Alumni Experiences

Felix Daniel Rajendran (graduated in 2024)

(PhD-Student at TU Bergakademie Freiberg)

"CMS was an exhilarating journey, filled with ups and downs, and the learning experience was immense. I applied to CMS because of its increased focus on solid mechanics. The course is designed to blend material science, computational techniques, and programming equally. 

Although I had nearly no programming experience when I enrolled in CMS, the modules were structured in a way that allowed me to improve my coding skills gradually. Lectures covered various phenomena from different length scales, and accompanying exercises and projects ensured that I fully understood the concepts.  During my studies, I worked as a Wissenschaftliche Hilfskraft (WHK), providing support for teaching activities. It was a valuable learning experience and helped me financially. Additionally, one can benefit from other scholarship opportunities such as the Deutschlandstipendium, study completion grant, etc. After CMS, opportunities in both academic and industrial sectors are bright with more focus on research. 

Life in Freiberg is calm and composed. TUBAF is successful in engaging with the international community, and there are always events happening throughout the year. Do not forget to take short trips during semester breaks because it is a wonderful way to relax, rejuvenate, and explore new places." 

Felix Daniel Rajendran
TU Bergakademie Freiberg
E:Mail: Felix-daniel[dot] Rajendranimfd [dot] tu-freiberg [dot] de 

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Akshay Kumar Dugyala (graduated in 2024)

(PhD-Student at TU Bergakademie Freiberg)

"Starting my master's program in Computational Material Science at TU Bergakademie Freiberg has been the most crucial decision I have made in my academic and professional life. The program has been a valuable experience, and I highly recommend it to students who aspire to learn more. In addition to the standard courses, the curriculum offers advanced and innovative topics like machine learning and multi-scale material modeling. These courses helped me to stay updated with the latest scientific developments. 

The faculty members at the university conduct research that is highly valuable for both academic and practical applications. They provide students with invaluable knowledge and skills. Students who are interested to gain practical experience can apply for HiWi (student assistant) position, which is a great opportunity to gain experience and earn money. I was fortunate enough to secure this position after my second semester, which helped me a lot financially. It allowed me to participate in ongoing research projects and develop my skills further. With the skill set I gained from my HiWi job; I was able to apply my knowledge in product development in the R&D department of Endress + Hauser company. 

Freiberg, despite being small, offers a vibrant student life with numerous student clubs and sports activities such as swimming, volleyball, and table tennis. The Computational Material Science program at TU Bergakademie Freiberg not only enhances student's technical skills but also opens doors to promising career opportunities." 

Akshay Kumar Dugyala
TU Bergakademie Freiberg
E:Mail: akshaydugyala9gmail [dot] com 

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Raja Havish Seggoju (graduated in 2024)

"The Computational Materials Science program was delightful for me since it is math and programming intensive and combines this with materials science, which are my interests. 

The coursework provided me with a solid foundation to conduct further research. Especially, the projects that are associated with many of the key courses which allowed me to truly understand the inner workings of many methods, the details of which are often hidden away under obscure buttons in commercial software. The professors at TUB Freiberg are highly knowledgeable and very supportive and are always trying to ensure the student comes away from the course with a thorough understanding of the key topics. I saw that for anyone enthusiastic to learn, there were always people around who were very supportive and this included the other senior students as well. The low student-to-teacher ratio is also an added advantage. Additionally, all the students whom I have seen, who have completed this course, found suitable positions(in the industry or in academics) even before the completion of the course. 

The town of Freiberg is also a small but cozy place full of amiable people. The trekking club allowed me to explore the interesting and beautiful places around Freiberg. The capital city of Dresden is also very close to Freiberg. 

I highly recommend this program to anyone who enjoys math and its applications in materials science." 

Raja Havish Seggoju
Fraunhofer FOKUS, Berlin
E:Mail: rajahavishseggojugmail [dot] com 

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Viswambhar Reddy Yasa (graduated in 2024)

"The Computational Materials Science program delivers a comprehensive exploration of material behaviour across various scales, requiring a solid foundation in both mathematics and physics. Additionally, it emphasizes the importance of computational skills and programming for applying mathematical models and performing simulations. The program advocates for best coding practices, including writing clean, efficient, and maintainable code, using version control systems, and applying software development methodologies.  

This demanding program involves engaging with several subjects simultaneously and includes weekly assignments or prerequisites necessary for the final examination. This approach promotes continuous learning and strengthens the grasp of complex topics, equipping students with detailed assessments that conclude their education. The faculty, including professors and Ph.D. candidates, are accessible and offer support and guidance. Although HiWi (research assistant) opportunities within the department are limited, other departments at TUBAF actively seek students proficient in mathematics, machine learning, software development, and simulations. The course equips students with skills in problem-solving, academic research, comprehension of intricate concepts, and summarization of key insights, aligning with the advanced techniques required in industry and academia.  

TUBAF is a compact university with outstanding facilities. Its cafeteria, the Mensa, provides a variety of tasty and affordable meals. The new library exemplifies the university's dedication to offering cutting-edge resources and facilities to its community. TUBAF enhances student life with numerous sports clubs and vibrant activities organized by the student council, such as parties and outdoor excursions. While students have access to part-time jobs, the intensive course structure might pose challenges in managing work and study. 

A piece of invaluable advice I received from the seniors was to prioritize the completion of the Personal Programming Project (PPP) and the Plasticity module in the third semester."  

Viswambhar Reddy Yasa
Github: https://github.com/viswambhar-yasa  

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Sai Viswanadha Sastry Upadhyayula (graduated in 2023)

(PhD student Uppsala University, in the Department of Materials Science and Engineering (start in April 2024))

"Choosing the master's program in Computational Materials Science at TU Bergakademie Freiberg was a natural progression in my academic journey. With a specific focus on material behavior and deformation, this program aligns seamlessly with my goal of contributing to cutting-edge research in continuum mechanics and mechanics of materials.  

Completing my master's thesis, which explored a material model for hydrogen-induced embrittlement, served as a testament to the depth of the program. The Personal Programming Project (PPP) significantly improved my programming and scientific report writing skills. As a Student Research Assistant (HiWi), I actively contributed to ongoing projects, gaining practical skills in computational modeling and project documentation. This experience not only deepened my knowledge but also provided essential financial support, allowing me to concentrate more on my studies.  

Living in Freiberg, a small city with a peaceful environment, has been a delightful experience. The university's commitment to education and hands-on projects has played a pivotal role in shaping my skills. Taking pride in completing my Master's in Computational Materials Science, I am eager to apply my well-rounded set of experiences and expertise to contribute meaningfully to the field."  

Sai Viswanadha Sastry Upadhyayula
Uppsala University
Department of Materials Science and Engineering
E:Mail: sai15203mechyd [dot] ac [dot] in 

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Akshay Jeeja (graduated in 2023)

(PhD-Student at TU Bergakademie Freiberg)

"I'm grateful for the enriching experience in Computational Material Science at TU Bergakademie Freiberg. This program provided a deep understanding of cutting-edge computational techniques and a solid foundation in material science. The commitment to a higher teacher-to-student ratio allowed for personalized interactions with expert faculty dedicated to academic excellence. 

The emphasis on practical application, including programming projects, research opportunities, and student jobs (HiWi) within the university, enhanced my problem-solving skills and provided insight into the professional applications of computational material science. TU Bergakademie Freiberg's collaborative and diverse academic community created a stimulating learning environment, broadening my perspective and facilitating invaluable networking opportunities. 

Moreover, Freiberg, being a small city, offers a peaceful environment where you can truly enjoy your time. In conclusion, my Master's journey here has been transformative, offering a profound understanding of computational material science, a network of inspiring peers, and memories of a truly fulfilling academic experience. I highly recommend this program for those seeking a rigorous and rewarding education in the field."  

Akshay Jeeja
TU Bergakademie Freiberg
E:Mail: Akshay [dot] Balachandran-Jeejaimfd [dot] tu-freiberg [dot] de 

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Dhiraj Gokuladas (graduated in 2023)

(PhD-Student at TU Bergakademie Freiberg)

"The well-structured materials science curriculum with emphasis on programming and excellent teacher-student ratio was the reason for me to apply for the computational materials science (CMS) at TU Bergakademie Freiberg (TUBAF) after my bachelors in mechanical engineering. 

In CMS course, practical training on different programming languages is given in the first semester itself. This was very beneficial in ensuring that all students have same knowledge level before proceeding to more specialized topics in the upcoming semesters for example like finite element methods and machine learning. The personal programming project (PPP) in the third semester further paved the way for strengthening my programming skills. The topic for the PPP could also be selected by the student itself and I find it very useful as it helps in improving the knowledge of student in a materials science topic that the student is more interested in. After my 3rd semester, I worked as a student research assistant (HiWi) at the university in the field of machine learning which in turn have helped me secure an internship in an industry as well as in getting a research opportunity at TUBAF as a PhD student after my masters in CMS. 

Sometimes the CMS course could be felt as little bit hectic, but it is worth putting your efforts into it as you could have good opportunities in industries as well as in academic research after the CMS course. 

About the university, TUBAF is a university with excellent infrastructure facilities located in Freiberg. As a person who studied and currently living in Freiberg, I would say that Freiberg is a very beautiful, peaceful, and small city with good public transport connectivity with neighboring bigger cites. Over these years, I have always enjoyed my stay in Freiberg."  

Dhiraj Gokuladas
TU Bergakademie Freiberg
Email: dhirajgokuladasgmail [dot] com 

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Vimal Muthusamy (graduated in 2022)

"Being a mechanical engineer and out of sheer interest to learn science at the fundamental scale, I chose the Computational Materials Science Master's program at TU Bergakademie Freiberg. The course is well designed and structured such that even students from an engineering background like me can easily understand the atomistic phenomena in material science and are able to connect material behaviour at different length scales. The small number of students in this course was particularly advantageous to have direct guidance from the lecturers and to have an extensive technical discussion with them and also gives flexibility to use the IT-infrastructure at the institute at any time. As the course is more research focused, I had the opportunity to work as a HiWi from the 2nd semester and it immensely helped me to learn state-of-the-art simulation and post processing techniques like molecular dynamics and machine learning in the materials science field which in turn was useful to apply them to my master thesis work. The professors and lecturers were particularly very supportive to get a big picture on the material mechanics as well as to build an intuitive understanding on the fundamental concepts. Though I’m not from a programming background, the personal programming project in the 3rd semester has greatly improved my programming proficiency and confidence towards programming, which is still very useful in my day to day work. The intensive CMS program prepared me very well for both academic research and as an industry ready graduate. In the end, I feel very proud and happy to be a graduate of the CMS program and I would like to thank all my professors and supervisors for sharing their wisdom and helping me have a better career path."

Vimal Muthusamy,
Segula Technologies GmbH
Rüsselsheim am Main, Germany
Email: vimal [dot] muthusamy6gmail [dot] com

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Vikas Diddige (graduated in 2021)

(PhD-Student at TU Bergakademie Freiberg)

"Having prior expertise in working with FEM simulation tools for industrial applications, I chose Computational Material Sciences firstly for its curriculum. The curriculum involves developing your predictive simulation tools focused mainly on material modeling. The curriculum is designed in a way that it gave me the freedom to experiment with my strengths. Secondly, prior knowledge of programming is not a prerequisite. And finally, for the charming, peaceful, beautiful Freiberg city. 

With one of the best student-teacher ratios, the CMS course creates a thriving classroom environment, fostering academic success. There are ample opportunities for students to work as a HiWi (research assistant), in various research projects. The years I worked as a HiWi, gave me an insight into the process of working in research and on the subject. This course offers a perfect blend of all the skills needed to work in industry, at an academic level in universities and research institutes, to obtain a Ph.D., or to contribute to research.

University has a well-renowned faculty who are working on ensuring that students are able to fulfill the gap between the practical and theoretical aspects. The faculty of CMS has always kept pace with changing trends in Mechanics and Materials Sciences. The time spent at TUBAF has been rewarding for my career.

Freiberg is a self-sufficient small city where everything is within walking distance. The university is multicultural and gives you great exposure internationally. It has all the sources to entertain yourself as needed and sometimes to escape the hectic CMS course."

Vikas Diddige
TU Bergakademie Freiberg
E:Mail: vikas [dot] diddigeimfd [dot] tu-freiberg [dot] de 

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Prince Henry Serrao (graduated in 2021)

(PhD-Student at Ruhr-University Bochum)

"My name is Prince Henry Serrao and I pursued Masters in Computational Materials Science. I strongly recommend this course for future students as it is a brilliant combination of micro- and macro- related studies. The course structure is very brilliantly designed which enhances the understanding of multiscale modelling in a step-wise manner. It is one of the very few courses that is slowly and steadily involving Machine Learning related modules as well. This program ensures that you are well groomed for research as well as for industry. It is at this university where you have access to all necessary resources (access to High Performance Computing clusters, powerful computers, different kinds of paid software like Abaqus, Ansys, etc.) without any issues.

Some people might find this city to be very small without much of party life, but it is necessary to understand your main motive to be in Germany. All lectures are arranged in a fashion that you don't waste time traveling from one location to another. Instead, you could use this time to develop your skills. Also, it is important to mention that this city includes everything that you need within walk-able distances (such as supermarkets, banks, post office, etc.).

All the lecturers and Professors involved in this course are very helpful. They are the most knowledgeable people I have encountered in my life and yet they are very humble. The modules are arranged in 'lecture with exercise' fashion which deepens your understanding of the topic. The exams are tough at times, and that actually makes you confident for all your future endeavors.

All in all, I strongly recommend this course in this small, cozy and beautiful (my personal favorite) city Freiberg"

Prince Henry Serrao
Ruhr-University Bochum
E:Mail: prince [dot] serraorub [dot] de 

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Tharangini Subramanian (graduated in 2020)

"I am Tharangini Subramanian, an alumnus of TU bergakademie Freiberg from CMS 2017-20 batch. I thoroughly enjoyed my time at TUBAF. I like the way the university blends into the town. I was one of those fortunate people who stayed very close to the building where most of my lectures were. Initial days of getting accustomed to the weather, the new regional groceries and supplies, and cooking schedules amidst lecture schedules were challenging. After settling in, Freiberg posed to be a beautiful home. I am sure many of my friends would agree with me on this.

I am thankful to my professors and lecturers for being available whenever guidance was needed. There is something I looked forward to that most of my friends would criticize me for: the challenging exam paper they set that makes you go back to your notes after the exam.

I liked the way CMS was structured as lectures and tutorials. It gave us a much needed hands-on experience of using programming languages and solving problems associated with the lecture topics. CMS kept me busy and excited day in and day out with its new interdisciplinary dimensions. I got a stronghold in programming by the end of the course. I have always stood out in my workspace for the engineering and programming skills that I bring to them. Overall, it has been an incredible journey for me."

Tharangini Subramanian
Junior Engineer, Offshore Wind Structures,
Kent PLC, Edinburgh, UK
Email: tharangini [dot] subramaniangmail [dot] com 
LinkedIn: Tharangini Subramanian

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Rinh Dinh Pham (graduated in 2020)

(PhD-Student at TU Bergakademie Freiberg)

"Sometimes in your life, you had to make decision. It could be wrong at the first place. This happened to me by the time I applied for a Master's Degree. Fortunately, I was enrolled at TU Bergakademie Freiberg. Eventhough it's small university comparing to the others in Germany, it delivers the same education quality as the others or even better. Some of the advantages of TU Bergakademie Freiberg are the low ratio of students per lecturer as well as the high research fund per Professor. Those generate a distinguished studying environment, where students might always be able to discuss with lecturer or even Professor, whenever he or she needs an advise. Furthermore, students might have higher opportunity to gain more experience in their field and financial support during studying time through the so-called HiWi job, which students will directly participate in research by working on small task for the research group at the university. Among other programs at the university, Computational Materials Science (CMS) is well-designed Master's Degree Program, which carried out in english language, combining knowledge between mechanical and material engineering. Further in the course, machine learning is now playing an important role, which adapts to the booming field in every aspects of the world. In my point of view, it is quite easy for CMS's graduates finding their position in the industry as well as in reseach."

Rinh Dinh Pham
TU Bergakademie Freiberg
Email: phamdinh0988gmail [dot] com 
Email: dinh-rinh [dot] pham1imfd [dot] tu-freiberg [dot] de