Workforce, Technology & Data
APQP / Control Plan Consulting
The Challenge
Why Product Launches Fail Without Structured Planning
Post-Production Defects
Defects discovered only after production start, causing costly recalls.
Poor Process Readiness
Manufacturing processes not validated before launch.
Inconsistent Supplier Quality
Supplier parts failing to meet specifications consistently.
Lack of Process Monitoring
No structured system to track process performance during launch.
High Launch Rejection
Excessive rejection rates during initial production runs.
Missing Risk Assessment
No proactive risk identification during product development.
Our MIS Framework Design Approach
A structured 5-step methodology to build management information systems that deliver reliable organizational insights.
- Early risk identification in product and process design
- Cross-functional team coordination throughout development
- Process stability before mass production
- Reduced launch defects and customer complaints
- Structured documentation for audit readiness
- Clear gate reviews at each development phase
Product Design
Process Design
Validation
Production Control
Core Framework
Our APQP Implementation Framework
Product Planning
Define scope, voice of customer, quality targets, and feasibility.
Product Design & Development
Design FMEA, design reviews, prototype build, and testing.
Process Design & Development
Process flow, PFMEA, control plan, and floor layout.
Product & Process Validation
Trial runs, measurement system analysis, and PPAP submission..
Production Launch & Improvement
Mass production, reduced variation, and continuous improvement.
Control Plans
Control Plans That Ensure Process Stability
Process Steps
Every manufacturing step mapped and documented.
Control Methods
Inspection techniques and gauging strategies defined.
Sampling Frequency
Statistical sampling plans for each characteristic.
Reaction Plans
Predefined responses when processes go out of control.
Quality Checkpoints
Critical-to-quality characteristics monitored.
Core Tools
Integrated Automotive Quality Tools
PFMEA
Process Failure Mode & Effects Analysis to identify and mitigate risks.
Process Flow Diagram
Visual mapping of manufacturing process sequence and decision points.
MSA
Measurement System Analysis to ensure data integrity and gauge reliability.
SPC
Statistical Process Control for real-time monitoring and variation reduction.
PPAP
Production Part Approval Process for customer submission and approval.
Business Impact
Business Impact of APQP Implementation
Reduced Launch Defects
Fewer quality issues during initial production.
Faster Customer Approvals
Streamlined PPAP submissions.
Improved Process Stability
Consistent output from day one.
Reduced Rework & Scrap
Lower cost of poor quality.
Improved Supplier Quality
Better incoming material quality.
Audit-Ready Documentation
Complete IATF compliance records.
Industries
Industries That Require APQP
Automotive Manufacturers
Tier 1 Suppliers
Tier 2 Suppliers
Engineering Manufacturers
Precision Component Suppliers
Heavy Equipment OEMs
Key Elements of an Effective MIS Framework
A well-structured MIS system integrates data architecture, dashboards, governance, and review cadences into a unified information framework.
01
APQP Readiness Assessment
Evaluate current product development maturity and identify gaps.
02
Framework Implementation
Deploy APQP phases with cross-functional team alignment.
03
Control Plan Development
Build comprehensive control plans for every critical process.
04
Launch Readiness Review
Final validation ensuring production readiness and PPAP completion.
FAQ
Frequently Asked Questions
What is APQP?
Is APQP required for IATF 16949?
Yes. APQP is one of the five core tools mandated by IATF 16949. Automotive OEMs and their supply chain partners are required to follow APQP methodology for new product launches.