Neel Mistry Email & Phone Number

Mississauga, On, Ca

Ontario, Canada

Machine Preparation & Configuration: Set up tools, fixtures, and programming for production, ensuring all machines are ready for operation.Process Monitoring: Oversee manufacturing processes to ensure smooth operations and promptly report major issues to the maintenance team, assisting with repairs as needed.Cross-Functional Collaboration: Work closely with engineers and maintenance staff to optimize production processes and ensure necessary tools and documents are available.Training & Support: Assist in training new operators on machine setup and operation while providing ongoing support to technicians and operators.Process Engineering: Conduct continuous improvement initiatives, capability studies, and cost control efforts in collaboration with engineering and production teams.Bottleneck Identification: Identify manufacturing line bottlenecks and implement corrective actions to reduce scrap rates.Design Improvements: Enhance the design of fixtures and tools using SolidWorks 3D, including reverse engineering when necessary.Tooling Optimization: Optimize tooling costs and tool life through testing and analysis of results.Material Review Board Coordination: Organize MRB meetings, targeting high scrap areas to improve First Time Quality and reduce Cost of Poor Quality (COPQ).Lean Implementation: Achieved a 10% increase in hourly production by implementing lean methods, optimizing changeover times, and applying preventive maintenance and Kaizen principles.Documentation Management: Update and maintain process documents per engineering change requests (ECR).Quality Standards Adaptation: Adapt to automotive manufacturing quality standards, including ISO 9001 and IATF 16949.

Guelph, Ontario, Canada

Machine & Process Optimization: Analyzed out-of-tolerance conditions and implemented adjustments to ensure product quality. Set up and troubleshot manufacturing machines for optimal performance and safety.Team Leadership & Training: Supervised operators to ensure production standards were met. Trained operators in troubleshooting techniques, resulting in a 20% reduction in scrap.Lean Manufacturing & Continuous Improvement: Led lean initiatives to drive process improvements and maintain 5S standards, focusing on scrap reduction and productivity enhancement.Quality Assurance: Inspected production dimensions to ensure compliance with engineering specifications and interpreted engineering drawings for accurate manufacturing.Safety & Company Values: Promoted core company values while maintaining a safe working environment.

Kitchener, Ontario, Canada

CNC Machine Operations: Set up, operate, and maintain CNC machines for precision tasks like turning, milling, and grinding.Daily Maintenance: Conduct routine setups, adjustments, and cleaning to ensure optimal performance.Programming: Program CNC machines for basic workpieces at the control panel.Assembly: Fit and assemble machined metal parts using hand and power tools.Quality Verification: Verify dimensions of machined parts using precision measuring instruments.Instrument Calibration: Maintain and calibrate measuring instruments to ensure accuracy.Team Collaboration: Work with production and engineering teams to meet performance goals and assist in training.Continuous Improvement: Enhance skills and develop efficient methods for tasks.Safety Compliance: Follow safety policies and report unsafe conditions.General Duties: Maintain equipment in safe condition and perform other assigned technical tasks.

Cambridge, On

Setup & Planning: Disassemble old setups and prepare for new orders by reviewing work orders and blueprints.CNC Operations: Set up, program, and operate CNC tools for machining carbide and HSS parts.Tool Selection & Precision: Choose tooling methods and adjust machine settings to ensure accuracy and precision.Quality Assurance: Produce first-off parts using precision measuring instruments to meet quality standards.Process Monitoring: Oversee machining processes, making adjustments to eliminate errors.Maintenance & Safety: Perform routine maintenance and maintain a safe working environment while assisting colleagues as needed.

Manjusar, Vadodara

Innovative Solutions: Developed and tested solutions using advanced CAD/CAM tools to meet product requirements.CNC Programming: Programmed CNC machines with Mastercam for precise operations on lathes and mills.Nesting & Programming: Executed nesting and programming for CNC laser and punching machines based on Bill of Materials (BOM).Design & Validation: Designed parts and assemblies, performing detailed calculations and creating comprehensive assembly procedures.3D Modeling: Utilized SolidWorks and AutoCAD for 3D modeling, drafting, and documentation.Value Engineering: Engaged in value engineering to optimize designs for cost and performance.Production Oversight: Managed production and quality control across casting, machining, assembly, and performance testing.Stakeholder Coordination: Communicated critical updates to clients, distributors, vendors, and fabricators.

Vadodara Area, India

Reverse Engineering: Analyzed customer components and communicated specific requirements for modifications.3D Modeling & Drafting: Created 3D models using Solid Edge and generated 2D manufacturing drawings in AutoCAD.Inspection: Conducted inspections of raw materials and finished components to ensure quality standards.Leak Detection Testing: Performed helium leak detection testing on heat exchangers, pressure vessels, vacuum valves, and more, adhering to customer procedures and providing detailed testing reports.

Savli

Sheet Metal Design: Designed sheet metal parts using AutoCAD and prepared material bending (BOM).Quality Inspection: Estimated sheet requirements based on nesting and inspected for quality, submitting reports to the purchasing department for approval.Machine Programming: Created programs for Trumpf Laser (TruLaser 1030) and Trumpf Punching Machine (TruPunch 1000) to optimize processing times and maximize production.Production Coordination: Collaborated with the production department to allocate programs on laser and punching machines, maintaining load and minimizing idle time.Reporting: Submitted daily production reports and maintained comparative records of monthly and yearly output.

Master'S Degree, Manufacturing Engineering

Practical Project Management Manufacturing System Lean Six Sigma Fusin 360 3D printing Industrial Automation Discrete Manufacturing.

Postgraduate Degree, Mechanical Engineering/Mechanical Technology/Technician, 3.79/4

This program is the combination of theoretical and practical instruction.I studied the use of a Computer Numerical Control (CNC) machine.

Bachelor Of Engineering - Be, Mechanical Engineering, 7.98/10

This 4 year Bachelor journey helped me to study various aspect of Mechanical Engineering like Machine Design, Manufacturing Processes.