Rishy CV
no image
Location: Newark, DE, USA
School: University of Delaware
Major: Mechanical Engineering

Rishy CV

• Recent graduate with a degree in Mechanical Engineering and a focus and passion in Design and Manufacturing
• A motivated young professional with an aptitude for innovation and creative problem solving. Communicative, cheerful and personable, able to learn and adapt to professional environments, follow direction, and serve clients, internal teams, and management with poise and professionalism. Able to translate complex engineering conversations into tangible communications and deliver exceptional written and oral presentations in large and intimate venues
• Hands-on experience through Graduate Research; (Robotics and Controls Laboratory, 2 years), Graduate Teaching Assistant; (Machine Design, 6 months), Intern; (Tire Modeling), and Undergraduate Research; (Design and Fabrication of Automated Modelling Software, 6 months)
• Skills include mechanical design, testing, quality assurance, robotics and energy systems

• Design software including SolidWorks, Creo Parametric, Catia v5, Siemens-NX, AutoCAD
• Computational and Analysis software such as MATLAB, Ansys and Minitab
• Proficient at the use of Microsoft Office and programming on C and C++
• Lab experience working with ROS, Ubuntu, Gazebo and Python

• Mechanical Design, Modeling and Analysis
• Computational Engineering, Programming and Robotics
• Quality Control

• Master of Science, Mechanical Engineering | University of Delaware, Aug 2016 - Dec 2018
• Bachelor of Engineering |Anna University, Chennai, India, Aug 2012 – May 2016
• Master Diploma in Product Design and Analysis | CADD Centre, India (certification for Solidworks, Creo Parametric, Catia v5, Siemens-NX and ANSYS)
• Object Oriented Programming using C++ | certified by NIIT Ltd., India
• Programming in C | certified by NIIT Ltd., India
• Kaizen Robotics Program | certified by Lema Labs, India
• Six Sigma Foundations and Green Belt | certified by Linkedin

AZTech Technologies LLC, April 15 – Present

 Being trained for the design analyst position, which involves the design of a product from concept to final stage, participating in the initial mechanical modeling and creation of production drawings
 Training will also involve review of designs and calculations, performing statistical analysis and interfacing with machine shop and production teams as to achieve overall production goals

University of Delaware, Jan 2017 - Sep 2018
 Collaborated with the laboratory team to establish a system of optimizing and computing dynamics and gait primitives on a model of the HUBO robot
 Computed dynamic walking gaits for the NAO and HUBO robots utilizing both a sagittal plane and a 3-dimensional MATLAB model of the same
 Integrated the MATLAB model functions into a gazebo model of the NAO robot

University of Delaware, Aug 2017 – Jan 2018
 Led 160 undergraduate students and developed lesson plans, assignments, and exams and framed and graded assignments to factor grades
 Organized and presented on multiple topics in weekly discussion lectures. Designed and led discussion groups weekly to review assignments and ensure student understanding of course work
 Reviewed student progress and addressed areas in need of improvement. Communicated with the professor and other Teaching Assistants to ensure optimal student success
 Weekly tasks included summarizing weekly coursework during weekly discussion lecture and provide students with practice problems to develop a solid understanding of the coursework

Anna University, Jan 2016 – May 2016

 Spearheaded project on design and fabrication of an automated industrial trolley. Collaborated with talented team of three engineers to design, fabricate and model a prototype utilizing expert skills in SolidWorks
 Designed the control scheme and fabricated a model that minimized shop floor time by assisting in material transportation, tool swapping, and additional time and energy consuming chores

Fraunhofer ITWM, Kaiserslautern, Germany, May 2015 – Jul 2015

 Performed mathematical estimation and modeling of tire design that allowed researchers to fully set up a functioning modeling and analysis software
 Collaborated with research team to review, recognize and solve design and computational issues in tire modeling processes to ameliorate the extant version of the tire modeling software

Mechanical Engineering, Design, Computational Engineering, Quality, Solidworks, AutoCAD, Creo, Catia