Graduates from the department are placed in major industries, civil services and multinational corporations. The Department also has active MoUs with Industries, Universities and Government Organizations. Student forums like IEEE, ISTE and IEI chapters, Robotics, Aero, IoT, Medical Electronics and Embedded Systems clubs provide opportunities for students to develop technical and soft skills. The Department is recognized as a Nodal center for Virtual Laboratory by MHRD.The Department has collaborated with ISSS in the MEMS Community chip activity and our students have involved in IC fabrication. Ltd., authorized Partner for Texas Instruments University Program in the thrust areas of Embedded Systems, IoT and Robotics.
The Department showcases a Center of Excellence funded by Texas Instruments, in association with STEPS Knowledge Services Pvt. We have seen 25 years of progress presented at Small Satellite Conferences so far.The Department is equipped with state-of-the art laboratory facilities in the areas of Communication, Embedded Systems, Power Electronics, Signal Processing, VLSI Design and Automotive Electronics to equip students to be industry ready. This paper surveys the leading programs and thinkers in the smallsat realm about what may appear beyond commonly used planning horizons. Some will perform missions that today require huge spacecraft or cannot be done at all. Some will be deployed around other celestial bodies or in deep space. Some will cooperate in swarms in ways not possible today. Some future smallsats will have dimensions measured in millimeters. Ideas that were deemed to push technology too far or cost too much may well be in the mainstream in 2020 or beyond.
As once smallsat developers worked with no idea that carbon nanotubes and powerful computers on chips would be available to them, designers of tomorrow will have both evolutionary and revolutionary technologies at their disposal.
What, though, is on the horizon looking out 10-25 years or more? While there have been some overly optimistic predictions about smallsats, the advances demonstrated or in development in computing, nanomaterials, microelectromechanical systems, and other areas indicate the future will include some smallsat applications only now being imagined, and others that have not yet been imagined. Proposals for the near term will shrink smallsats further, couple them in new ways using constellations or fractionated architectures, and edge into new mission areas. There are many smallsat missions now in progress or in development, and these are pushing smallsats into new realms of technology, compactness, and mission utility.
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