Control Systems | Manufacturing | Mechanical Design and Analysis
Summary
Mechanical Engineer with over 3 years of successful experience in manufacturing and mechanical design and
analysis. Recognized consistently for performance excellence and contributions to success in control systems.
Strengths in optimal control and estimation and robotics backed by training in numerical analysis.
Education
The University of TexasArlington, Expected in May ā āMS:Mechanical Engineering - GPA:GPA: 3.67
, Expected in ā āCoursework - Optimal Control, Dynamic Systems Modeling, Engineering Analysis, Intro. to Robotics, Mfg. Sys.: - GPA:
City Of Upland - Research and Teaching Assistant , , 12/2019 - Current
Supported student learning objectives through personalized and small group assistance for
implementation of system modeling and analysis with the help of MATLAB and Simulink.
Optimal Control of Oscillometric Devices:.
Evaluated the system performance using actual and estimated values of extended Kalman filter.
Developing control law to optimize input and improve convergence duration
Manufacturing process and assembly of cast steel gate valve: Member of a 5-person team.
Designed 15 different parts of the cast steel gate valve and assembled them using SolidWorks.
Assisted in the selection of manufacturing processes and their layout for manufacturing.
Ovintiv Inc. - Assistant Engineer , , 01/2017 - 07/2019
Analyzed manufacturing processes and implemented changes such as ergonomic optimization, efficient
resource allocation, etc.
Reducing downtimes by nearly 40 percent.
Used SolidWorks and CATIA V5 to draft assemblies, models and other technical drawings.
Controlled engineering activities to maintain work standards, adhere to timelines, and meet targets.
Communicated with engineering team and managers to discuss methods to improve processes
Designed air-cooled heat exchangers and performed computational analysis (ANSYS Fluent) for
different fin types.
Improved efficiency by nearly 3 percent
Conducted a company-wide survey and used six sigma methodology to improve the basic scorecard.
Accomplishments
Control Systems: Performed numerical analysis and devised the optimal controller of various dynamic
systems using MATLAB, Simulink, and LabVIEW for coursework
Robotics: Performed kinematic analysis and modeled the Omron Viper S650 robot in MATLAB
Manufacturing: Developed a 16 step methodology for PDCA/Kaizen and published an e-Book on
Amazon Kindle explaining step by step implementation.
Work History
University of Texas at Arlington- Research and Teaching Assistant , 12/2019 - Current
Supported student learning objectives through personalized and small group assistance for
implementation of system modeling and analysis with the help of MATLAB and Simulink.
Optimal Control of Oscillometric Devices:.
Evaluated the system performance using actual and estimated values of extended Kalman filter.
Developing control law to optimize input and improve convergence duration
Manufacturing process and assembly of cast steel gate valve: Member of a 5-person team.
Designed 15 different parts of the cast steel gate valve and assembled them using SolidWorks.
Assisted in the selection of manufacturing processes and their layout for manufacturing.
H. L. Passey Engineering Pvt. Ltd- Assistant Engineer , 01/2017 - 07/2019
Analyzed manufacturing processes and implemented changes such as ergonomic optimization, efficient
resource allocation, etc.
Reducing downtimes by nearly 40 percent.
Used SolidWorks and CATIA V5 to draft assemblies, models and other technical drawings.
Controlled engineering activities to maintain work standards, adhere to timelines, and meet targets.
GEI Industrial Systems Ltd- Engineering Intern , 01/2016 - 05/2016
Communicated with engineering team and managers to discuss methods to improve processes
Designed air-cooled heat exchangers and performed computational analysis (ANSYS Fluent) for
different fin types.
Improved efficiency by nearly 3 percent
Conducted a company-wide survey and used six sigma methodology to improve the basic scorecard.
Accomplishments
Control Systems: Performed numerical analysis and devised the optimal controller of various dynamic
systems using MATLAB, Simulink, and LabVIEW for coursework
Robotics: Performed kinematic analysis and modeled the Omron Viper S650 robot in MATLAB
Manufacturing: Developed a 16 step methodology for PDCA/Kaizen and published an e-Book on
Amazon Kindle explaining step by step implementation.
Interests
Vice President of Leadership at Engineering Student Council: Organized and coordinated 10 events since
Sep 2019. Re-drafted the constitution with the Dean of Engineering and other officers.
Awarded Graduate Assistantship
LinkedIn - linkedin.com/in/Jessica-Claire GitHub - github.com/JessicaClaire
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School Attended
The University of Texas
Job Titles Held:
Research and Teaching Assistant
Assistant Engineer
Engineering Intern
Degrees
MS
Coursework - Optimal Control, Dynamic Systems Modeling, Engineering Analysis, Intro. to Robotics, Mfg. Sys.
