The Quality Control & Quality Assurance (QC/QA) in Civil Engineering course by BHADANIS Quantity Survey Institute is a specialized program crafted for civil engineers, site supervisors, and construction professionals who want to master the essential practices that ensure construction quality, safety, and compliance. Delivered in Hindi, this course is ideal for learners seeking practical, industry-relevant knowledge in a language they are comfortable with.
Course Overview
Language: Hindi
Instructor: BHADANIS Quantity Survey Institute (since 2016)
Validity: 80 days of access
Support: Live doubt sessions via WhatsApp and Zoom
Placement Assistance: Up to 1 year through a dedicated cell
How to Enroll
Purchase the course online at Quality Control & Quality Assurance Civil
WhatsApp your Aadhar card to +919990990844 for verification
Receive trainer contact for live doubt sessions and ongoing support
Access placement assistance and member page for up to one year
What You Will Learn
1. Fundamentals of Quality Control (QC) and Quality Assurance (QA)
Quality Control: Techniques to monitor and verify construction processes, materials, and workmanship to ensure they meet project specifications.
Quality Assurance: Systems and procedures that guarantee consistent quality throughout the project lifecycle.
Example: On a bridge construction site, QC involves regular testing of concrete strength, while QA ensures the testing procedures follow IS codes and project standards.
2. Major and Minor Details in Construction Quality
Learn to identify critical quality checkpoints in every phase: earthwork, foundation, superstructure, finishing, and handover.
Understand both major (structural integrity, material quality) and minor (surface finishing, alignment) quality aspects.
Example: Ensuring the correct water-cement ratio in concrete (major) and perfect alignment of tiles in bathrooms (minor).
3. Inspection and Testing Procedures
Step-by-step guidance on conducting site inspections, laboratory testing, and field tests for materials like soil, concrete, steel, and asphalt.
Documentation and reporting of test results for compliance and audit purposes.
Example: Conducting a slump test for concrete at the site and documenting the results for quality records.
4. Quality Documentation and Record-Keeping
How to maintain site quality records, test certificates, inspection checklists, and non-conformance reports.
The importance of traceability and documentation for audits and dispute resolution.
Example: Keeping a logbook of all material deliveries and test results for a multi-story building project.
5. Compliance with Standards and Codes
Overview of relevant IS codes and standards for construction quality.
Ensuring all materials and workmanship comply with national and project-specific requirements.
Example: Verifying that all steel reinforcement used meets IS 1786 standards.
6. Handling Non-Conformities and Corrective Actions
Identifying, documenting, and rectifying deviations from quality standards.
Implementing corrective and preventive actions to avoid repeat issues.
Example: If a batch of concrete fails a strength test, initiate a root cause analysis and replace the affected work as per QA procedures.
7. Communication and Team Coordination
Effective communication between site engineers, contractors, quality managers, and clients to resolve quality issues promptly.
Conducting quality meetings and toolbox talks.
Example: Holding a daily quality briefing to discuss inspection findings and corrective measures with the site team.
8. Practical Applications and Case Studies
Real-world scenarios and case studies to illustrate the application of QC/QA principles in various types of civil projects (roads, bridges, buildings, etc.).
Lessons learned from past projects to improve future quality management.
Example: Reviewing a case study where timely QA interventions prevented a major structural failure in a commercial building.
Why This Course is Essential
Ensuring Project Success
Quality control and assurance are critical for project safety, durability, and client satisfaction. This course gives you the tools to deliver defect-free projects and avoid costly rework.
Enhancing Professional Value
Employers value professionals who can implement robust QC/QA systems. Completing this course demonstrates your commitment to best practices and industry standards.
Real-World Relevance
The course bridges theory and practice, giving you actionable skills for immediate application on site.
Flexible, Supportive Learning
With recorded lectures, live doubt sessions, and placement assistance, you receive comprehensive support throughout your learning journey.
Career Opportunities
Graduates of this course are prepared for roles such as:
Quality Control Engineer
Quality Assurance Manager
Site Supervisor
Construction Project Manager
QA/QC Inspector
Industries include construction, infrastructure, real estate, and consulting.
How to Join
Visit Quality Control & Quality Assurance Civil or call +919990990844.
Fri May 23, 2025
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