• Responsible for Daimler Truck global E/E architecture for current and future vehicles.• Developing concepts for lifecycle management of hardware and software solutions including manufacturability and service.• Developing proof of concepts with backend software developers to ensure state of the art solutions.• Utilizing system design principles for new functions and features to ensure proper development of requirements.• Supporting Daimler Truck Operating System future architecture in North America through demonstration vehicles and requirements definition.

• Responsible for High Voltage Safety software development, integration, and validation of eCascadia & eM2.• Developed High Voltage system requirements for functional implementation of NAFTA market.• Lead automation of HV HiL test case for regression testing per release.• Designed fault injection scripts to manipulate vehicle behavior to test fault behavior of high voltage safety in accordance of functional safety.• Conducted feature-function partition and mapping to understand gaps and potential market opportunities.• Supported external HV charging and xPTO software integration and implementation to allow successful user experience.• Calibration development and release management for high voltage functions and controls.

• Lead all ePowertrain system and Hardware-in-the-Loop feature/function testing.• Lead system test bench activities. Designed and specified industry-leading testing solutions from component to vehicle level.• Test lead for development workshops. Prioritized testing activities and supported execution with responsible design engineers.• Troubleshooting hardware, software, and high voltage issues related to electrified powertrains.• Functional safety test lead for all ePowertrain system functions/features.• Coordinated DVP&R for full ePowertrain and component-level testing.• Developed concepts and system strategies for electric propulsion system to meet performance and efficiency targets.• Developed testing process for system testing to capture faults and defects of components and systems before full vehicle testing.• Supported with development and validation of full vehicle mechatronics integration

• Lead vehicle dynamics testing of Freightliner Next Generation Cascadia for simulation model development and overall vehicle understanding for autonomous maneuver limitations, model refinement, verification, and validation.• Developed and executed autonomous systems test cases for safety and value assessment for on-road release testing.• End-to-end DOE utilizing IMU’s, pressure transducers, thermocouples, lasers, measurement hardware, etc. for product validation while incorporating DVP&R principles.• Contributed to safety concept and overall release testing strategy for all design and testing groups.

• Supported Powertrain Reliability Growth and Development department by validating powertrain components of future products.• Troubleshooting faults of powertrain components using different tools via Diagnostic Link, vector tools, CANape, Detroit Diesel Corporation Service Literature.• Communicated component failures to responsible groups and suggested design solutions to prolong the life of the component. • Developed and investigated the life of engines, transmissions, and aftertreatment systems to write end of test reports for respective departments to review for validation of their components. • Conducted mechanical inspections, dynamometer measurements of power ratings, and fluid sampling of components upon mileage KPI’s.

• Assisted in uncovering mechanisms of animals that experience agile and adaptive control during flight.• Assisted with development of initial prototype wing with embedded pressure sensors and IMU’s for flight testing in a wind tunnel. • Conducted preliminary testing using Simulink functions to ensure data validity prior to wind tunnel testing.

• Achieved the ability to teach and demonstrate how to operate various lab equipment.• Enforced safety protocol amongst Engineering students. • Teaching students design for manufacturing and safe operation for laser cutting, welding, & 3D Printing.

• Hosted & represented the Maseeh College’s different departments, classrooms, laboratories, & clubs to prospective Portland State students. • Overseeing events at Portland State University that are related to the STEM program. • Community outreach in underrepresented regions to consider STEM as a career path. • Improvement in communication skills, organization of events, & provided information to students in a timely manner.

• Assisted attorneys’ casework projects by using various Google Apps & Microsoft Office tools. • Organized events for diversity advocacy at Portland State University. • Acquired professional etiquette, gained ability to host & maintain events with 2,000+ participants.

• Received the Innovation Program Grant to design, code, & manufacture a safety system for vehicles that would detect safe-user driving. • Oversaw project progress, budgeting, coordinating project deadlines, & timely updates with the appointed faculty program staff. • Delivered working prototype within projected timeframes that was presented to the Maseeh College of Engineering & Computer Science.

• Contributed in concept creation of a level-two automation project alongside capstone team and ADAS department. • Developed timeline of deliverables to ensure deadlines.• Designed initial experiment to understand tractor-trailer kinematics on a scale-sized model truck. • Contributed to machine vision technology to track LED’s that were used to monitor off-tracking of trailer relative to tractor

• Created high level technical product definitions for engineering departments. • Conducted market research and analysis of competitors within the North American region to seek opportunities and product chances for engines, transmissions, axles, and after treatment systems. • Assisted in development of project proposals, kick offs, and road mapping. • Facilitated alignment between numerous engineering & business-related departments to ensure deadlines were met for projects that were led by the Powertrain Product Strategy department. • Provided support to powertrain product development group by gathering and preparing supporting information and documents.• Developed processes, templates, and presentation material for meetings, reviews, and approvals.

Being an employee at Burger King for more than two years I was able to acquire the skills to cope with problems, solve computer issues while using a Micros System, and to grant excellent customer service that would bring many customers back in. It also taught me how to multi-task and thrive in the workplace. I was held responsible to count inventory and submit orders to our food suppliers, counting money from tills, depositing them to our local bank and keeping up with records. Since I worked mainly the drive thru, I was able to enhance my customer service skills. I was fortunate enough to receive many excellent reviews from customers.