirmed it was indeed a must-have 2. 𝐖𝐢𝐭𝐡 𝐭𝐡𝐞 𝐒𝐜𝐫𝐮𝐦 𝐌𝐚𝐬𝐭𝐞𝐫 • We discussed options—whether to create a spike, handle it as an unplanned backlog item, or defer to the next sprint • Scrum Master helped assess if current sprint commitments could be safely adjusted without harming sprint goals • Agreed to call for a mid-sprint backlog refinement 3. 𝐖𝐢𝐭𝐡 𝐭𝐡𝐞 𝐃𝐞𝐯𝐞𝐥𝐨𝐩𝐦𝐞𝐧𝐭 𝐓𝐞𝐚𝐦 • Walked them through the new requirement • Gathered technical insights and estimates • Ensured proper acceptance criteria and test cases were added • Collaborated with QA to plan regression impact 𝐅𝐢𝐧𝐚𝐥 𝐃𝐞𝐜𝐢𝐬𝐢𝐨𝐧: We kept current sprint goals intact but created a time-boxed spike to explore the compliance change. The feature was then added as a top-priority item in the next sprint with clear, validated requirements. 𝐊𝐞𝐲 𝐓𝐚𝐤𝐞𝐚𝐰𝐚𝐲 𝐟𝐨𝐫 𝐁𝐀𝐬: Sprint integrity is vital, but so is responsiveness to business change. A Business Analyst must: ✔️ Facilitate quick impact analysis ✔️ Align business urgency with product priorities ✔️ Enable clear communication between PO, Scrum Master, and Devs ✔️ Balance agility with discipline 🔗 Real agility is not just about speed—it’s about adaptability with purpose. Looking to explore FREE agile resources, check below folder: https://lnkd.in/dxjXYWPk BA Helpline

The Compliance Trap: Why Regulators Are Watching Your Data Migration ⚖️🔍 Most banks treat data migration as a technology project, but regulators see it as a compliance event. And for good reason. A single oversight in data integrity during migration can lead to reporting errors, audit failures, regulatory fines, and reputational damage. Yet, many banks fall into the compliance trap, assuming that if the data moves, it’s good enough. But is it accurate? Is it complete? Does it meet regulatory expectations? That’s what regulators care about. 🚨 The Risks Banks Overlook in Data Migration ⚠️ Regulatory Reporting Gaps: Data mismatches between legacy and new systems can lead to incorrect financial reports, triggering audits and penalties. ⚠️ Data Lineage Issues: If banks cannot prove where data originated and how it was transformed, regulators raise red flags. ⚠️ Inconsistent Customer Records: Data loss or duplication during migration can cause compliance breaches, especially in KYC, AML, and transaction monitoring. ⚠️ GDPR and Data Privacy Violations: Sensitive customer data must remain protected. A poorly managed migration can expose data to unauthorized access or fail to retain consent records. ⚠️ Audit Trails That Do Not Add Up: Regulators demand transparency. If your migration process lacks documentation, proving compliance becomes a nightmare. 📋 How Banks Can Stay Ahead of Compliance Risks ✅ Regulatory Alignment from Day One: Compliance teams should be involved from the start, not after migration is complete. ✅ Pre-Migration Data Validation: Perform thorough data quality checks before moving a single record. Identify gaps, errors, and inconsistencies early. ✅ Data Mapping with Full Traceability: Ensure every data point has a clear path from legacy to target system, maintaining auditability. ✅ Real-Time Monitoring & Reconciliation: Track data integrity throughout the migration, ensuring completeness and accuracy in real time. ✅ Post-Migration Compliance Testing: Regulators will ask for proof. Validate migrated data against regulatory requirements before the system goes live. 💡 Regulators are not just watching the destination, they are scrutinizing the entire migration journey. Banks that treat compliance as an afterthought in data migration will face costly consequences. But those that make data integrity, auditability, and governance a priority will protect their reputation and avoid compliance headaches. Have you seen compliance challenges impact a migration? What lessons have you learned? Let’s discuss. ⚖️🔍 #DataMigration #ComplianceMatters #BankingRegulations #DigitalBanking #DataGovernance #FinancialCompliance #RiskManagement #BankingTechnology #LegacyData #DataQuality #ETLTools #BankingInnovation #TechLeadership #BankingCompliance #CloudComputing #TechTrends #Innovation #TemenosMigration #CloudMigration #Collaboration #Leadership #Creativity #Careers #Growth #TechnologyLeadership #CloudMigration

The Holy Grail: The Interface Between PLM and ERP If this connection fails, everything in your company grinds to a halt. In many manufacturing companies, there’s a massive disconnect between Engineering and Production. Development works in PLM, Production lives in SAP. And the BOMs? They never quite match. The result? Missing parts. Rework. Delays. Cost explosions. What you need is a seamless and governed connection between: • The Master MBOM (engineering view), • The plant-specific MBOMs (manufacturing view), • and the SAP material data. ⸻ Here’s how to get it right: 1. Align Structures Start with a clean Master MBOM – the single source of truth. Run a delta analysis to identify what differs in each plant: local sourcing, pre-assemblies, different routings. Map it clearly. Track every deviation. 2. Govern Change Use structured Change Requests (ECR/ECO) to control updates in the Master MBOM. Then project relevant changes to the factory MBOMs using pre-defined logic. Tools that help: SAP ECTR, 3DEXPERIENCE, Windchill, Teamcenter. 3. Sync with SAP Automate the transfer to SAP: • Create or update material BOMs (CS01/CS02) • Assign plant-specific views • Ensure version control and approvals Middleware and connectors like T4S, T4EA, SAP CPI, eQube MI, Snaplogic make this scalable. ⸻ 4. Define Clear Roles PLM Engineer – Maintains the Master MBOM and ensures structure integrity across all plants Plant Planner – Adapts the MBOM to local production needs and provides feedback into the change process SAP Key User – Validates and updates material views, checks consistency in SAP Change Manager – Coordinates change requests (ECR/ECO), tracks impact and ensures documentation ⸻ 5. Best Practices for Success • Master MBOM = Leading structure • Local deviations only where needed (80/20 rule) • Automated integration = no Excel chaos • Clear governance = full traceability • Use dashboards to monitor BOM deltas & compliance ⸻ Why this matters: The BOM is the backbone of your product. If PLM and ERP aren’t in sync, you’re running blind. When done right, the result is: • Shorter time-to-market • Fewer change errors • Clean data in SAP • Real end-to-end traceability ⸻ Let’s stop the “Excel glue” and fix the digital thread properly. Because the Holy Grail isn’t magic – it’s integration. Curious how this could work in your company? Let’s talk – always happy to share insights and experiences. #DigitalThread #PLM #ERP #MBOM #SAP #ManufacturingExcellence #EngineeringToProduction #DataGovernance #BOMManagement #SmartFactory #ProductLifecycle

Managing requirements in a MedTech project feels manageable, until you count them. Design inputs, process validation specs... one user need can easily generate 10 to 15 distinct requirements across different documents. This happens for a clear reason: Medical devices bring together every stakeholder group (clinical, regulatory, manufacturing, servicing, safety), each with valid concerns, and each concern needs to be captured somewhere. The real challenge has nothing to do with the number.  Structure makes or breaks a requirement set. A flat list of 300 requirements in a spreadsheet becomes almost impossible to review, maintain, or trace.  The structure of your requirement set should reflect how users actually work, organised by goals and user types, not by the order requirements were written. Three things that make a requirement set manageable:  1) Every requirement: correct, complete, consistent, verifiable, and traceable  2) The set as a whole: realistic and concise, no requirements conflict with each other, nothing duplicated across documents  3) The structure: hierarchical, user needs at the top, system requirements in the middle, detailed specifications at the lower levels, each linked Here are some tips I use to manage this type of project: ✓ A single monolithic RTM covering everything adds little value. Explicit trace chains for safety-related and regulatory-critical requirements do: hazard → risk control requirement → design element → test case (it’s an example).  That chain must stay readable, stable, and maintained under change control. ✓ Every change request should trigger an impact analysis based on that chain: which requirements, design elements, tests, and risk controls are affected, what needs to be updated, and what needs to be re-verified. ✓ The ID scheme matters more than the tool. Define it early (e.g. CLIN-XXX, BIOCOMP-XXX, SAFETY-XXX), keep it stable from your User Requirements Document through your specifications and test protocols (for you V&V tracability). × Changing IDs mid-project breaks traceability silently, and that kind of gap tends to surface during audits. Getting this right early saves a significant amount of rework later, especially when a design change arrives mid-project and you need to know exactly what it touches. What are your best tricks for keeping a large requirement set under control, without the whole project turning into a mess?

FDA Warning Letter snippet: Facility has areas not maintained and in a state of decay. QMR identified significant gaps in training which were not addressed effectively. Sterile operations were not maintained with basic requirements being ignored and willfully violated. What can you do about these issues: The GxP compliance process of Align, Apply, and Adapt is a structured approach to ensuring that GxP standards are effectively integrated into an organization’s operations. Here’s how this framework works: 1. ALIGN – Establishing Compliance Foundations This phase ensures that the company’s policies, procedures, and systems are aligned with regulatory expectations and industry best practices. Key Activities: ✔ Regulatory Landscape Assessment – Identify applicable FDA guidelines. ✔ Gap Analysis – Assess current systems against regulatory requirements and industry benchmarks. ✔ Quality & Compliance Framework Development – Establish or refine SOPs, policies, and quality systems. ✔ Stakeholder Buy-In – Ensure leadership and teams understand compliance priorities and objectives. 📌 Outcome: A clear compliance roadmap that aligns business operations with regulatory expectations. 2. APPLY – Implementation & Execution Focuses on applying compliance principles into daily operations to ensure processes are followed consistently and effectively. Key Activities: ✔ Training & Competency Development – Conduct role-specific GMP training for employees. ✔ Process Integration – Embed compliance into manufacturing, quality control, and clinical operations. ✔ Data Integrity & Documentation – Ensure ALCOA+ principles are met. ✔ Routine Monitoring & Self-Inspections – Conduct internal audits and quality reviews to identify gaps before regulatory inspections. 📌 Outcome: Compliance becomes part of the company’s operational culture, not just a checkbox activity. 3. ADAPT – Continuous Improvement & Risk Management Since regulations and business environments evolve, organizations must continuously adapt their compliance approach to remain inspection-ready and competitive. Key Activities: ✔ Regulatory Change Management – Monitor FDA updates and enhance policies accordingly. ✔ Process Optimization – Leverage insights from deviations, CAPAs, and audit findings to improve compliance efficiency. ✔ Technology & Automation – Implement digital compliance tools to enhance data integrity and reduce human error. ✔ Culture of Compliance – Foster a mindset where compliance is proactive rather than reactive. 📌 Outcome: A resilient, future-proof compliance program that evolves with regulatory changes and business needs. Why This Approach Matters 🔹 Prevents last-minute compliance scrambles before inspections. 🔹 Reduces regulatory risk and ensures inspection readiness at all times. 🔹 Increases operational efficiency by integrating compliance into day-to-day processes. 🔹 Supports scalability, ensuring compliance remains strong as the company grows.