Practice in microelectronics education as a mandatory supplement to the future digital-based pedagogy: Strategy of the French national network

Bonnaud, Olivier; Fesquet, Laurent

doi:10.1109/ewme.2016.7496460

Cited by 6 publications

(6 citation statements)

References 6 publications

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“…The main objective is now to train the students in an adapted environment that allows them acquiring the know-how. Only few examples were given of the effective work of the network in this paper [29]. All these projects were carried out by students as part of their initial training, at master's or engineer level.…”

Section: Resultsmentioning

confidence: 99%

The Challenges of Microelectronics for the Future Digital Society: The Roles of Thin Film Technologies and of the Higher Education

Bonnaud¹

2019

MSCE

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The new digital society is based on Internet of Things (IoT) and related connected objects are becoming more prevalent around the world. This evolution implies innovation in many areas of technology, the heart of which is microelectronics. Connected objects involve many technological components and functions that are directly dependent of the microelectronics capabilities. If the perspectives are exciting, several challenges are appearing. The first is related to the energy consumption of all these objects, which will become enormous by 2030, and unrealistic by 2040. The second is human resources concern. The future engineers and PhD will have many obstacles to overcome. A way to face these challenges is to involve more and more new thin film technologies that must be combined with VLSI ones, and to better train students to this domain with enough know-how and with a large spectrum of knowledge suitable for multidisciplinary applications. The French national network for Higher Education in microelectronics has adopted this strategy. After presentation of the challenges, this paper deals with the innovative activities of the French network focused on thin film technologies, in order to face the challenges in a short future.

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Section: Resultsmentioning

confidence: 99%

The Challenges of Microelectronics for the Future Digital Society: The Roles of Thin Film Technologies and of the Higher Education

Bonnaud¹

2019

MSCE

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“…To supplement the development of pedagogical implements subsiding towards digital oriented education including MOOCs (massive open online courses), various activities have been established for maintaining high knowledge level as well as knowhow for engineering and masters in micro electric field. Accordingly, various institutions in France make use of MOOC with no face-to-face courses for making students gain experience on micro electric technology in CNFM network centre (Bonnaud & Fesquet, 2016). Objectives of CNFM have been to maintain high level scientific skills for all graduate students for satisfying the company requirements and maintain the abilities of engineer to innovate.…”

Section: Pedagogy Statistics As a Career In Global Perspectivementioning

confidence: 99%

A Comprehensive Review

Muniandy

Abdullah

2022

International Journal of Online Pedagogy and Course Design

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Pedagogical practices with high quality could affect students positively. In recent years, pedagogy in education is learner-centric or teacher-centric. Accordingly, different pedagogical approaches have been used by various traditional studies with an aim of creating an effective education system. Hence, this study intends to comprehensively examine various recent pedagogical practices to find its impact on students. It also attempts to discuss pedagogical statistics in global viewpoint and assess distinct approaches for teaching and learning. The study has also reviewed the Malaysian perspective regarding the pedagogical practices. Finally, it discusses the innovations to be employed in future for an effective education. Various teaching and learning styles are explored which could be opted by educators that suits them, and also employ the learning methods to students based on their ability. Innovations to be made in future pedagogy is also described that could serve as a guideline for researchers to focus for further implementation.

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“…Another point that needs to be stressed is the necessary complementarity of knowledge and know-how across the skill set [27][28]. This complementarity is more essential in the engineering disciplines and more particularly in microelectronics and whatever the technologies [29].…”

Section: Main Know-how Training Activitiesmentioning

confidence: 99%

Innovative Strategy to Meet the Challenges of the Future Digital Society

Bonnaud

2021

Adv. technol. innov.

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Today, we are experiencing a societal revolution with the development of digital technologies, and it brings new challenges. Indeed, the number of connected objects, intelligent sensors and IoTs are increasing exponentially. The same goes for the resulting energy consumption. Beyond 2030, without a radical transformation of communication technologies and protocols, the digital world will be at an energy dead end. All these objects are physically realized with microelectronic devices and systems. This analysis of the microelectronics community has led the French government to recognize an electronics sector that is becoming a priority area of industrial policy. The Strategic Committee of this sector has proposed innovations applied to the entire digital chain including all facets of the microelectronics field and human skills and know-how. The technological and energy issues are thus presented, and the proposed solutions were addressed. They concern both technological and human aspects. This paper ends by giving examples of the implementation of innovative approaches which essentially include the electronic functions involved in connected objects and which are intended to bring the know-how of future actors in the field.

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Practice in microelectronics education as a mandatory supplement to the future digital-based pedagogy: Strategy of the French national network

Cited by 6 publications

References 6 publications

The Challenges of Microelectronics for the Future Digital Society: The Roles of Thin Film Technologies and of the Higher Education

The Challenges of Microelectronics for the Future Digital Society: The Roles of Thin Film Technologies and of the Higher Education

A Comprehensive Review

Innovative Strategy to Meet the Challenges of the Future Digital Society

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