Some careers are shaped by curiosity, persistence, and the courage to learn by doing. Pragadeeswari Deivendran’s journey is a reflection of how hands-on experience, continuous learning, and global exposure can transform academic knowledge into meaningful real-world impact.
Pragadeeswari began her academic journey with a Bachelor’s degree in Chemical Engineering from Rajalakshmi Engineering College. During her undergraduate studies, she built a strong foundation in core engineering subjects such as fluid mechanics, heat transfer, and process design. These fundamentals sparked her interest in how large-scale industrial processes work and how they can be optimized to become more efficient and sustainable. From early on, she understood that engineering is not just about theory; it is about solving real problems that shape industries and society.
Her passion for practical learning led her to pursue opportunities that bridged classroom knowledge with real industrial challenges. Internships became a turning point in her career. Through experiences at leading organizations, including the German Aerospace Center (DLR), FLSmidth, and Emerson Automation Solutions, she gained exposure to process modeling, simulation, and engineering projects across global energy and industrial sectors. These experiences helped her understand how engineering principles are applied in real production environments and gave her clarity about her growing interest in process development.
Today, Pragadeeswari is pursuing her Master’s degree at Otto von Guericke University Magdeburg in Germany. Alongside her studies, she works as a Process Development Intern at Planet A Foods, where she focuses on process optimization, experimental validation, and scaling up lab concepts into industrial production. Her work contributes to improving production efficiency and sustainability, two critical goals in modern engineering and manufacturing.
Her technical expertise reflects her diverse experience and forward-thinking approach. She has worked with tools such as Aspen Plus, DWSIM, MATLAB, and Simulink, and has explored fields including Life Cycle Assessment, CO₂ capture, renewable energy systems, and green hydrogen technologies. These skills position her at the intersection of engineering innovation and sustainability, where the future of industry is being shaped.
Despite her achievements, Pragadeeswari’s journey has not been without challenges. One of her biggest hurdles was learning how to bridge theory with real industrial processes. Like many early-career engineers, she initially faced uncertainty when applying academic concepts in real-world scenarios. However, through persistence, asking questions, and actively seeking hands-on experience, she transformed this challenge into her greatest strength. Today, she considers the ability to connect theory with practice her “superpower.”
Her definition of success is simple yet powerful: continuous growth through learning, improvement, and meaningful impact. She believes it is completely okay not to have all the answers early in a career. What matters most is curiosity, the willingness to learn, and the courage to take the first step.
Pragadeeswari also believes deeply in the value of mentorship. For her, mentoring is about building a supportive, trust-based relationship where knowledge and experiences are shared to empower growth. She sees it as a two-way learning process that helps individuals gain confidence, unlock their potential, and shape their own career journeys.
Through her work with Scholarscape, she hopes to help students and early-career professionals connect theory to practice, gain confidence, and discover opportunities that can shape their futures. Her story serves as a reminder that growth begins when we step beyond textbooks and embrace real-world learning.
Scholarscape 