ADITYA DESHPANDE

https://www.linkedin.com/in/aditya-deshpande-05313a4b

*** ***** ****** ******, ***.2, Chicago, IL 60607 +1-312-***-****– ac0dhq@r.postjobfree.com PROFESSIONAL SUMMARY:

Mechanical Engineering graduate with rich experience of 1.5 years in the coating solution industry as a marketing Executive. Actively looking for internship/Co-Op opportunities in mechanical industries. EDUCATION:

Masters of Science, Mechanical Engineering, University of Illinois at Chicago, Chicago, Il. GPA – 3.75/4 Dec 2017 Minor: Automation and control system engineering.

Bachelor of Engineering, Mechanical Engineering, Amravati University, Maharashtra, India GPA – 8.43/10 May 2014 Project: Regulation of operating parameters of steam turbine to improve the energy conversion efficiency; Advisor: Prof. K. M. Watt TECHNICAL SKILLS:

Mechanical design and analysis :Revit MEP, AutoCAD, SOLIDWORKS, Pro-e, Creo Control system/Mechatronics :PLC programming (AB), RSLogix 500, FactoryTalk, Raspberry pi, Arduino, HMI design. Working knowledge of Function generator, Oscilloscope, Digital Multimeter. Programming and Software :Matlab/Simulink, Ladder Logic, Python, C, C++, Windows, Linux Communication Protocols and Standards: Modbus RTU, RS485, TCP/IP, OPC server. WORK EXPERIENCE:

Marketing Executive, Gunjan Enterprises, India. (May 2014 Nov 2015)

Provided technical coating solutions to solve various industrial problems like heat leakage, reduced cooling performance etc.

Coordinated company client interaction.

Interacted with vendors for quotation and procurement of different products.

Landed 10 new clients with onsite application for each one of them leading to 25% increase in company revenue.

Resolved variety of issues and such as billing disputes, installation challenges, repair technician delays/no-shows. Intern, Mandar Industries (manufacturer of auto parts), India (June 2013)

Reading and comprehending 2D drawings and technical details from customers.

Converting 2D drawings into 3D objects using AutoCAD and Solidworks (sheetmetal).

Tolerance analysis in machined product and interacted with production team. ACADEMIC PROJECTS:

Assembly of a CAD piping model Fall 2016

An assembly of water vessels with supply and drainage pipes assembly was modelled in AutoCAD.

Designed all the components including nut and bolts from scratch.

All the components were assembled to form an assembly with BOM. Self-Balancing Robot:

Modelled and built nonlinear dynamics of inverted pendulum and designed a full state feedback controller for the same.

Build the entire controller on SIMULINK and used traditional pole placement method in S domain to find out gains.

Built a self-balancing Segway robot on using Arduino atmega328. Digital Implementation of PID Control using Arduino: Fall 2016

An analog PID controller is simulated digitally using Arduino UNO R3 board.

Designed I/O interface, Circuit connections and developed an PID algorithm as Interrupt Service Routine (ISR).

Experimentally calculated values of proportional derivative and Integral gains. Lead lag compensator for flight control system: Fall 2016

A lead lag controller was designed using Root locus method and Frequency response method.

Calculated location of poles and zeros of the resultant system with lead lag compensator.

Controlled elevators, rudder and ailerons to regulate aircraft flight. Designing Water Level Controller using RSLogix 500: Spring 2016

An automatic level controlled water tank was simulated using RSLogix Emulate 500.

Developed a ladder logic algorithm from scratch with alarms and notifications for both digital and analog control.

Designed HMI for human interaction.

Condensation Trail (Contrail) Formation Analysis using MATLAB: Summer 2016

Calculated suitable conditions and parameters for aircraft contrail formation.

Developed algorithms to use different numerical methods such as Newton Raphson, Secant etc. for the above computation.

Identified mission critical parameters such as contrail distance from aircraft, temperature, vapour pressure etc. Goal Line Technology: Summer 2013

An image recognition program was developed in MATLAB to detect a spherical object.

Integrated a camera with laptop to capture the ball entered in to the goal post in the game of soccer.

Won consolation prize in an international competition of “Engineering in Sports”. Undergraduate Project: Regulation of operating parameters of steam turbine to improve the energy conversion efficiency: Spring 2014

Analyzed data gathered from nearby power plant to study the operational parameters of steam turbine.

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