Muhammad Babar Email & Phone Number

Allen, Tx, Us

Plano, Texas, United States

• Manage the life cycle of Toyota's GR cars (GR86, GR Supra, GR Corolla), aligning projects with market demands and brand objectives.• Lead cross-functional teams (PR, Marketing, Engineering, Pricing, Japan R&D) to streamline development and execution• Collaborate with Japan R&D to develop next-generation sports cars that meets North American demand• Develop and lead GR sports car special edition concept to production • Analyze sales data, powertrain configurations, and competitor offerings to maintain a competitive edge.• Implement a project schedule keeping tool to ensure projects are completed on time and prioritized accordingly

Plano, Texas, United States

• Lead cross-functional teams in the successful implementation of initiatives at the forefront of Toyota's transition to electrification• Strategize and execute projects across internal and external functions, collaborating with Japan headquarters to shape future production for North American powertrain plants amidst electrification challenges• Orchestrated a pivotal 5th Generation Hybrid Transaxle project, optimizing capacity allocation between Toyota Powertrain Plant and Aisin, yielding a remarkable $20M+ in cost savings and improved resource utilization.• Devised a streamlined cost calculation framework that expedited decision-making and enhanced project efficiency • Performed agile study for ICE Transmission to address government regulation changes resulting in meeting regulation compliance, investment and underutilization avoidance, and production preparation lead time achievement• Demonstrated exceptional analytical skills, transforming demand data into actionable insights and capacity solutions for 7+ powertrain products• Extensive experience generating and presenting data driven reports & supply strategies to North America/Japan executives

Georgetown, Kentucky, United States

• Managed checking fixture projects for multiple new model vehicles launching in North America• Devised strategies for the life cycle of the tooling projects by defining the schedule and assigning R&R to each group • Kaizen front around checking fixture by implementing digital measurement program, which reduced cost by $40-50,000 per fixture for each new model vehicle• Sourced and supported vendors to design and manufacture quality checking fixtures per customer (plant) requirements• Coordinated and worked cross functionally across Toyota departments in North America, Japan and external vendors to ensure project remains on time and under budget• Designed and programmed digital measurement tools for vehicle plants using Polyworks• Supported vehicle plants during their new model vehicle testing and solved any problems that arose with digital and physical measurement tools

Lincoln, Nebraska Area

• Lead and managed up to 20 people, including contractors and vendors, in a 24/7 high-stress environment• Coordinated multiple projects across 9 states from conception to completion with a focus on safety, budget & execution excellence• Worked closely with transportation & operations department to complete projects on time & under budget• Identified, managed and mitigated risks throughout project timelines• Helped devise plans to alleviate defects along the track and boost employee productivity • Performed audits and operation testing to ensure work was being done in a safe and timely manner• Assessed damage to the track caused by the flooding around the Missouri River• Ordered material, managed invoices and worked with vendors

Plano

- Analyzed data for over one million VIN’s to ensure adequate parts support for recall launch- Used problem solving skills to reduce time for recall repair jobs.-Made technical instructions for repairs involved in recalls.- Developed instructions to ensure the dealer technicians were performing their jobs correctly.- Established a weekly communications system to stay up to date on the progress of each region regarding active recalls

• Design, build, test, analyze, and race a high-performance Formula-style race car with a team of 60+ students.• Leading a team of 5 – 6 people to construct one of the critical suspension components for the Formula SAE Car.• Guiding the team through process of design and optimization.• Designing the suspension component using Solidworks, while working under pressure of strict deadlines.• Calculating loads acting on the suspension component in order to perform Finite Element Analysis.• Performing Finite Element Analysis to optimize design and meet weight and strength requirements.• Monitor and report competitive technology and design in other racing teams around the world.

Used Solidworks to design and build a test bed for mice. The test bed will be used to test medicine for Allodynia, a disease that causes extreme pain through a simple touch. Used and developed a code in arduino to run the motor in the direction and at the velocity of the user's choice. The motor was able to run at consistent velocity through the integration of a PID controller in the code. The design consisted of six chambers, each chamber consisted of a dark and a bright side. The infrared sensors were placed in the chambers which when triggered, outputted the time and the place of the mouse's crossings from the dark side to the bright side and vice versa