About Me
Divergent Thinker

👨🏽🎓 Who am I?
I am a Multicultural & Competitive individual with a strong stimulation for "Learn & Grow" as an Engineer, whom my colleagues can rely on.
🏛 What is my Academic Background?
During my period at Politecnico di Milano, foundational courses were fused into my pre-existing knowledge of Mechanical Engineering from academic internships during and post-Bachelor of Engineering. In the subsequent specialisation period, I have gained proficiency in "Mechatronics & Robotics" courses that are "Optimal Control & Signal Processing", "Smart Material Applications", "Robotic System Design", "Electrical Drives for Industrial Applications", "Industrial Plants", "Automatic Control", & "Hybrid Electric Vehicles".
Complementarily, I have been selected by Politecnico di Milano to pursue an Interdisciplinary Training “Honours Programme: Engineering for Sustainable Development”, during this period I have studied courses that have involved conducting Multidisciplinary projects by integrating Sustainability aspects into the Engineering field. With this motivation, I have carried out a Multidisciplinary thesis on the “Development of Hybrid Manufacturing Cell with Industrial Robotic Manipulators”, in which not only have I developed the Novel experimental setup from scratch but also validated quantitatively the precedence of the setup in terms of Functional performance and Eco-sustainability, moreover, my thesis work has been compiled into Scientific articles, one of which is published in an international congress (IEEE). As a result of these accomplishments, I have received an MSc in Mechanical Engineering with a specialisation in "Mechatronics & Robotics" and an Honours in "Sustainabale Development".
🛠 What are my Strengths?
✔️ My greatest strengths are "Critical Thinking", "Imperturbable" & "Delegation".
✔️ I have a good command of MATLAB, SIMULINK, Finite Element Analysis (Abaqus, ANSYS), CAD (SolidWorks, AutoCAD, Solid Edge, Shapr3d), Programming (C/C++, Python 3.0+, R), Developer Tools, EPSON RC+ Simulator, RT Toolbox 3, Fanuc CNC Programming, Homer Pro, Arduino, Latex, and Microsoft Office.
✔️ I am Multilingual, native to Kannada, have a proficient command of English, intermediate level of Hindi and Italian.
💼 What are my Professional Goals?
With the acquired Theoretical and Practical skillsets from Academia and previous work experience in “Mechatronics & Robotics”, “Modelling & Simulation” & “Sustainable Product Development”, passionate to work in the Automation, Automotive, and R&D sectors, where I can contribute & improve my skills and talents for the highest advancement of the Organisation by integrating Sustainable Development Goals (SDGs).
Expertise

Mechanical Engineer

R&D Engineer

Sustainability Engineer

Programmer
Curriculum Vitae
1+ Years of Work Experience
Education
Apr. 2021
MSc in Mechanical Engineering and Honours in Sustainable Development
Politecnico di Milano, ItalyOptimal Control & Signal Processing, Smart Materials Applications, Robotics System Design, Electrical Drives for Industrial Applications, Hybrid Electric Vehicles, Automatic Control, Control and Actuating Devices, Mechanical System Dynamics, Machine Design, Measurements, Advanced Manufacturing Processes, Applied Metallurgy, Industrial Plants, Engineering for Coorperation and Development, Economics and Management of Multi-National Enterprises.
Interdisciplinary Thesis: Development of Hybrid Manufacturing Cell with Industrial Robotic Manipulators.
Aug. 2015
BE in Mechanical Engineering
Siddaganga Institute of Technology, IndiaTechnical Seminar: Rapid Prototyping Technologies in Manufacturing.
Software Skills
MATLAB & Simulink
Finite Element Analysis (ABAQUS, ANSYS)
Computer Aided Drawing (AutoCAD, Solid Edge, Shapr3d, SolidWorks)
Industrial Robotic Simulators (EPSON RC+, RT ToolBox3, Fanuc CNC)
Programming (C/C++, Python 3.0+, R)
Developer Tools (GitHub, Visual Studio, Jupyter, NumPy, SciPy, Matplotlib)
Latex, Arduino, Repetier-Host
Microsoft Office (OneNote, Word, PowerPoint, Excel)
Language Skills
Kannada
English
Hindi
Italian
Work Experience
May 2020 - Feb 2021
Researcher
Politecnico di Milano & Università degli Studi di Pavia, ItalyDeveloped an innovative "Hybrid Manufacturing Cell" (HMC) by integrating the "Industrial Robotic Manipulators".
Demonstrated experimentally the 5+ novel performance capabilities of the HMC.
Designed algorithms to parse Big Data for "Automatic Trajectory Generation" of Deposition & Machining.
Validated the precedence of the realised HMC even in terms of "Environmental Sustainability" by diffusing the "Life Cycle Assessment" for manufacturing a defined product.
Nov 2015 - Apr 2016
Apprentice
Government Tool Room and Training Centre, IndiaAcquired proficient handling skills in CNC systems. i.e. expertise in 2+ Machining operations.
Optimised production plan for a key component of a “Coffee Machine”, resulting in an Economic costs by 10%.
Research Publications
Jun. 2021
A Path Planning Method for Robotic Additive Manufacturing (IEEE)
International Congress on Human-Computer Interaction, Optimization and Robotic Applications (HORA)
In the last decades, the field of Additive Manufacturing (AM) has seen an increase of industrial robots, used in substitution to the conventional 3-axis CNC Cartesian robots, to overcome drawbacks such as staircase effect (quality of the finished hull), the need for support structure in case of overhanging features (creation of scraps) and the possibility to generate only small and medium size components. This article addresses the steps required to transfer a G-code intended for a CNC machine to an industrial robot, limiting the effects on the final build. The focus is put on those machines that do not allow the programmer to define the trajectory at each cycle time, leading to a non negligible differences between the intended and the yielded part. To achieve the suitable acceleration-deceleration profile, the G-code undergoes a post-processing routine redefining the toolpath by using the primitives already implemented in the controller (i.e. lines and circles) instead of just linear movements. Experiments have been carried out on an Epson T3 SCARA, mounting an FDM (Fused Deposition Modeling) extruder directly instructed by the robot according to the actual Tool Center Point (TCP) speed.
Honours and Awards
Jul. 2021
Honours in "Engineering for Sustainable Development"
Awarded Honours in "Engineering for Sustainabale Developement" by Politecnico di Milano, one among the 39 students until July, 2021.
Projects Portfolio
My Best Works

Hybrid Manufacturing Cell with Industrial Robotic Manipulators
Interdisciplinary Thesis
Electric Power-train Design for a Heavy Goods Vehicle
Technical Project
Selective Compliance Articulated Robot Arm (SCARA) Manipulator Design
Technical Project
Advanced Piezoelectric Materials Applications
Technical Project
Design of Railway Axle, Hydraulic Cylinder” and Pressure Vessel
Technical Project
Material Selection for Femoral Implant
Technical Project
Off-Grid Renewable Energy Plant Design
Interdisciplinary Project
Energy Supply Management for a Desalination Plant
Interdisciplinary Project