RESUME

SAIT MET Associate

Mechanical Engineering Technologist

• Applied advanced machining techniques to design, construct, and optimize products, focusing on precision and material waste reduction.

• Successfully constructed, wired, powered, programmed, and tested a new Phoenix Contact PLC with network integration and I/O expansion within two months.

• Integrated PLC-controlled robotics and Arduinos into manufacturing processes, streamlining tasks synchronously and improving overall operational efficiency.

• Played a key role in teams to collaborate and coordinate important project specifications, including timelines, budget constraints, and technical documentation.

META SAIT

Club Associate

• Collaborated with team members to plan and implement engaging activities, resulting in increased participation.

• Employed effective communication skills to present and coordinate logistics for club meetings, ensuring satisfying and fulfilling events.

• Demonstrated leadership and engagement by actively participating in club decision-making processes for time and resource allocation purposes

• Participated in and supported various club functions and initiatives, including annual Saitsa events.

ASRS Capstone

Phoenix Contact PLC, HMI, Electrical Schematics, Ladder Logic, CAD Modelling, Networking

• Led a team in developing an Automated Storage and Retrieval System (ASRS) for efficient inventory management.

• Utilized Phoenix Contact PLCs and HMIs to automate material retrieval and storage processes using user feedback.

• Integrated support for asynchronous work with a separate IRB-140 Robot.

• Managed project life cycle analysis, including data gathering, documentation, and project management tasks.

• Project Client Contact: daniel.barrett@sait.ca

• Portfolio: behance.net/robertiobagiu

Sterling Engine

Thermodynamic Analysis, Milling, Lathing, 3D CAD Design, Blueprint Development

• Designed and manufactured a functional sterling engine with high-end efficiency at 300 RPM.

• Utilized SolidWorks to model and develop design schematics to follow as a guideline.

• Applied thermodynamic analysis to optimize engine performance by 67%.

• Followed GD&T specifications and used standard fastening components.

GD&T Product Upgrade

GD&T Analysis, Measuring & Dimensioning, Functional Analysis, Material Science Analysis

• Conducted a comprehensive analysis on a common machine shop tool to upgrade efficiency and ergonomic design.

• Deconstructed the tool and created detailed 3D CAD models for each component with with accurate replication.

• Performed SolidWorks simulation analysis on each component to analyze faults and maximize efficiency with smart topology.