Undergraduate students particpate in various summer research internship programs, whether competing for scholarship awards to study abroad or connecting directly with local company talent recruiters. Learn about their experiences first hand as the intern.

Lauryn Holgado '24 won the DAAD RISE Germany Award. Sponsored by the German Academic Exchange Service, or DAAD, RISE Germany offers summer research internships in Germany for undergraduate students from North America, Great Britain and Ireland.

Experience: My internship was in Freiberg, Germany and lasted 10 weeks. I worked at a university and my project focused on the oxidation of methane and formaldehyde using iron oxide catalysts with an application to sustainable fuels. During the duration of the internship, I synthesized catalysts and catalyst precursors, characterized the catalysts, and tested their efficiency in converting methane and formaldehyde into less toxic chemicals. There were several opportunities to present my research at the DAAD RISE conference and at the university.


Feedback: I think there was a nice balance between exploring the area I was in, learning about German culture and working on my research project. I really liked how I was able to work independently which gave me a very good understanding of the research process. I believe that research in Germany is very similar to other academic research experiences I have had in the past. One thing I would say is different is that the entire reaction engineering department at the institute focused on catalytic research. This created a very collaborative environment. Outside of my internship, I took advantage of the weekends to travel around Europe and Germany in general. I also got to know my cohort of interns very well. During the duration of my internship, I was able to travel to Dresden, Leipzig, Berlin, Prague, and Vienna. There are many opportunities to explore other parts of Germany and other countries through train and bus.

Advice to other students: Don't be afraid to ask questions. When choosing which project to apply too I would look for what research interests you the most but also think about the location. I did a lot of things on the weekend and was able to go to neighboring cities for the day which made the internship a lot of fun.

Wesley Patel '22 was selected for an internship by the company Owens Corning to accomplish their “Future of Work” and “Digital Manufacturing” initiatives.

Experience: My internship was remote from my home in Connecticut. This internship program was unlike any traditional industrial internship experience. Overall, my duties were to leverage the capabilities of digital tools to tailor predictive analytics and asset health monitors and satisfy both expert and stakeholder needs. The most interesting part about this aspect of the internship was learning about the different plants across the business. In particular, what aspects make each plant different and what aspects make each plant the same. This learning experience was accomplished by going on numerous company-sponsored plant visits across the country throughout the summer, as well as connecting with plant experts and engineers virtually and discussing their needs and particular plant practices. At the end of the summer, I was offered to remain a part of the team working part time in the same role while I began my senior year at Lehigh. My duties remained the same as a part of this team. I was also presented with the opportunity to join another team through a grant given to Lehigh by Owens Corning. Here, I have the opportunity to work with ChBE Professor Mayuresh Kothare and ChBE Professor Srinivas Rangarajan to continue predictive modeling on a more complex level with a research-oriented approach. Instead of just leveraging tools that are already out there, we are creating them through Python. This serves to create a model for all curing ovens in Owens Corning’s insulation business which acts to actively control the process based on real-time process data. In essence, we are using neural ordinary differential equation analysis to model complex curing oven phenomena for the improvement of product quality and asset efficiency.
Feedback: I thoroughly enjoy this experience because I am able to use my knowledge and previous coursework. I am able to embed my educational background as well as the knowledge gained throughout this experience into the monitors and predictive analyses that I create. Additionally, I was able to learn many new programs and approaches to problems, and most of all, I was able to work on the ground floor of the world of digital manufacturing, which is the future of work and could very well be the new way that modern industries operate. Touching on the expansion with the Lehigh team, I began working on this team while taking ChE 242 (Process Control) for the first time, and to be able to see the direct applications to industry of what I was learning was truly fascinating. 
Advice to other students: Take risks and pursue opportunities that you may not be comfortable with all the time. Before beginning this internship, I was a little nervous because the job description entailed words like “coding”, something which I did not have a great amount of confidence or experience in. But in diving into the job, learning about the power that these tools hold, and connecting with peers for guidance that was needed, I quickly found myself enjoying the work and excelling by providing value to the company. 


Take risks and pursue opportunities that you may not be comfortable with all the time
Patel '22

Eva Wolfe '23 won the NSF-REU Award. (National Science Foundation Research Experiences for Undergraduates). The Research Experiences for Undergraduates (REU) program supports active research participation by undergraduate students in the areas of research funded by the National Science Foundation.