• Leads the continuous improvement of engineering tools and processes by researching and incorporating new technical standards and industry best practices.• Manages a small team responsible for updating technical specifications, interpreting jurisdictional requirements, training new vendors, and assisting in answering technical queries.• Responsible for ensuring that all client, regional, and engineering requirements are incorporated into drawing templates and engineering analysis for new projects.• Researches jurisdictional requirements to ensure the quick approval of work by city zoning and permitting.• Meets with clients to discuss new programs, timelines, and technical requirements of new work.• Develops and maintained process documents for field work, quality control procedures, drawing templates, and engineering tools.

• Continuous improvement of processes and systems to allow for faster turnaround time of products, better visibility of potential late deliverables, and reduced workloads.• Performed analysis of mounts using applicable standards and codes (TIA-222-H, CSA S37-18, 2018 IBC) to assess wind and seismic loading, ultimately to assess whether the mount would fail under changes in loading.• Performed field inspections of telecommunications towers to analyze structural soundness, equipment audits, and field data collection.• Working with and cultivating relationships with key stakeholders, including: managers, customers, and field crews. ► Independently defined project scope and objectives, secured appropriate resources (trades and sub-contractors) and developed detailed plans to ensure completion of projects on time and on budget.

-Developed theoretical machine models to track cycle times of production lines and analyze potential improvements-Analyzed economics and feasibility of capital investments to prioritize the investments-Reported and analyzed Key Performance Indicators (KPIs) and mill performance to identify cost saving and improvement opportunities-Development of KPI databases to automate low value added monthly reporting and increase productivity

-Designed and manufactured components to cut down on product output lead time and output quality-Applied finite element analysis to determine and certify failure modes of various products-Designed and conducted tests to certify theoretical predictions of failure modes and determine empirical failure thresholds-Redesign of switch housings to improve EMF shielding

-Collaborated with multi discipline team to scope jobs and determine problem’s root cause -Performed cost estimates of new piping lines to assist a cost saving project -Modified P&ID and isometric drawings to provide clear work instructions -Prepared shutdown unit for operation by assisting in ready for operation checks -Created engineering specification packages which contained detailed instructions of work

-Developed electrical and programming skills using Arduino microcontrollers and C++ programming -Facilitated design labs using Arduino microcontroller based robots -Taught students to be proficient in Unigraphics NX 5.0 and AutoCAD in graphics course

-Developed solutions to update existing assembly line for increased efficiency, better quality output and higher safety standards-Designed automated processes to cut down on manual assembly stations of the work line for increased productivity and cost savings -Led several high impact cost improvement projects -Managed assembly employees in prototype builds to meet major client deadlines -Prepared PFMEA, operator work instructions and process flow reports for manufacturing engineers

-Visited construction sites and worked with builders to assist in ensuring LEED and Energy Star standards were met-Statistical analysis of the collected data with the goal of rewriting a section of the Ontario Building code-Analysed and collected air tightness data for residential homes