ANTONY GEORGE

• Assembled high-precision busbar systems for critical power distribution projects.
• Executed assembly operations using technical drawings, power tools, and precision measuring instruments.
• High Voltage (3.2 KV) holiday testing to figure out problems of paint coatings.
• Maintained a high standard of workplace safety, compliance, and operational efficiency.
• Optimized production workflow through continuous process improvements, reducing downtime.
• Ensured timely completion of tasks by maintaining high level of focus and discipline.
• Utilised manual dexterity for intricate assembly work, resulting in high-quality output.
• Maintained clean and organised workspace to promote efficiency and safe working conditions.
• Participated actively in training sessions for new equipment, improving personal skill set over time.
• Enhanced overall product quality with careful inspection after each stage of the assembly process.
• Demonstrated proficiency in using a range of hand and power tools for various assembly tasks.
• Followed detailed blueprints and schematics accurately while assembling products.
• Coordinated effectively with team members for efficient workflow during busy periods.
• Identified faulty components during assembly process, preventing potential malfunctions.
• Adhered strictly to safety protocols during all aspects of assembly work.
• Managed time effectively whilst balancing multiple tasks simultaneously on the production floor.
• Assisted in troubleshooting technical issues during assembly process, contributing to workplace productivity.
• Used exceptional attention to detail and accuracy in Testing and assembly to produce first-class finish.
• Maintained rigorous quality control throughout assembly processes for uniform finished products.
• Assembled products and components using variety of equipment, making proactive adjustments to settings to produce work within tight tolerances.
• Trained new employees and promoted supportive, performance-oriented atmosphere, instructing in use of machinery, standard operating procedures and company policies.
• Operated hydraulic riveting machines to bind housing modules and created finished goods.
• Checked completed workpieces against specifications using precision measuring instruments; ensured consistent quality standards were met across batches produced.

• Participated in brainstorming sessions, cultivating creative ideas.
• Collaborated on complex projects for innovative solutions.
• Mitigated risk with strict adherence to safety protocols.
• Conducted precise measurements, ensuring accurate data.
• Identified opportunities for improvement through thorough analyses of engineering systems.
• Managed project deadlines, facilitating timely completion.
• Accelerated technological growth for enhanced productivity.
• Troubleshot technical issues, resolving complications swiftly.
• Maintained up-to-date knowledge of emerging technologies for competitive advantage.
• Assisted in the production of prototypes for improved performance.
• Generated comprehensive reports by meticulously documenting experiment findings.
• Executed quality control tests to ensure high standards.
• Coordinated cross-functional teams to meet project objectives efficiently.
• Facilitated smooth workflow with effective team collaboration.
• Assisted senior engineers with complex problem-solving tasks.
• Evaluated engineering designs, ensuring compliance with regulations.
• Enhanced product design by conducting detailed research and development activities.
• Handled numerous projects simultaneously, delivering on-time completion.
• Managed research and development budgets to deliver cost-effective projects.
• Presented test results analyses to aid design specification improvements.
• Worked with production teams to facilitate smooth transition from design and testing to full-scale manufacturing.
• Investigated design failures in field to determine necessary corrections in future iterations.
• Researched and developed engineering solutions to combat operational issues.
• Conducted rigorous failure mode effect analysis, improving overall product safety.
• Applied Six Sigma methodologies to eliminate process inefficiencies and enhance product reliability.
• Introduced new materials in the development process to achieve lighter, more durable products.
• Tested products throughout lifecycle development phases for continued innovation.
• Used precision measuring instruments and testing completed items for proper operation.

Key Achievements:

• Reduced customer complaints related to mixer grinder motor failures by over 50% through the adoption of a simplified design that prevented water entry.
• Enabled additional 2-year product warranty by implementing more efficient materials and improving motor ventilation.
• Implemented an efficient inventory management system with enhanced tracking of components, damaged parts, and competitor models, resulting in significant reduction in parts shuffling and missing components.

• Worked collaboratively with the engineering team on machinery upgrades, contributing to improved output quality over time.
• Participated actively in team meetings for better communication and goal alignment.
• Managed production schedules, meeting strict deadlines consistently.
• Improved workplace safety with comprehensive risk assessments.
• Implemented preventative measures, reducing machine downtime significantly.
• Enhanced production efficiency by supervising machine operations and workers.
• Led maintenance of machines for optimal performance.
• Oversaw inventory management, guaranteeing availability of necessary materials at all times.
• Facilitated smooth operations by troubleshooting machine issues promptly.
• Coordinated with other supervisors to achieve operational goals.
• Determined equipment faults, promptly reporting them to maintenance and repair team to ensure immediate repair.

Key Achievement:

• Executed predictive maintenance by analysing machine component conditions and history, replacing unnecessary daily checks with targeted care. This improved time management, enabled maintenance team to focus on other tasks, and boosted production efficiency with increase in yield of almost 10%.