Jacob Sheehan

** ********* *****, **. **********, Ontario

Phone: 905-***-****; E-mail: ac3gi3@r.postjobfree.com

EDUCATION

Bachelor of Applied Science in Engineering Science, University of Toronto June 2016 Honours, Major in Energy Systems

Relevant Coursework: Electric Drives, Engineering Economics, Engineering Design, Energy Generation and Storage, Statistics

TECHNICAL SKILLS

Proficient in Microsoft Office applications, including Word, Excel, PowerPoint, Access, Project

Modelling in AutoCAD, PSim, PSCAD, MATLAB; programming in Python, C, Verilog, Assembly, Java, ABB 800XA DCS

ENGINEERING EXPERIENCE

Eastern Power Ltd. – Electrical Engineering Intern (16 Months) May 2016 – Present

Design of instrumentation, control circuits, and plant logics in ABB 800XA DCS

Plant commissioning, including generator and turbine protection, instrumentation, control logics and tuning

Lead engineer on duct burner system installation and commissioning

General site management, including sub-contractors, trades, drawing databases, and materials purchasing

Eastern Power Ltd. – Electrical Engineering Intern (16 Months) May 2014 – August 2015

Administrative work, including material procurement, construction/as-built drawings, management of trades, and quality assurance, at Green Electron Power Plant construction site in Courtright, Ontario

Lead engineer on 230 kV electrical substation, and 13.8kV/18kV isolated-phase bus duct system construction, including procurement, scheduling, engineered lifts, technical support through construction, and full commissioning

Designed, scheduled, and oversaw substation protection and control cabling; tested substation equipment

Engineered 2-crane lift plans for slip-jointed substation monopoles; plan for overhead cable stringing across CN railway and Union Gas pipeline adjacent to plant property

Educational Wind Turbine Kit Project January – April 2016

Developed functioning modular desktop wind turbine assembly kit in 5 member team, at less than $20 material cost

Created multiple lesson plans encompassing grades 9-12 curricula to support use in Ontario high schools

Demonstrated product to committee of TDSB representatives and U of T professors

Tested product with a classroom of grade 11 students on a campus tour

Thesis: Optimizing Feeder Solar PV Capacity with Dynamic Reactive Power Control September 2015 – April 2016

Performed extensive research to develop control algorithm for reactive power voltage stabilisation on long feeders with high PV penetration

Performed rigorous simulations of controller voltage profile on 13-Node IEEE Test Feeder model in PSim/MATLAB

Packaging Robot Construction Project January – March 2013

Worked in 3 person team to design and construct autonomous chip-packaging robot prototype

Wrote detailed professional documents including design proposal and comprehensive technical report

Independently wrote full microchip assembly language program for robot operation

Bridge Design Competition November 2012

Designed and built 1-meter span mat board girder bridge in 2 member team; performed detailed structural analysis to maximize support within strict materials constraints; created MS Excel program to streamline calculations

Won class competition for highest load supported prior to failure

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