Our Vision
"Unleashing unique talents through honed skills."
Our Goal
"To leverage our team's unique skills and foster a culture of continuous learning, collaborative implementation, and teamwork, driving innovation and excellence in the dynamic landscape of the Silicon and IT industry"
Our Mission
"Our mission is to harness the unique talents of our team, cultivate essential skills through continuous learning, drive strategic implementation of cutting-edge technologies, and foster a culture of teamwork and collaboration to lead the Silicon and IT industry towards innovation and success"
Atmos Silicon Labs is an unparalleled idea dedicated to revolutionizing the way of learning in Digital/Analog Systems to shape the future of VLSI. With a mission to empower bright minds with unparalleled data-driven solutions, Atmos is poised to reshape Industries along with Educational Institutes and drive innovation forward
Founded in 2023 by a team of Chip designer enthusiasts, Atmos was born to recognize that traditional learning and implementation methods needed revolution; however, our mission is to amalgamate traditional and technology-equipped methods. Our Vision is to create a world where intellects are empowered to harness the power of calculative analysis and logical reasoning to drive innovation and progress. We envision a future where individuals with keen analytical minds and a penchant for logical problem-solving are recognized and celebrated as catalysts for change. By fostering a culture of intellectual curiosity and providing the tools and resources necessary for continuous growth and development, we aspire to unleash the full potential of intellects worldwide, driving transformative change and shaping a brighter future for generations to come.
Our Team
Research
Our research projects focus on exploring new possibilities and advancements in VLSI
Mrs. J.V. Neha,
Technical Director
An engineer with over 7 years of extensive experience in the VLSI field, demonstrating a swift adaptability to students' learning styles and effectively delivering complex subject matter. With a specialization in VLSI and Communication, she excels in analysis and possesses a strong foundation in mathematics, enabling her to tackle problem-solving and programming tasks with ease, particularly in the frontend design. Her professional interests encompass VLSI and Antennas, where she exhibits proficiency in Verilog HDL and XILINX Softwares. As a Qualified Design Engineer, she adeptly navigates IEEE papers and translates findings into practical module designs using HDL language. With a rich background spanning both industry and academia, she brings a wealth of real-world insights to her instructional approach.
Prof. Ravindharan Ethiraj
