Jasmine Divanifard

Successfully launched up to 5 prototype batteries to fruition within a span of 1 year, prioritizing quality, safety and satisfaction. Spearheaded platformization of High Voltage Platform (300V-700V), designing Renesas-based BMS and other PCAs to meet requirements for various products based on voltage and capacity, while ensuring compliance with various international standards. Successfully reduced design cycle bottlenecks by average of 3 months and improved inventory stock management.

Electrical Engineer at Electrovaya Inc. (2023-06 – Present)

• Successfully launched up to 5 prototype batteries to fruition within a span of 1 year, prioritizing quality, safety and satisfaction.
• Spearheaded platformization of High Voltage Platform (300V-700V), designing Renesas-based BMS and other PCAs to meet requirements for various products based on voltage and capacity, while ensuring compliance with various international standards.
• Successfully reduced design cycle bottlenecks by average of 3 months and improved inventory stock management.
• Executed design of PCAs, wire harnesses, and complete battery systems for low (24V-90V) and high (300V+) voltage products
• Met key deadlines as short as 1 month amidst competing priorities in a fast-paced environment.
• Collaborated with mechanical and firmware teams to ensure safety, functionality, and quality of final products.
• Upgraded legacy BMS design layout for EMC filtering, charging detection, and power supply improvements.
• Orchestrated communications across engineering, purchasing, and quality teams with external clientele and suppliers to mitigate timeline constraints.
• Documented drawings, bill of materials, and work instructions to be used by key internal and external stakeholders.
• Anticipated testing constraints and designed, built, and released test jigs for production use, avoiding quality and timeline risks.
• Prepared Engineering Change Notice documents and oversaw training for smooth production handover of battery systems.
• Mentored and Trained Engineering interns on engineering best practices in PCB and Harness design processes.
• Managed Part Numbering System/Database based on ISO Requirement.

Engineering Student at Alfield Industries Ltd., Martinrea International (2022-05 – 2022-08)

Government-Funded NGEN IIOT4/Industry 4.0 Projects

• Acoustic Monitoring of Stamping Machine and Missing Punch Detection
• Developed python code to process acoustic signals travelling through a die for real time/historical use.
• Created an alert system and interface that successfully detects a part with missing punch using historical data.
• Discovered key indicators of upcoming bad parts in the production process using signal strength.
• Successfully identified key sensor locations via material and die analysis.
• Predictive Maintenance of Stamping Machine
• Developed python code that predicts/forecasts the health of press components using historical data and Prophet library.
• Personal Projects
• Developed Omron PLC code for bin change optimization counter commissioning with possible increases in production efficiency, savings of $15k.
• Modification of press shop trackers and forms
• Converted PM tracker from paper to excel and modified to automatically highlight important deadlines.
• Standardized gripper position checklist from unofficial paper copy to excel template.
• Upgraded press efficiency tracker, summarised key data with vlookup; simplified formatting for ease of use and debugging.

Engineering Intern, APQP at Inmet A Division of Multimatic Inc. (2019-04 – 2019-08)

• Cycle time analysis of operator/robot factors in production. Identified possible cycle time decrease of 6 sec from redundant steps.
• Major study on brake shoe scrap and its relation to the production process. Analyzed factors such as part orientation, metal stamping, and welding to decrease scrap produced and increase profit through production of quality parts.
• Optimization of internal protocols and forms. Excel VBA and macros to combine multiple forms needed for shipping to decrease time/work required for all parties involved.
• Benchmarking current/future products based on sales, resources required, and length of program.

BASc in Electrical and Computer Engineering; Minor in Advanced Manufacturing, Certificate in Engineering Business – University of Toronto (2018-09 – 2023-05)