QA/QC Course For Mechanical Engineers

The QA/QC Course for Mechanical Engineers offered by Decibel-Kerala is a comprehensive training program meticulously crafted to empower engineering aspirants with the requisite skills and certifications for excelling in diverse industrial sectors. With a focus on meeting the ever-evolving demands of industries such as Oil & Gas, Petroleum, Marine, Construction, Fabrication, and Mechanical, this course stands as the epitome of excellence in professional development. Through internationally recognized certification programs and specialized training, participants can enhance their employability and secure credible placements both nationally and internationally.

Course Benefits:

• Internationally recognized certification: Upon successful completion of the program, participants receive a Certificate of Proficiency endorsed by accredited certification bodies such as API, ASNT, ASQ, or ISO.
• Equivalent to 5 years of relevant industrial experience: The certification program prepares participants to handle various duties and responsibilities in industries like Fabrication, Inspection, Welding, Quality Management, and more.
• Eligibility for various engineering roles: Graduates can pursue roles such as Fabrication Engineer, Inspection Engineer, Welding Engineer, Quality Manager, NDE Engineer, and more.
• Add-on certifications: Participants have the option to pursue additional certifications for NDT Level 2 in accordance with SNT-TC-1A standards, enhancing their skill set and marketability.
• Placement assistance: Decibel-NDE offers comprehensive placement assistance with a 100% initial placement record, ensuring participants secure rewarding positions in the industry.
• Comprehensive understanding: The course provides participants with a thorough understanding of quality philosophies, principles, systems, methods, tools, and industry best practices, empowering them to excel in their careers.

Additional Information:

• Decibel-NDE has the largest functional placement desk with representatives across various countries, facilitating placements for participants globally.
• The course syllabus is regularly updated to align with industry standards and emerging trends, ensuring participants receive relevant and up-to-date training.
• Participants have access to lodging facilities and food options near the institution, making it convenient for outstation students.
• Decibel-NDE guarantees a 30% placement in each batch of the Certified Quality Controller certification program and provides necessary assistance to all remaining candidates for placements.
• To ensure optimal learning experience, participants are encouraged to bring scientific calculators to class and are provided with basic study materials and codebooks.
• Year-round admissions are open based on seat availability, with special batches offered for groups of 20 or more students from the same institution.

The course covers a wide range of subjects essential for quality control and assurance in mechanical engineering. These subjects include but are not limited to:

• • Welding Engineering
  • Material Engineering
  • Destructive & Non-Destructive Engineering
  • Blasting & Coating Engineering
  • Quality Management Engineering
  • Damage Mechanism
  • Industrial Engineering Drawings
  • General Industrial Health & Safety
  • Maintenance Inspections
  • Corrosion & Deterioration
  • Codes & Standards Familiarization
  • Quality Documentation & Reporting
  • Basics of Advanced NDE Techniques

1. Introduction to Certified Quality Controller (CQC):

   • Overview of quality control principles and industry standards.
   • Importance of specialization certification programs in meeting industrial requirements.
   • Bridging the gap between academic knowledge and industrial demands.

2. Welding Engineering:

   • Fundamentals of welding processes and techniques.
   • Welding inspection methods and standards.
   • Quality assurance in welding operations.

3. Material Engineering:

   • Properties and characteristics of engineering materials.
   • Material selection criteria for different applications.
   • Material testing and quality control procedures.

4. Destructive & Non-Destructive Engineering:

   • Understanding destructive testing methods and their applications.
   • Introduction to non-destructive testing techniques.
   • Interpretation of test results and quality assessment.

5. Blasting & Coating Engineering:

   • Principles of surface preparation and coating application.
   • Quality control measures in blasting and coating processes.
   • Inspection techniques for assessing coating integrity.

6. Quality Management Engineering:

   • Concepts of quality management systems (QMS).
   • Implementation of QMS standards and procedures.
   • Continuous improvement and quality assurance strategies.

7. Damage Mechanism:

   • Identification and analysis of common damage mechanisms.
   • Prevention and mitigation strategies for damage control.
   • Role of quality control in minimizing structural damage.

8. Industrial Engineering Drawings:

   • Interpretation of engineering drawings and schematics.
   • Dimensioning and tolerance specifications.
   • Drawing review and verification processes.

9. General Industrial Health & Safety:

   • Overview of industrial safety regulations and standards.
   • Hazard identification and risk assessment.
   • Safety protocols and emergency response procedures.

10. Maintenance Inspections:

    • Importance of preventive and predictive maintenance.
    • Inspection techniques for identifying equipment defects.
    • Maintenance planning and scheduling.

11. Corrosion & Deterioration:

    • Understanding corrosion mechanisms and types.
    • Corrosion prevention methods and materials.
    • Inspection and monitoring of corrosion-prone components.

12. Codes & Standards Familiarization:

    • Overview of industry codes and standards (e.g., ASME, API, AWS).
    • Compliance requirements and regulatory frameworks.
    • Interpretation and application of relevant standards in quality control.

13. Quality Documentation & Reporting:

    • Documentation requirements for quality control processes.
    • Report generation and data analysis techniques.
    • Document control and record-keeping best practices.

14. Basic of Advanced NDE Techniques:

    • Introduction to non-destructive evaluation (NDE) methods.
    • Advanced NDE techniques for defect detection.
    • Hands-on training in NDE equipment operation and interpretation of results.

This comprehensive course module provides participants with a holistic understanding of quality control principles, practical skills, and industry-relevant knowledge necessary to thrive in dynamic engineering environments. Each topic is meticulously designed to ensure thorough comprehension and practical application, empowering participants to become proficient Certified Quality Controllers (CQC) equipped for success in the global market.

Candidates with educational qualifications such as BE/B-tech/Diploma in Mechanical, Production, Petroleum, Aerospace, Aircraft, Marine, Industrial Engineering, or equivalent are eligible to apply. Applicants awaiting final semester results or with pending supplementary examinations may also apply. The course welcomes individuals passionate about pursuing a career in mechanical engineering and quality assurance.