Mustafa Sultani                        JR. ENGINEER

·[email protected] · 647-455-5779 · www.linkedin.com/in/mustafa-sultani

SKILLS

Software:   C · Java · MATLAB, Simulink · ETAP · Microsoft office · Cadence Layout · AutoCAD

· SolidWorks CAD Design · Python · PCB Design (EAGLE).

Hardware:  Analog and digital Circuit Design · Schematic capture and simulation · Power Converters

· Power Transformers and Current Transformers · Battery Management systems, Electric Vehicles.

Bench:        Oscilloscopes, Function Generators, PCB Design, Electronic Assembly (Soldering, wire stripping, etc.).

WORK EXPERIENCE

Engineering Intern| Electrefy Inc.| Toronto, ON, 05/2017 to 10/2017

·         Designed an efficient and cost-effective system for hybrid energy storage.

·         Conducted tests on repurposed lithium ion batteries to find characteristics and parameters.

·         Created 3D printing objects and designed boxes for mounting electronics and parts using SolidWorks.

·         Developed weekly status reports to update the team on progress.

·         Tested temperature rise, cell life, charge, and discharge characteristics, to allow for more analytical

battery monitoring

EDUCATION

Ryerson University, 09/2014 to 06/2018

Electrical Engineering Major

PROJECTS

EDP-Design Project, 08/2017 to 04/2018

·         Designed an electric power substation network that distributed residential loads in a defined area.

·         Created a Electric Power System Protection and Control for relay calculation and setting

·         Calculated the rating of residential loads according to the CEC and NEC standard.

·         Performed and verified short circuit, load flow and fault analysis-using ETAP to select appropriate rated distribution components such relay setting calculation and arc flash study.

·         Created Schematic diagrams for AC three line diagrams, DC control diagrams, wiring diagrams for the loads.

Eco home Clean Energy Storage (Electrefy), 05/2017 to 10/2017

·         Designed a clean energy storage system using electric batteries to allow for a cost-effective solution.

·         Storage consisted of eight lithium batteries (48kv, 45Ah each) in parallel protected by a single battery management system.

1-bit Adder layout (cadence 180nm), 10/2017 to 11/2017

·         Designed CMOS Logic Families such as 1-bit Full Adder using Cadence layout.

SOFTWARE SYSTEMS Developed, 10/2016 to 11/2017

·         Java applications such as arrays, loops and linking objects.

·         Designed the Tower of Hanoi using Java.