KLSAT Success

KL Deemed to be University's Historic Satellite Launch Ushers in a New Era of Scientific Accomplishment In a historic achievement resonating far beyond its tranquil Green Fields campus, KL Deemed to be University proudly and successfully launched its inaugural satellite - KLSAT. This monumental feat not only cements the university's position as a research-driven institution but also propels it into the annals of scientific excellence. KLSAT is the result of an initiative aimed at advancing the understanding of atmospheric measurement technology in specific areas. Its intricate network of interconnected components collaborates seamlessly to capture and transmit vital data, significantly pioneering scientific research into Earth's atmosphere. Measuring just 10 cm x 10 cm x 10 cm and weighing a mere 1.2 kilograms, KLSAT defies its compact size with remarkable capabilities. Equipped with atmospheric sensors, including an ozone sensor and a solar radiation sensor, it ascended to an altitude of 28 kilometers (92,000 feet) during launch, meticulously collecting invaluable research data. A carefully orchestrated landing process ensured a secure descent within an approximate 80-kilometer radius near Vutukuru. Central to the mission's success is the Telemetry layer, comprising three pivotal elements: KLAP, SpaceSat Tracker Module, and GPS Module. Developed in-house, these components, along with onboard computers and battery management systems, ensured smooth data transmission and ground communication. The Ground Station Antennas, meticulously designed to operate across six frequencies, spanned HF, UHF, and UHF bands. Er. Koneru Satyanarayana, President of KL Deemed to be University, applauded the KLSAT team and the university community for their unwavering dedication. He remarked, "This achievement signifies not only a significant milestone in the field of atmospheric measurement technology but also a giant leap forward for our institution. As we venture into space, KLSAT will undoubtedly provide us with invaluable insights into Earth's atmosphere, marking the beginning of a new era for our university and a brighter future for scientific research. Dr. K. Sarat Kumar, Professor and Director of Research and Development, PR, served as the KLSAT mission director and chief of operations, while Professor K Ch Kavya taken the role of chief technology officer. Additionally, 22 B.Tech students from Electronics and Communication and Mechanical Engineering branches dedicated six months to various aspects of the project, working collaboratively to ensure its success. Reflecting on his experiences, K Sai charan, the student team lead from B Tech ECE expressed gratitude for the hands-on learning opportunities at the university, saying, "I can't put into words how profoundly grateful I am to be a part of this incredible experience at KL Deemed to be University. Building the satellite was a journey filled with happiness and invaluable experiences. The guidance from our dedicated professors and the hands-on learning opportunities surpassed my expectations. This university has provided me with the perfect platform to nurture my curiosity and personal growth. From witnessing the satellite's construction to overcoming challenges with my friends and team members, every moment of this mission has been a source of pride and learning." Another student from ECE specialization A Vinitha shared, "This mission was not just about success; it was about the effort and determination we put into every step. We embarked on this ambitious venture and collectively transformed it into a reality. The numerous tests, the challenges, and the wealth of experiences associated with this project have been transformative. Now, with the successful satellite launch, I feel a newfound confidence in my abilities. As a student at KL Deemed to be University, I've had the privilege of studying in a world-class institution that values hands-on learning and provides exposure to industry trends. This journey has prepared me not only for a promising career but also for a meaningful and fulfilling life ahead." While speaking about the experience, Y Saiteja, student from Mechanical Engineering stated, “this has been an unparalleled experience. The learning and execution of 3D designing in this project were challenging yet immensely rewarding. Our mentors not only taught us the theory but also showed us how learning translates into practice. It was truly amazing teamwork. We forged new bonds while working as a team, and I believe this adds more meaning to our holistic learning journey. It's incredible to see our work reach the skies and contribute to scientific discovery.” The impact of the KLSAT project on students' academic and career has been profound. They are now aiming for orbital launches and pursuing careers in similar fields, thanks to the invaluable hands-on experience gained during this mission. KLSAT's launch marks the beginning of a new era for the university and a brighter future for scientific research. Plans for KLSAT 2 and KLSAT 3, with extended lifespans and advanced sensors, are already underway, promising to expand the scope of atmospheric research in space. The entire project was funded by the university, demonstrating its commitment to investing in cutting-edge research and making a significant mark in the space sector. Dr. G Pardha Saradhi Varma, the University Vice-Chancellor, and other esteemed authorities extended their heartfelt congratulations to the dedicated team members who played instrumental roles in making this mission possible. KLSAT stands as a remarkable achievement in the field of atmospheric research, showcasing the dedication and collaboration of students, faculty, and management of KL Deemed to be University. It not only advances scientific knowledge but also shapes the future of students involved, positioning them as leaders in their respective fields.