As a dedicated professional in project evaluation and production improvement, I excel in:- Conducting and Evaluating Project Parameters: Systematically assess and review project parameters to ensure alignment with production goals.- Inspecting Project Panels: Perform thorough inspections to ensure that products meet production specifications and quality standards.- Designing and Implementing Solutions: Develop and implement innovative solutions to enhance production efficiency and reduce Non-Conformance Reports (NCRs).- Analyzing Production Issues: Evaluate current production challenges and identify recurring patterns to drive continuous improvement.- Developing Implementation Plans: Create strategic plans to address and resolve production issues effectively.- Leading Production Meetings: Facilitate research production meetings to review and analyze NCRs, ensuring corrective actions are taken.- Collaborating with Suppliers: Engage with product suppliers to assess and evaluate future products, ensuring they meet quality and performance criteria.My approach focuses on optimizing production processes, reducing inefficiencies, and ensuring the highest standards of quality and performance.

- Led Weekly Mixes:Coordinated with the shop to adjust and optimize concrete mixes, analyzing how different materials impact compressive and tensile strength.- Strength Testing:Collected data and worked with co-captains to test the compressive strength of each mix after a 5-day curing period using a concrete compressive machine (CCM).- Design Optimization:Focused on reducing canoe weight by modifying mix proportions to lower density, contributing to a more efficient design.- Material Research:Investigated new materials and processes to stay aligned with industry standards and innovate within the field.- Industry Collaboration:Partnered with various companies to test new products and advance towards the goal of achieving lightweight, net-zero concrete.

I’m thrilled to share the diverse experiences I gained this summer working on three impactful projects: Drumbo WWTP, Oxford County DWP and WWTP, and Brantford Siphon. Each project offered unique lessons:- Drumbo WWTP: Emphasized the importance of precision and attention to detail.- Oxford County DWP and WWTP:Highlighted the value of effective team collaboration.- Brantford Siphon:Showcased the need for adaptability and problem-solving in dynamic environments.This internship has been an invaluable stepping stone in my career, providing hands-on experience and broadening my skill set. I’m excited to apply these lessons to future projects and continue growing in the field.

Specializing in turbine design and analysis, I focus on optimizing performance through advanced software and rigorous testing:- Design and Analyze FAST Software: Confirm design hypotheses by leveraging FAST software for turbine simulations.- Strategic Planning with PDM: Utilize Product Data Management (PDM) systems to organize and manage all turbine design projects systematically.- Optimal Design with MATLAB: Employ MATLAB to identify the most efficient design solutions within given constraints.- Validation through Hand Calculations: Develop hand calculations to cross-verify the accuracy of FAST software results.- Testing and Data Collection: Conduct tests at the WINDEE testing facility, meticulously recording data to ensure reliability.- Achieving High Accuracy: Demonstrated that FAST software achieves an impressive accuracy rate of 94% through rigorous analysis and testing.My expertise in integrating software tools with practical testing ensures precise and optimized turbine designs.