KAMLESHKUMAR MERUBHAI KANZARIYA

1. Design Support & New Product Introduction (NPI)

Ensure the new Platforms are designed for easy installation and maintenance to reduce long-term service costs.

• Design Reviews: Participate in early engineering distinct phases (PDR-CDR).
• Critical Inputs: Create a "Serviceability Checklist" covering tool requirements, safety accessibility, and maximum component weight limits for manual handling.

2. Field Quality & Troubleshooting (RCA/8D)

Systematically eliminate repeated field failures using data-driven problem-solving.

• Root Cause Analysis (RCA): Use the 8D Methodology (Eight Disciplines) for any high-severity or repeated fault.
  D4 (Root Cause): Utilize 5 Whys and Fishbone (Ishikawa) diagrams to distinguish between symptoms and root causes.
• Solution Validation: Before full deployment, pilot the engineering solution on a small "control group" of units in the field. Collect quantitative data (MTBF - Mean Time Between Failures) to validate the fix before closing the 8D.

3. Engineering Coordination & Solution Deployment

Bridge the gap between the design team and the reality of the field environment.

• Feedback Loop: Establish a weekly "Field-to-Lab" meeting where field failure data is presented directly to design engineers.
• Retrofit Campaigns: For deployed solutions, draft clear Wind Turbine retrofits (WTRs) that guide technicians on how to implement the fix safely.

4. Supplier Quality Management

Stop defects at the source by holding suppliers accountable for Serial Non-Conformances (NCs).

• NC Resolution: Issue SCARs (Supplier Corrective Action Requests) for repeated defects.
  Require suppliers to provide their own 8D reports demonstrating they have identified their process failure

5. Documentation & Knowledge Management

Standardize repairs to ensure consistency and safety across all regions.

• Technical Reviews: Regularly audit the official technical manuals against actual field practices.
• SOP Creation: Develop Standard Operating Procedures (SOPs) for component replacements.

6. Service Vendor Development

Build a cost-effective repair ecosystem to extend component lifecycles.

• Vendor Discovery: Identify local or regional repair shops capable of board-level or mechanical repairs
• Audit & Qualification:Conduct onsite audits focusing on their ESD controls (for electronics), Testing capabilities and Quality Management Systems (ISO 9001).

• Commission 2 MW capacity Turbines
• Remote Monitoring, Troubleshooting and Routine maintenance services of turbines 2 MW DFIG turbines
• Preparation of Quality plan for customer’s submission, Preparation of Quality procedures and analysis reports
• Prepare, maintain, and analyze Daily plant performance reports and take corrective actions to improve the performance of turbines

• Remote Monitoring, Troubleshooting and Routine maintenance services of 1.25 MW and 1.5 MW (SFS) turbines
• Rapid fault finding and troubleshooting to improve turbine availability and customer satisfaction
• Prepare and maintain Daily plant performance reports
• Maintain and Prepare Service reports and CFR

• Erection, Procurement, and commissioning of 66 kV Switchyards as per Tender norms
• Supervision of Execution work, Installation of equipment as per prescribed drawings
• Planning and Supervision of Manpower
• Material consumption and reports submission