Syed Abbas Raza

Engaged in research and development activities related to Additive Manufacturing of high-temperature materials and their post-processing treatments. Conducted extensive research in Additive Manufacturing, exploring intricacies, strengths, limitations, and operational parameters, and wrote review papers based on key findings.

Developed curriculum, activities, and tasks for middle school students, encompassing practical and theoretical exercises to foster deep understanding. Orchestrated weekly lectures and interactive exercises, ensuring an engaging and enriching learning experience.

Managed Bio and Nano-Materials Laboratory, Universal Testing Laboratory, and Electrochemical Analysis Laboratory, demonstrating adept budget management and procurement coordination. Collaborated with instructors and professors to optimize course delivery, creating quizzes, assignments, and content guidelines.

Carried out data collection, documentation, communication, and reporting of results, and monitored and inquired about defects in product and process stations regarding quality management. Implemented effective defect monitoring and control along the production line to trace problem sources, minimize downtime, and resolve them.

Grade: 3.67/4.00

Activities and societies: 8 Research Articles, 8 Conference Works, Dissertation Work: Effect of Nb and Ta additions on the properties of Ti-rich TiNiZr high-temperature shape memory alloys.

Achieved Cum Laude honors with a CGPA of 3.67/4.00, specializing in Materials Engineering. Conducted dissertation work on the effect of Nb and Ta additions on the properties of Ti-rich TiNiZr high-temperature shape memory alloys. Authored 8 research articles and contributed to 8 conference works.

Grade: 3.43/4.00

Activities and societies: 2nd Position in Department, Senior Design Project: Dual Mode Triboelectric Nano-Generators (2nd Position in Department)

Graduated with a CGPA of 3.43/4.00 in Materials Engineering, achieving 2nd position in the department. Completed a Senior Design Project on Dual Mode Triboelectric Nano-Generators, also securing 2nd position in the department.