Engineering Mechanical

Anish Dasari Email: *****.***@*****.***

LinkedIn Profile: http://tinyurl.com/nl5reql Phone: 352-***-**** EDUCATION

M.S., Mechanical Engineering (3.73/4) May, 2015

University of Florida, Gainesville FL, USA

B.Tech., Mechanical Engineering (8.04/10) May, 2013 National Institute of Technology, Durgapur West Bengal, India TECHNICAL SKILLS

Computational Tools: MATLAB, Simulink, MotoTune, VeriStand, CANKing, MATLAB-GUIDE, Simugrid Controls Engineering: Aftertreatment, Wire Harness, Fuel Systems, Test Cell, Mechatronics, Data Acquisition, Calibration, DCS, J1939 protocol, Control Algorithms, Ladder Logic, Logic Design, Testing, Systems Engineering CAD Packages: SolidWorks, AutoCAD, Catia V5, ProE

Programming Languages: Python, Octave, LISP, PROLOG Languages: English, Hindi, Telugu

PROFESSIONAL TRAINING

“Fundamentals of Control Systems – Diesel” SAE Certificate of Mastery course Jul, 2015 LHPU Indiana, USA

Engineering Process Training

CAN Communications (J1939)

Code Generation Training

Controls Theory and Application

Design and tuning PID Controllers using Simulink

Diesel Engine and Controls Training (Speed Governing; Controls Model; Calibration; System Diagrams,

Wiring, and CAN)

Business Etiquette, Leadership and Teamwork (Agile Scrum)

INTERNSHIP/CO-OP WORK EXPERIENCE

Teaching Assistant Sep, 2015 - Present

LHP Engineering Solutions Indiana, USA

Helped develop, deliver, and coordinate SAE certified embedded controls training

Tutored and mentored students, coordinated with LHPU staff to develop a learning environment among students and provide daily updates on the progress of the class

Obtained materials needed for the classes, set up engine test cells, measuring and testing apparatus

Set up and implemented changes for successful remote login of HIL test environment Trainee Dec, 2011 - Dec, 2011

HMT Machine Tools Ltd. Hyderabad, India

Trained on the different stages of production like casting, forming, welding, brazing, machining, and assembly

Studied the various machinery in the machine shop, which included lathe machines, CNC lathe machines, milling, turning, and drilling machines

Intern Jun, 2012 - Jul, 2012

Indian Institute of Technology New Delhi, India

Built a graphical user interface (GUI) of ReDySim which is a Recursive Dynamic Simulator of Multi-body systems

Modeled the GUI using MATLAB-GUIDE to ease the use of ReDySim where the user is required to specify various parameters of the multi-body system to be simulated Intern May, 2011 - Jul, 2011

Central Mechanical Engineering Research Institute Durgapur, India

Computed forward and inverse kinematics of a bio-inspired robotic frog to facilitate a leap using MATLAB PROJECTS

Diesel Engine Control using Min-Max Speed Governor

Designed a state machine in Simulink to control the different run stages (stall, crank, run) of a 5.9L inline 6-cylinder Cummins diesel engine by controlling the amount of fuel injected

Designed a Min-Max Speed Governor as well as torque controller at the run stage

Determined the crank and cam shaft positions using an oscilloscope to simulate an engine position reference signal for the VP44 fuel pump

Initially tested the controller on HIL (Hardware in the loop) using VeriStand and then calibrated the engine and tuned the controller using MotoTune

Electronic Throttle Position Control using a Potentiometer

Calibrated and controlled the throttle valve and potentiometer using a PID controller, designed using Simulink

Tuned the PID by acquiring the readings using MotoTune

Implemented the distributed control system using CAN protocol wherein one ECU received the input signal from the potentiometer and the other ECU sent the feedback signal from the electronic throttle as CAN messages and monitored them using CANKing

Gasoline Engine Horsepower Calculation using a Dynamometer

Calculated the horsepower of an inline 4-cylinder gasoline engine using an absorptive dynamometer which was mechanically loaded

Collected the different speeds of the engine using a tachometer at different loads applied on the dynamometer and then plotted them on a graph to calculate the horsepower of the engine Fundamentals of Aftertreatment Systems

Formulated design criteria for diesel oxidation catalysts, wall-flow filters, fuel additives, CRTs, and NOX traps, taking into consideration, the tradeoffs in performance and durability

Implemented safe regeneration techniques for diesel filters and urea dosing techniques for SCR systems Analysis of 3D structures using Finite Element Methods

Modelled 2D and 3D structures using the CAD software SolidWorks and analyzed the stresses, strains, and displacements with varying parameters like mesh density and the type of modeling PUBLICATIONS

Anish Dasari, N S Reddy, “Forward and Inverse Kinematics of a Robotic Frog”, IEEE, International Conference on Intelligent Human Computer Interaction, Kharagpur, Dec. 2012

Subhagata Chattopadhyay, Nirmal Baran Hui, Anish Dasari “A Neuro-Fuzzy System for modelling the Depression Data”, International Journal of Computer Applications, 54(6), 1-6, Sep. 2012 EXTRACURRICULAR ACTIVITIES

Team Head Oct, 2012 - Feb, 2013

ABU Robocon Pune, India

Led a mechanical team of 15 people for the Asia-Pacific robotics contest, which involved designing and fabricating 1 manual and 2 autonomous robots

Designed the robots from scratch using Catia V5. They consisted of a range of mechanisms like pulleys, rack and pinion, and gear trains. The motors used, included DC servos and induction motors and one of the robots had an omni-wheel drive

Fabricated each of the robots which had a dimension of 1x1x1 meters using various aluminum sections. Some of the few processes involved were welding, riveting, and machining

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