Employee Spotlight: Kunjan Patel

Meet Kunjan Patel, a key team member at Richter Lighting Technologies GmbH since 2019. With a background in mechanical and polymer engineering, Kunjan has played a pivotal role in advancing the company’s 3D printing operations, applying his skills to a wide array of innovative projects, including a landmark initiative in Malaysia.

In this insightful interview, we delve into his experiences, his growth in the company, and his view of the 3D printing landscape.

Greetings. I’m Kunjan Patel, hailing from India. With a strong foundation in mechanical and polymer engineering, I have a profound enthusiasm for emerging technologies that enable us to accomplish tasks once deemed resource-intensive.

My journey with Richter began during an industrial excursion upon completing my master’s degree in Aalen University in 2019. Bernd, our CEO, introduced me to the super interesting projects the company was engaged in. It got me moved and since that day, I am working here!

My role centers around the digitalization of various manufacturing technologies, with a notable focus on 3D printing. I manage the company’s 3D printing operations, which includes various aspects ranging from technologies, materials, design guidelines, process validation, testing and ensuring the final product meets quality standards.

Our primary focus in 3D printing for architectural applications revolves around engineering plastics. These materials are selected for their ability to withstand elevated temperatures, possess exceptional strength, deliver appropriate fire performance, exhibit weather resistance, and are deemed reliable for various functional applications.

With regards to tools, we employ a range of tools and technologies such as design software, structural simulation (Finite Element Method), high temperature 3D printers and 3D scanning.

At present, we’re actively engaged in an architectural landmark project located in Malaysia. In this project, we’ve used 3D printing to manufacture architectural connectors for a fabric holding system, showcasing the technology’s pivotal role in this project’s success.

This project also involves collaboration extending to various cross-functional teams, as 3D printing inherently requires adherence to the Design for Manufacturing principles. This often leads to design modifications, necessitating close involvement and coordination with architects, engineers, and projectmanagers.

What truly makes our workplace stand out is its dynamic nature. Every day brings fresh challenges and new opportunities. We foster an open work environment where everyone is accessible. Moreover, our strong connections with various industries provide us with valuable insights that set us apart.

The most gratifying aspect of my job is the sense of fulfillment that comes from addressing challenges using cutting-edge technologies.

It has also shaped my professional growth akin to a child discovering a new perspective on the world. I’ve been encouraged to question industry-standard practices at every stage and seek unique alternatives that create new opportunities, rather than adhering to convention.

My advice for those aspiring to enter the field of 3D printing, especially in architecture and construction, is to get creative, focus on addressing broader challenges that traditional manufacturing methods face. Always keep an eye out for innovative approaches and advancements to harness the full potential of this technology.

If I could 3D print anything, and not just for fun, I’d pick a functional rocket engine. It’s an incredibly stressed mechanical part that’s responsible for overcoming gravity’s pull. The potential for innovative design and the challenge of ensuring its safe 3D printing would make it an super cool and reassuring accomplishment.

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