Omkar Bhoir Email & Phone Number

• Spearheaded the creation of a holistic preventive maintenance plan for a water district serving approximately 200 homes, focusing on infrastructure integrity, water quality improvement, and regulatory compliance.
• Conducted thorough assessment of existing water system components, including wells, reservoirs, distribution networks, and fire hydrants, identifying critical areas for immediate intervention and long-term improvement.
• Developed and implemented a comprehensive Water Quality Management Plan, encompassing regular testing schedules, filtration system upgrades, and systematic flushing programs to significantly enhance water quality for.
• Prioritized maintenance and replacement tasks for aging infrastructure, balancing urgent needs with budgetary constraints and future loan prospects, ensuring optimal use of the district's $49,000 surplus.
• Designed emergency response and safety preparedness protocols, particularly addressing the potential failure risk of an aging reservoir and the replacement/refurbishment needs of critical fire hydrants.
• Collaborated with KeelWorks professionals to showcase project management and problem-solving skills, demonstrating the value of expert consultation in municipal water system optimization and maintenance planning.

Hyderabad, Telangana, India

• Led optimization of DC link capacitor design and assembly processes using DMAIC methodology, improving product reliability by 18%. This data driven approach enhanced customer satisfaction and market competitiveness..
• Spearheaded engineering of critical components including aluminum containers and insulator bushings through strategic sourcing, enhancing product durability by 22%. This extended product lifespan, reduced maintenance.
• Utilized advanced CAD tools for 3D modeling and 2D drafting, creating detailed models that improved communication between design and production teams. This enhanced visualization allowed early detection of potential.
• Collaborated with suppliers to optimize component designs for cost-effectiveness and performance. Conducted material analyses and durability testing to ensure components met or exceeded industry standards. Participated.

Pune/Pimpri-Chinchwad Area

• Spearheaded initiative to optimize paint ratios across product lines, conducting extensive analysis of historical consumption data and performing controlled experiments with various formulations. Implemented lean.
• Led implementation of statistical process control (SPC) methods to address coating thickness variations. Set up control charts, established control limits, and trained operators on real-time monitoring. This resulted.
• Collaborated with quality assurance team to establish new testing protocols for paint consistency and adhesion. Researched industry best practices, consulted with suppliers, and conducted extensive trials to determine.

Pune/Pimpri-Chinchwad Area

• Led transition of heater fuel system from diesel to Compressed Natural Gas (CNG), conducting comprehensive thermodynamic analysis evaluating heat transfer efficiency, fuel consumption, and emissions. Optimized CNG.
• Revolutionized resin coating procedure through detailed process flow analysis and implementation of advanced automated curing system. Mapped entire coating process, identified bottlenecks, and leveraged Industry 4.0.
• Conducted detailed cost-benefit analysis for fuel transition project, gathering data on fuel prices, equipment costs, and projected savings. Used advanced financial modeling to forecast long-term benefits and ROI.

Nashik, Maharashtra, India

• Spearheaded quality improvement initiative in tool and sheet metal fabrication using poka-yoke (mistake-proofing) methodology. Conducted systematic analysis of production process to identify potential error points.
• Achieved 19% reduction in customer complaints through implementation of stringent quality control processes and proactive problem-solving. Analyzed historical complaint data, identified recurring issues, and.
• Drove improvements in fixture quality through data-driven analysis and iterative design enhancements. Used statistical tools to analyse performance data, collaborating with design team to implement modifications such.

Master'S Degree, Engineering/Industrial Management, 3.58

Bachelor'S Degree, Mechanical Engineering, 8.1/10

Hsc - Higher Secondary Certificate, High School/Secondary Certificate Programs, 69.66%

Ssc - Secondary School Certificate, Primary & Secondary Education, 69.00%