Caroline Cisneros Email & Phone Number

St. Louis, MO, US

• Creates products and applications to improve and automate control performance analysis using code
• Program Manager of a control performance service that continuously monitors the overall performance of several plants
• Evaluate and improve control performance of a customer plant by revising the control strategy by using DCS tools
• Implements a DCS interface between DeltaV and AspenTech (DMC) applications to improve APC strategies
• Building DeltaV & Honeywell Operator graphics
• Setting up a SmartProcess™ Blender solution, used to optimize blending techniques, for the optimizer and DeltaV to communicate with each other

St. Louis, MO, US

• Produced reports to evaluate the performance of a plant on an overview and loop-by-loop basis.
• Developed process analytic and system identification tools to develop process models and improve control performance by tuning or revising the control strategy.
• Developed software tool using C# to collect and analyze data from the Delta V System.
• Produced overview and detailed loop LSE reports to provide the customer with a list of bad loops as well as recommendations on the best course of action to fix the underperforming loops
• Simulation and documentation of control strategies.

Austin, TX, US

• Used MATLAB to create mathematical modeling tools for optimization problems
• Determined the steady state and applied fault detection to periodic and batch data by using different confidence interval shapes and applying a confidence interval over the cyclic centroids
• 3-D modeling used for better fault detection and isolation for multi-scale systems
• Developed methods like PCA analysis to reduce the dimension of the mathematical models of building systems

Austin, TX, US

• Lead a weekly one-hour seminar and organize educational and social activities
• Share knowledge about opportunities and resources at UT to incoming freshman
• Form professional relationships with advisors, faculty, and staff

Austin, TX, US

• Designed and synthesized novel molecules that bind to proteins
• Learned to express, purify, and test the ligand 5-methoxy-4-phenylpyrimidine
• Studied thermodynamics and interactions of a ligand in the protein-ligand complex Mouse urinary protein I (MUP-I)
• Knowledge of organic chemistry and biology were gained from the on-hands experience of synthesizing ligands
• Improved the understanding of binding to contribute to drug discovery
• 6 out of 40 chosen for FRI research fellowship during the Summer 2013

Schenectady, NY, US

• Conducted product safety management to find temporary or permanent solutions for reactive processes
• Performed cost analysis with the ITO engineering team
• Ran utilization reports to track hours spent on a project and to show the financial impact of hours
• Cross-checked P&ID’s with equipment, instrument & BOM, and piping line lists