Operations Risk Management and Quality Assurance Training Course

Course overview

Operational risk rarely shows up as a headline event. It accumulates quietly in a mislabeled batch, a skipped inspection step, a supplier change that no one flagged, or a process that drifts outside its capability limits. This course treats that day-to-day operational risk as inseparable from quality, using the ISO 9001:2015 idea of risk-based thinking as the connective tissue between the two disciplines. Participants examine how a quality-management system already contains most of the mechanisms an operations team needs to anticipate failure, provided those mechanisms are used deliberately instead of being filed away for the next audit.

Across the sessions, the emphasis stays on the operating layer where risk and quality actually meet: process controls, failure mode and effects analysis (FMEA), root cause investigation, corrective and preventive action (CAPA), statistical process control (SPC), and the improvement logic of Lean and Six Sigma DMAIC. The course shows how to build a risk register that speaks the same language as a nonconformance log, how preventive controls differ from detective ones in practice, and how process capability data turns vague quality worries into measurable operational risk. The goal is a single, coherent way of running operations where quality assurance and risk management support one decision instead of competing for attention.

Why this matters

Regulators, customers, and insurers increasingly expect operations teams to show that they understood a risk before it became a defect, a recall, or a stoppage. A quality system that only reacts to complaints is a liability; one that carries risk-based thinking into every process step becomes an early-warning instrument. Manufacturers who tie SPC signals to their CAPA process catch drift while it is still cheap to correct, and the cost of a late catch, in scrap, rework, warranty, and lost trust, dwarfs the cost of the control that would have prevented it.

The evidence for this sits in the data most operations already collect but seldom connect. Inspection results, downtime logs, supplier scorecards, and audit findings each hint at where the next failure will surface. Pulling those signals together is where Data Analytics for Risk Identification reinforces the quality view taught here, giving teams a quantitative basis for deciding which operational risks to treat first and which controls are genuinely working.

What you will be able to do afterwards

By the end of the course, participants will be able to:

• Apply ISO 9001:2015 risk-based thinking to process steps
• Run a structured FMEA and prioritize actions by RPN
• Lead RCA using fishbone diagrams, 5 Whys, and CAPA
• Read SPC charts to distinguish common- and special-cause variation
• Build a risk register linked to nonconformance and audit records
• Monitor quality and risk with capability indices and KPI dashboards
• Plan a Lean Six Sigma DMAIC improvement to reduce risk exposure

Course outline

Unit 1: Operational risk and quality as one discipline

• Operational risk vs enterprise and market risk
• ISO 9001:2015 risk-based thinking in the QMS
• Cost-of-quality model and failure-cost exposure
• Case studies: operational breakdowns from weak controls

Unit 2: Identifying and assessing operational risk

• Process mapping and hazard spotting: inputs to outputs
• Qualitative vs quantitative risk assessment scoring
• Risk matrices and RPN-based prioritization
• Risk register with process-owner accountability

Unit 3: Failure mode and effects analysis in practice

• Process FMEA vs design FMEA: when to apply each
• Severity, occurrence, detection scoring for RPN
• High-RPN items to preventive and detective controls
• FMEA as a living record after corrective action

Unit 4: Preventive and detective controls

• Preventive vs detective controls in process settings
• Error-proofing and poka-yoke on the operations line
• Control plans: risk, check, and reaction rule
• Control-effectiveness testing vs paper controls

Unit 5: Root cause analysis and corrective action

• Fishbone/Ishikawa diagrams: method, machine, material
• 5 Whys and structured RCA for recurring problems
• CAPA design with effectiveness verification
• Embedding lessons learned to prevent recurrence

Unit 6: Statistical process control and process capability

• Control charts for variables and attributes
• Common-cause vs special-cause variation and response
• Process capability: Cp and Cpk vs specification limits
• Capability data for nonconforming-output risk

Unit 7: The ISO 9001 quality-management system

• Process approach and PDCA cycle in ISO 9001:2015
• Documented information, competence, and operational control
• Management review: risk and quality data for decisions
• Quality objectives aligned to risk appetite

Unit 8: Internal audit and certification readiness

• Internal audit planning against ISO 9001 clauses
• Audit findings that drive corrective action, not blame
• Preparation for external certification review
• Audit trends as a forward-looking risk indicator

Unit 9: Performance monitoring, KPIs, and dashboards

• Leading and lagging indicators for risk and quality
• Dashboards showing process health at a glance
• KPIs linked to specific risks and controls
• Reporting and feedback loops that prompt action

Unit 10: Lean, Six Sigma, and continuous improvement

• The Lean and Six Sigma DMAIC cycle for risky processes
• Waste and variation as quality and safety exposure
• Kaizen and continuous-improvement routines for sustained gains
• Improvements that shift risk elsewhere in the flow

Unit 11: Business continuity for operations

• Business continuity planning: production and supply
• Impact assessment: equipment, staffing, materials
• Recovery priorities protecting quality during disruption
• Continuity-plan testing through case discussion

Unit 12: Integrating risk and quality into an operating roadmap

• Risk register, FMEA, CAPA, and SPC in one governance rhythm
• Ownership and cadence for reviews and escalation
• Stakeholder-ready integration plan with milestones
• Group exercise: drafting a risk-quality roadmap

How the course is delivered

Teaching combines expert-led discussion alongside close readings of documented operational cases, worked numerical examples on SPC and FMEA scoring, and small-team exercises built on sample process data. Each concept is anchored to a real process problem, so participants practice reading a control chart, building a risk register entry, or scoring a failure mode against realistic figures. The sessions favor open questioning and comparison of approaches over lecture, and every method introduced is tied back to how an operations team would use it the following week.

Who should attend

It is designed for professionals who own or influence the quality and risk performance of an operating environment, including:

• Operations and production managers responsible for output and conformity
• Quality assurance and quality control managers and engineers
• Risk, compliance, and internal audit staff working at the process level
• Process improvement, Lean, and Six Sigma practitioners
• Supply chain and manufacturing engineers managing supplier and process risk
• Team leaders preparing for or maintaining ISO 9001 certification

About EuroQuest International Training

EuroQuest International Training delivers professional education from Bratislava, Slovakia, where it was set up in 2015. Its 1,000-plus course catalog has now reached a total exceeding 15,000 learners, with classes held in Istanbul, Barcelona, Paris, London, Dubai, Vienna and Geneva under instructors drawn from operations and quality roles.

Frequently asked questions

Does EuroQuest provide a certificate for this course?

It does. Delegates who complete the days in full are given a EuroQuest certificate of completion. The document reflects attendance and study; it is not certification of a management system, and the course is educational rather than a formal audit or compliance assessment.

How do risk management and quality assurance actually reinforce one another?

They share the same mechanism. The risk-based thinking built into ISO 9001:2015 asks a quality system to identify what could go wrong and to act before it does, which is exactly what operational risk management sets out to achieve. When FMEA feeds the control plan, SPC signals feed CAPA, and audit findings feed the risk register, quality assurance becomes the daily instrument through which operational risk is measured and reduced.

Which industries does this course suit best?

Any operation where process reliability and product or service conformity carry real consequences. That includes manufacturing and process plants, utilities, healthcare operations, and logistics, where a single uncontrolled failure can affect safety, service, and cost at once. The methods are standard enough to transfer across sectors while staying grounded in the operating layer.

Related courses

• Operational Risk Management in Large Enterprises
• ISO 31000: Risk Management Principles and Guidelines
• Business Risk Assessment and Management Frameworks
• Compliance and Regulatory Risk Management

Register for this course

Contact our team at info@euroqst.com or on +421 911 803 183 to check the calendar, ask about in-house delivery, and reserve your spot.