Mechanical Engineer Power Plant

ANIRUDH JOSHI

Chicago, IL • *******.*******@*****.*** • 312-***-**** • linkedin.com/in/anirudh-joshi-01231995 EDUCATION

UNIVERSITY OF ILLINOIS AT CHICAGO Chicago, IL

Master’s in Mechanical Engineering (GPA 3.55) 05/2020 UTTARAKHAND TECHNICAL UNIVERSITY Tehri, India

Bachelor’s in Mechanical Engineering 06/2017

SKILLS

• SolidWorks, Creo Parametric, AutoCAD • CATIA, ANSIS, HyperMesh • Python, MATLAB, Minitab

• AUTODESK Feature CAM, CNC Programing • Excel, PowerPoint, MS Word • Troubleshooting, Simulink

• Automotive Design & Vehicle Development • System Design & Development • Java, C, C++, Arduino-IDE PROFESSIONAL EXPERIENCE

THDC INDIA LIMITED Tehri, India

Mechanical Engineer- Intern 06/2016 to 07/2016

• Collaborated for operation of electricity generation from 1,000 MW Hydro Electric Power Plant

• Arranged technical data and prepared a project report of equipment’s; 250 MW turbine and auxiliaries

• Assessed root cause analysis of thrust bearing damage and maintained its restoration ORDINANCE FACTORY Dehradun, India

Mechanical Engineer- Intern 06/2015 to 07/2015

• Executed design, machining, assembly of Jigs, and fixtures for Telescopic Sight 557B14 and Passive Night Vision Goggles

• Facilitated with identifying cost of a product and assembly process

• Gained expertise in CNC programming, assembly, machining and manufacturing process BAJA SAEINDIA Tehri & Indore, India

Mechanical Engineer 03/2014 to 02/2015

• Accomplished design, manufacturing, and fabrication of 305cc single seater All-Terrain Vehicle and launched the vehicle in BAJA SAEINDIA event in collaboration with a team of 25 students

• Led a team of 7members, calculated breaking force, torque, disc effective radius and designed brake assembly on CATIA

• Collaborated with other departments to execute design, manufacturing, and assembly of the vehicle

• Implemented plans for design verification, tested and validated the results as per standard specification

• Collected the funds of 9,000 USD collectively from Industries. Purchased Diesel Engine and other components conducted market survey and negotiated the prices resulting reduced the cost 8,500 USD and saved 5.56 % fund ACADEMIC PROJECTS

Inverted Pendulum system 01/2020 to 05/2020

• Analyzed mathematical model and controls on Simulink, and created prototype model of an Inverted Pendulum

• Performed Linear Quadratic Regulator controllability technique and improved the stabilizing performance Mobile Actuator and Controller of Ankle Exo-suit for Gait Assistance 08/2019 to 12/2019

• Executed design and development of lightweight harness and housing for 360 W motor and gearbox

• Executed CAD modeling and FEA analysis of motor housing on SolidWorks, Ether CAT software and 3D printing and maximized the torque transmission up to 140 Nm at 94% efficiency

• Implemented DFA and DFM technique to make it cost efficient and reduced assembly time by 20% Designed Hydraulic Rowing Fitness Machine 01/2019 to 05/2019

• Designed hydraulic rowing machine with aluminum frame and reduced the weight and cost of the machine

• Accomplished 2D/3D CAD modeling on SolidWorks, finite element analysis on Ansys AIM, determined the critical load bearing components and optimized the design

• Performed CAD benchmarking, bill of materials, GD&T, product cost analysis, assembly process and 3D Printing Closed-loop DC Motor Position and Speed Control 01/2019 to 05/2019

• Created DC motor position and speed control system by H-bridge circuit and 4 MOSFET transistor

• Refined the controls by implementing closed loop feedback by opto-interrupter and tuning of PID controller Traffic Sign Identification 01/2019 to 05/2019

• Detected traffic signs using a template matching algorithms from OpenCV

• Applied German Traffic sign Recognition Benchmark database for data training and achieved an accuracy of 85% with processing time of 15 sec

FEA analysis on Seat belt latches 08/2018 to 12/2018

• Determined maximum stress and displacement in seat belt latches and conducted finite element analysis on ANSYS and CAD modeling using SolidWorks; quantified stress by 4038.93 N/square meter and displacement 0.574mm

• Validated stress, displacements with theoretical results by solid mechanics and FEA on MATLAB which resulted in 0.522 mm displacement and measured 9.96 % error

Reduction of harmful emission NOx in Diesel Engine 08/2016 to 06/2017

• Created a diesel-water emulsion fuel for Diesel Engine using suitable surfactant, resulted decrease in NOx emissions characteristics by 30 to 50%

OTHER

SAEINDIA THDC-IHET Collegiate Club, Tehri 08/2014 to 06/2017

• Planned and executed meetings, Contributed to common goals of project, activities and SAE membership Volunteer, Bliss Foundation, Tehri Chapter, India 08/2015 to 06/2017

• Volunteered to promote social welfare, raise awareness, and work for unprivileged children Certifications: ANSYS, HyperMesh, Creo Parametric, Six sigma, Geometric dimension and tolerance

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