I've gained hands-on experience with both FDM and SLA printing technologies, as well as laser cutting and advanced design-for-manufacturing (DFM) techniques.For FDM printing, I've worked extensively with the Bambu Lab X1 Carbon and the Creality K1 Max, and for SLA, I've utilized the Phrozen Sonic Mega 8K V2 Resin 3D Printer. Using Chitu Slicer, I optimized designs for high precision and reliable output, while leveraging SolidWorks PDM to collaborate effectively on complex models.On the design side, I am proficient with SolidWorks and Fusion 360, applying DFM principles to ensure manufacturability and efficiency. This skill set has been instrumental in creating detailed and precise prototypes across a range of applications.Additionally, I developed a manual pick-and-place (PNP) machine using pumps, an SKR Mini 1.4 board, stepper motors, and cameras, which strengthened my practical understanding of mechatronic systems and automation.I’ve also contributed to our workspace infrastructure by designing and building functional office fixtures like tables, drawers, and table-top PC mounts, creating a streamlined environment for efficient prototyping and development.

NUST Automotive Group is a society for automotive enthusiasts in NUST CEME campus. Teams within nustag participate in competitions like the shell-eco marathon urban concept, shell eco marathon autonomous program, and now formula student electric.With a handful of motivated, and talented young engineers we laid down the foundation of the formula student team on our campus. Experienced with a demonstrated history of leading cross-functional teams in successfully completing the mechanical design for the formula student race car.Dedicated to imparting this passion and knowledge through proper documentation of a handbook for designing a race car, to future engineers. Thus, creating a learning loop and an impact of a positive attitude by giving back something to society.

Internship at axe packaging provided me with hands-on experience in the production and design processes of creating packaging solutions. Interns were involved in tasks such as:Assisting with product design and prototypingObserving and participating in the manufacturing processLearning about materials and their propertiesConducting quality control inspectionsHelping with order fulfillment and shippingAssisting with market research and product developmentLearning about sustainability practices in the industryThis internship helped me to learn about the packaging industry and gain valuable skills in areas such as manufacturing, design, and customer service.

Designing and simulation of dies for the football panels die cutting pressing process. Thermal bonding technology means that the panels are placed inside a mold that is heated by a machine to press and glue the panels together. Applied thermal analysis on Thermal Bonded Soccer Ball machines to see the amount of temperature achieved by the inside of the machines to allow proper panel-to-bladder adhesion.