Haris Rafiq Email & Phone Number

Austin, Tx, Us

Austin, Texas, Us

Santa Clara, Ca, Us

Austin, Tx, Us

• Performed data cleaning, reshaping, and rigorous quantitative analysis in R

• Developed Business Process Modeling (BPMN) framework for visualizing nonprofit organization structures

Dallas, Tx, Us

• Qualified LAM metal etch tool across technology set and increased fab production capacity by 290 wafers/day • Owned metal etch toolset and worked with equipment engineer to address quality concerns or test process changes• Reduced front-end of line ash time and released new standard recipe across nonmetal ash tools to save 12 days/year • Designed experiments using DOE principles and compiled Statistical Process Control data for analysis and presentation• Inspected YE data for critical defects and consulted with YE module to identify mechanical or process issues

Austin, Texas, Us

• Served as one of four elected representatives for a college body of 6,000+ undergraduates• Voted in the best interests of the Cockrell School of Engineering in weekly legislative assemblies targeting student life• Investigated student conduct in campus organizations as a member of Ethics and Oversight Committee

I have a vested interest in providing the UT community with fresh perspectives and diverse ideas. Along with a team of similarly passionate individuals, I helped found TEDxUTAustin, an annually occurring speaking event put into place to lend students a platform to share their stories and prompt accomplished alumni and professors to spread their wisdom.• Managed budget and approved all purchases/services• Developed pipeline for sponsors to transfer funds to state-regulated account• Acted as bridge of communication between student team and the university

Dallas, Tx, Us

• Developed project plans for migrating web apps from on-premise to Microsoft 365 Cloud servers• Contacted internal businesses to understand how Mr. Cooper stores and utilizes 2.7M+ active files in SharePoint• Utilized PowerBI, Visual Studio, Flow, Dynamics, and other Microsoft 365 products to assist with reporting and project management tasks

Explored computational methods to globally optimize potential energy surfaces of nanoparticles. Main goal of research initiative was to examine the feasibility of various metal catalysts for lithium-air batteries.• Tested global optimization algorithms with computational simulations in Python• Used existing literature and "Minima Hopping" algorithm to research effectiveness of "Dimer Steps" for global optimization (see research paper attached)