Ing. Muhammad Sajid

AUDI e-tron Led a cross-functional team of 15 engineers and technicians to successfully complete the design and integration of a large-scale energy storage project, resulting in a 25% increase in efficiency and a 15% reduction in cost • Implemented process improvements and quality control measures in battery manufacturing, leading to a 10% reduction in production lead time and a 5% improvement in overall product reliability.

• Successfully managed the project in designing center console for FIAT automobiles. • Collaborated with SIGIT for prototype development of the designed components. • Managed and scheduled the project timeline for efficient time utilization and timely execution of the project.

• Developed efficient battery pack designs to maximize energy density, safety, and thermal management for EVs • Collaborated with electrical engineers, mechanical engineers, and other stakeholders to achieve seamless integration of battery packs into the vehicle's overall design • Communicated technical concepts to team members, for a strategic alignment of design considerations • Conducted research and analysis of battery chemistry, cell configuration, and charging technology to optimize pack performance

• Effectively spearheaded a project: design and develop the center console for FIAT automobiles • Led a cross-functional team through all phases of the project lifecycle: conceptualization to implementation • Collaborated closely with designers, engineers, and stakeholders to ensure integration of innovative design elements while adhering to quality and safety standards • Achieved project milestones within set timelines, ensuring the final center console design met aesthetic, and functional requirements

• Designing and drafting layouts of automobile components and systems, determine factors that may affect design proposals by using previous car models, develop innovative designs for automobiles • Understand all manufacturing processes and tool construction to support product development

• Prioritizing and coordinating all orders that are properly allocated in the inventory system to facilitate the process for my coworkers. • Received merchandise sent from different suppliers worth a minimum of €60,000 per month.

Master Thesis - Sodium ion batteries Solid State Electrolyte • Synthesized polymer-based solid state electrolytes containing sodium-ion using electrospinning for Sodium-Ion Batteries. • Performed experiments of various compositions and tested the effects of acetonitrile solvent, succinonitrile as plasticizer on the electrolytes' performance. • Tested the effects of mixing lithium-ions on the conductivity of the electrolyte using: 1. Impedance spectroscopy 2. XRD 3. DSC 4. SEM

• Managed 6 classes of 40 pupils and implemented new syllabus to be up to date with the current research. • Implemented classroom management methods which integrated motivational activities increasing engagement of pupil by 20%. • Collaborated with the colleagues to ensure strategic alignment improving the performance of all the pupil by 12%. • Researched and lectured on concepts of Mathematics and Physics and conducted laboratory experiments improving the practical understanding of students by 25%.

• Carried out statistical analysis of day to day trends of the Financial Market as a commodity trader. • Studying the bullish and bearish trends of the currencies and commodities like gas, gold, silver crude oil etc.

• Initiated waste separation and recycling system at NUST. • Produced high grade polymer blends using recycled waste plastic at NUST leading to greenhouse gas emission reduction. • Performed statistical analysis using sampling data to identify and quantify the waste polymers. • Tested materials before and after the blending using X-Ray Diffraction, Fourier Transform Infrared Spectroscopy, Differential Scanning Calorimetry, Thermogravimetric Analysis, Scanning Electron Microscopy, Melt Flow Index (MFI).

• Spearheaded research project to identify alternative piping materials to improve efficiency of the fluid flow reducing corrosion. • Quality, Health, Safety and Environment (QHSE) management training for improved workplace safety and seamless workflow. • Analyzed flow line materials and investigated the correlation of the materials selection process for better structural integrity.

• Researched and acquired tenders by budgeting quotations to generating a revenue of €15,000. • Achieved client objectives for quality control of materials and increasing equipment life by 5 years with appropriate services. • After sales maintenance for clients to ensure failure prevention increasing the revenue of the company by 10% by retaining clients.

Battery Materials, Chemistry of Cells (Erasmus Exchange)

Polymer Materials, Solid state Chemistry, Physical Chemistry, Analytical Chemistry.

Inorganic Chemistry, X-Ray Diffraction, Physics of Materials, Material Thermodynamics, Deformation and Fracture, Manufacturing Engineering, Mechanical Testing and Characterization, Polymer Engineering, Surface Engineering, Welding and Joining, Composite Materials, Non-Destructive Testing.

Biology, Physics, Chemistry, Mathematics, General Paper.

Biology, Physics, Chemistry, Mathematics.