Outcomes

Activities:

  • Training for the microelectronic implementation

  • Summer school was organized in the Aalto University Espoo titled “Internet of Things: Together we connect,” in June 2017. A total of 20 students participated in the course. The credits were awarded to the students as per the curriculum of the Aalto University.


Main outcomes and outputs (material/immaterial)

  1. This project work enhanced student’s skills level and ensure a smooth and effective transition from university to the business environment.

  2. This opportunity expanded good practice in business–university collaboration in degree programme design, delivery and sponsorship. It offered clear advantages for the student, the university and the company.

  3. The international mobility of experts from both of the universities was resulted in sustaining research collaboration through establishing strategic partnerships for future goals.

  4. IoT has capability to provide productivity leap. Thus it can significantly balance the aspirations of graduates to obtain employment in the corporate sector and the number of jobs that are available in the ICT sector. In this balancing the Universities had an important role in helping students understand the opportunities that are available in the SME sector or in self‐employment.

  5. Apart from technology exchange this was an exchange of culture for the students from both of the sides, which is essential for sustainability of economy structure of any country.


Applicability of the results

  1. The proliferation of this knowledge can be used to develop cost-effective, open and flexible, innovative and ready to use solutions to obtain better quality of life.

  2. The participants will gain and share the knowledge about Finnish and Indian requirements for the deployment of IoT in their daily and professional life.


Long-term plans for cooperation

  1. Aalto University and IITI will keep working altogether for new goal in the field of microelectronic based research.

  2. The project will increase expertise in the field of IoT based technology.


Publications:

  1. Divya Yadav, Balwant Raj, and Balwinder Raj, "Design and Simulation of Low Power Microcontroller for Internet of Things Applications", Sensor Letters 18.5 (2020): 401-409.

  2. Shailesh Singh Chouhan and Kari Halonen, "A 352nW, 30 ppm/° C all MOS nano ampere current reference circuit", Microelectronics journal 69 (2017): 45-52.

  3. Shailesh Singh Chouhan, and Kari Halonen, "Ultra low power beta multiplier-based current reference circuit", Analog Integrated Circuits and Signal Processing 93.3 (2017): 523-529.

Joint Thesis Supervision:

  1. Design of Application Specific Microcontroller for IOT Based Wireless Sensor Network, M.Tech. Thesis at NIT Jalandhar.

  2. Low power on-chip implementation of SPI with builtin memory interface, M.E Thesis at IET-DAVV, Indore

  3. Bluetooth transmitter design for IoT nodes, M.Tech Thesis at IIT-Indore