Jonas Roque De Souza Email & Phone Number

Melbourne, Victoria, Australia

Key Achievements:- Conducted 100+ comprehensive loop tests on the PowerTrain controller model in the Software-in-the-Loop environment.- Developed a Python script for automated Software-in-the-Loop testing, increasing accuracy by 23% and enabling testing for new vehicle models.- Improved an existing calibration tool by adding new labels and modularising the code, reducing analysis time by 15%.- Developed a VBA script for transforming calibration data into a spreadsheet, reducing data processing time by 50%.- Implemented a Python script for automated test result reporting, reducing the report generation time by 100%.Responsibilities:- Proficiently utilised ASCET, for programming tasks, enabling development and implementing effective software solutions.- Played a pivotal role as a software tester, conducting comprehensive assessments of the PowerTrain controller model through loop testing, ensuring software functionality in conjunction with the vehicle model in a simulated environment.- Utilised Python programming to script tests and establish connections with models within Qtronic Silver and TestWeaver software, automating testing procedures and streamlining the testing process.

Key Achievements:- Successfully developed and delivered Infotainment Software for Stellantis, meeting 100% of project delivery deadlines within established timelines.- Conducted a comprehensive analysis of the generated C code, resulting in an 8% reduction in software defects and an improved quality control process.- Managed project activities on Jira, enhancing team productivity by 15% through efficient sprint planning, contributing to timely project delivery.- Proactively updated and maintained project documents, resulting in a 35% reduction in documentation errors and ensuring that all project documentation remained up-to-date throughout the project's lifecycle.Responsibilities:- Ensured the successful implementation of vehicle functions using the C language and Simulink Stateflow, involving developing and integrating software components to enable various vehicle functions.- Assumed the role of a "planner," actively participating in work organisation and contributing to the planning.- Operated in a dual capacity within the technical and managerial realms, offering a comprehensive project perspective that considered both technical and administrative aspects, enabling informed decision-making.- Contributed to the management field, even in the face of challenges posed by the dual role, leveraging technical expertise and collaborating with team members to overcome obstacles.- Engaged extensively with international teams, fostering direct and productive communication ensuring successful project outcomes through effective collaboration with team members from different locations.

Key Achievements:- Proficiently utilised Computer-Aided Design (CAD) software to create detailed and accurate designs, 86% of my drawings were approved at the first iteration, while the sector goal was 80%.- Contributed to the testing and evaluation of electro-electronic components, ensuring the performance and reliability of new modules, resulting in a 30% reduction of test time.- Collaborated with cross-functional teams to meet project deliverables, enhancing clarity and efficiency, which resulted in a 12% increase in project completion efficiency.- Received recognition for meeting project deadlines with a 100% on-time delivery rate.Responsibilities:- Collaborated on electrical harness projects, actively participating in designing and developing wiring solutions.- Played a crucial role in the design of wiring harnesses, ensuring functionality and efficiency.- Contributed to the design process, considering factors such as wire routing, connector selection, and electrical compatibility to create effective harness solutions.- Utilised TeamCenter for version control and streamlined collaboration within the design team, ensuring proper management and accessibility of design files, promoting efficient collaboration and reducing errors.

Key Achievements:- Led a team of 32 undergraduate students, resulting in a cohesive and productive group.- Achieved 6th place out of 39 competitors in the annual competition and secured the 4th best project ranking in the Design Event among all participating teams.

Key Achievements:- Achieved a 30% reduction in the overall mass of the electrical system by optimising the battery and resizing power wires.- Successfully introduced the first Zigbee-based Telemetry system, resulting in a 130% improvement in data transmission reliability.- Mentored and trained the 5 new team members in Altium Designer, Matlab and Arduino Programming contributing to their skill development.

Key Achievements:- Designed and assembled a PCB module for the prototype Instrument Panel, capable of efficiently processing and receiving data from up to 20 analog channels.- Accomplished seamless integration of a 3-axis accelerometer into the Data Acquisition System based on a PIC18 microcontroller, leveraging embedded system programming techniques.