RONAN CHARLES UVA, BSc, EIT

Fort Saskatchewan, Alberta

adifju@r.postjobfree.com Mobile 780-***-****

Engineering Design • Programming & Testing • Case Study Reviews

“Skilled in architecting innovative functional system designs that meet end-user requirements and achieve bottom-line results.”

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edicated Junior Electrical Engineer with verifiable expertise spanning engineering design, system testing and troubleshooting, coding and programming and project management. Proven track record in participating across academic projects and lab assignments—working closely with team members to lead case study reviews, assess requirements and architect design packages and overseeing the development of fully functional systems to meet client requirements. Adept at developing 2D drawings, utilizing programming language to architect coding sequence and functions and employing simulation modeling to promote system integrity. Proficient in MS Office Suite, MATLAB, Python, C++, C, Eagle, LTspice and Coldfire V2 Assembly.

• Project Support • Software Programming • Class 5 Licence

• Team Collaboration • Simulation Modeling • Power System Studies

• Power Electronics • Technical Reporting • MCU Programming

• Budget Management • System Commissioning • System Troubleshooting

• 2D Drawings and Engineering Work Packages • CEC–Canadian Electrical Codes • MS Office, AutoCAD, MATLAB, C, C++

• Skilled Engineer in Training with verifiable experience spanning engineering design, system testing & troubleshooting and programming simulation & modeling, with a proven ability in participating across various in-class projects and lab assignments to exceed targets and objectives.

• A Bachelor of Science in Electrical Engineering acquired from the University of Alberta and a current Engineer in Training with APEGA––verifiable knowledge in the areas of CEC–Canadian Electrical Codes, power system stability and transient, power system analysis, power system protection and power electronics.

• Knowledge in supporting with the design and development of electrical systems—assessing client requirements, identifying system specifications, leading the assembling, testing and programming of systems and assisting with the development of technical design package and reports.

BSc in Electrical Engineering 2019

University of Alberta

Engineer in Training—APEGA

Scholarship: Recipient of the “Alexander Rutherford Scholarship Award”—receiving a total of $1,800 for achieving high school grades

Safety Training: CSTS-09

Professional Coursework: Power Electronics, Power System Stability & Transient, Power System Analysis, Power System Protection, Engineering Safety & Risk Management, Financial Management for Engineers

University of Alberta Edmonton, AB

Electrical Engineering Student 2015–2019

Engineering Design Testing & Troubleshooting Case Study Reviews

Assumed Engineering Student role—participated across various academic assignments and in-class projects. Studied various coursework that included electric machine, power system stability and transient, power system analysis, power system protection, power electronics and financial management for engineers.

Project Highlights:

Project I: Design of an Organic Electrochemical Transistor, Bio Wearable Device, Duration: 8-Month

Scope: Collaborated with a team of engineering students to assist with the design and development of a bio wearable OECT–organic electrochemical transistor that is capable of reading end-user PH & glucose levels.

Engineering Design: Led the architecture of a functional design to meet client requirements—assessed client needs and researched requirements for the development of a consumer bio-wearable OECT device. Oversaw the development of a design that included the integration of an amplifier to modify signal, multiplexer for the acquisition of reading and 2 transistor types for converting of voltage with the amplifier.

System Commissioning: Presided over the assembling, testing and commissioning of OECT biowearable system—utilized voltage regulators, level shifters and ADC–analog to digital converter to convert analog to digital reading. Led the programming of MCU–micro-controller unit and assisted with the development of a mobile phone application to control the device through BLE–Bluetooth.

Technical Documentation: Oversaw the development of design packages and technical reports—utilized Eagle PCB design software to design wiring schematics and device drawings. Oversaw the soldering of components, wiring and testing of breadboard and employed LTspice to lead the simulation modeling and ensure meeting of the optimal design.

Project II: MCU–Microcontroller Units Programming & Troubleshooting, Duration: 4-Month

Scope: Worked individually and in group settings to oversee the programming and testing of MCUs.

Programming & Testing: Developed the programming language and design packages—oversaw the assembling of an MCU–microcontroller unit, 4 LEDs, an LCD display and switches to develop “Simon Says Game”. Oversaw the wiring of the breadboard and utilized C programming to develop coding sequencing, gameplay commands and communication patterns to LED and LCD displays. Troubleshooted budgets and architected a full functional gameplay.

Project III: Lab Work for Power Electronic—Technical Report, Duration: 4-Month

Scope: Worked individually to oversee the testing of various power and electronic devices in the U of A lab.

System Testing: Oversaw system testing and troubleshooting of various systems—studied 1-phase and 3-phase power rectifiers, DC choppers and voltage manipulators, DC to DC converter and DC to AC converter. Measured harmonic voltage noises and total harmonic disruptions. Conducted load calculations to assess changes in loads, stability and transient in power system and presented reports to lab instructors.

General Labourer (Compass Group Canada, Fort Saskatchewan) 2015–2016

Dairy/Frozen Associate (Walmart, Fort Saskatchewan) 2020-2020

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