Brampton, Ontario, Canada
Environmental Engineering graduate (April 2026) with hands-on experience across consulting, construction, and manufacturing environments. Skilled in engineering analysis, including energy studies, quantity takeoffs, energy calculations, and reviewing engineering specifications and drawings. Strong verbal communication and presentation skills demonstrated through client discussions and presentations to executives, department heads, and project teams. Highly effective working independently or as part of multidisciplinary, collaborative teams.
• Supported long-term climate risk and environmental planning by contributing to 2050 building-related GHG emissions forecasting and analysis for municipalities. • Developed and applied scaling factors for different building types to support emissions modelling and scenario analysis. • Assisted in simulating projected GHG emissions based on predicted changes in building stock energy use. • Co-authored a technical report documenting the research methodology, modelling processes, assumptions, and findings.
• Simplified technical information into concise, client friendly deliverables to resolve billing inquiries and support clear communication. • Reviewed site visit reports and as-built drawings to support submetering proposal preparation and pricing. • Conducted sensitivity analyses using historical data to estimate pricing for potential future projects, supporting client pitches with informed cost projections. • Reviewed electrical drawings and produced single line diagrams to support project clarity and assist with wiring and device identification on-site. • Supported contract administration tasks by preparing documentation for client inquiries and ensuring accuracy of project records.
• Reviewed engineering specifications and AutoCAD drawings to complete lighting and HVAC quantity takeoffs using Excel and Bluebeam Revu to support the calculation of a project’s total energy savings. • Performed energy calculations for lighting, HVAC, and solar power system installations to evaluate project energy savings and incentive eligibility in support of a utility client's energy saving program. • Compared predicted and actual solar energy production data in Excel to assess estimation accuracy and improve internal processes. • Analyzed residential solar system production data to support the development of a new residential solar program.
• Conducted energy studies on welding cells, calculated the energy consumption of electric and propane forklifts, and electric tuggers, resulting in the completion of a life cycle analysis of a hinge pillar. • Developed a solar-powered LED soil moisture measurement circuit using Arduino and SOLIDWORKS to demonstrate its ability to support one plant effectively, indicating potential for scalability. • Identified, collected data, and documented ongoing environmental & sustainability efforts and cost-saving initiatives to support the plant in identifying areas of improved efficiency and sustainability practices. • Assisted in conducting air leakage analysis for all plant welding cells using an air leakage sensor, resulting in significant energy and cost savings.