Bharath T

Enterprise .NET Software Engineer with 4+ years of experience designing, enhancing, and supporting business-critical desktop and web applications in production environments. Strong expertise in C#, .NET Framework/.NET Core, WPF, WinForms, React, and Angular. Skilled in debugging real-time operational systems in semiconductor manufacturing environments.

Proven ability to analyze defects, implement stable fixes, and deliver enhancements while maintaining application reliability. Experienced with Agile development, version control, database interaction, and customer-facing production support.

Software Engineer at Mindox Techno Pvt Ltd (2021-11 – Present)

• Designed and implemented enhancements for large-scale C# desktop applications used in semiconductor equipment control systems (EFEM – Equipment Front End Module).
• Built and integrated a gRPC service to expose SECS/GEM configuration data (SVID, ECID, DVID) consumed by a WPF client via EFEGRPCViewModel using Protocol Buffers.
• Developed React.js components and Angular modules for internal tooling and ERP dashboards, integrating REST APIs and improving operational visibility.
• Refactored and modernized legacy WPF modules using MVVM patterns to enhance UI responsiveness, maintainability, and testability.
• Performed root cause analysis and debugging on real-time production issues including robot alignment errors (AlignAngleError traced to RTOL=0.0° in Configuration.xml) and TCP disconnection incidents.
• Analyzed EFEM status polling interruptions caused by out-of-bound offset errors triggering service restarts; documented findings and delivered stable hotfixes.
• Supported ERP modules developed in ASP.NET MVC; performed database maintenance, SQL query optimization, and feature enhancements.
• Collaborated with hardware engineers and customers during onsite installations, configuration, and commissioning of semiconductor equipment.
• Implemented requirement changes based on SRS documentation; consistently delivered stable production releases within Agile sprint commitments.
• Validated EFEM software behavior through functional and scenario-based testing; authored test documentation for production releases.
• Reduced production downtime by identifying and resolving recurring defects in real-time robotic control workflows.
• Modernized legacy desktop modules with React and Angular integration while maintaining backward compatibility.
• Delivered gRPC-based microservice layer enabling scalable configuration data access across EFEM systems.
• Provided direct customer support during onsite installations, contributing to faster deployment cycles.

Quality Assurance Engineer at Tuff Pumps (Unit of CRI) (2019-01 – 2020-05)

• Performed inspection, testing, and validation of production systems; documented defects and coordinated corrective actions.
• Built troubleshooting and root cause analysis skills directly applicable to software debugging and production support.

Bachelor of Engineering in Mechanical Engineering – CARE Group of Institutions