About me

I'm Koteswararao Gattupalli, a mechanical engineer currently working in Germany. In my role within the realm of digital manufacturing, I specialize in implementing solutions geared towards enhancing the manufacturing sector. These solutions are aimed at enabling the production of goods that meet the demands of our constantly evolving and dynamic world.

My vision is to leverage the knowledge of advanced technologies and methodologies I've acquired in Germany and apply them to countries where innovation is in demand. I believe that by addressing specific challenges and providing solutions where they are needed, we can contribute to making the world a better place. In this process, we not only meet the needs but also create new markets where innovative solutions can thrive.

If you have any specific questions or would like to learn more, please feel free to send me an email.

Education

B. Tech in Mechanical Engineering

VIT University, Vellore, India, 2013-2017

M.Sc. in Advanced Manufacturing

Technische Universität Chemnitz,

Germany, 2018-2021

Experience

Mechanical Engineer

2019-2021

ARC Solutions GmbH, Germany

TU Chemnitz, Germany

During my time as a research work student at both ARC Solutions and the TU Chemnitz Machine Tools Department, I focused primarily on machine tools and industrial robots in machining applications. This opportunity allowed me to work hands-on with machines in the lab, operating controllers and gaining valuable practical knowledge in machining processes.

Research Student

2021-present

ARC Solutions GmbH, Germany

As a Mechanical engineer, I engage in a diverse range of projects encompassing the design and development of solutions across multiple facets. This includes tasks ranging from initial design to manufacturing processes, as well as the integration of robots into machining centers. My responsibilities involve creating concept digital models, guiding product development throughout the entire timeline, and ensuring seamless coordination between the design and production phases.