Final short Report.docx

1 Recommendation Report: Choosing the Arduino Microcontroller for Technological Advancement Subash Pokharel Centennial College Report Writing (ENG 250) Ekjot Kaur Assignment Due Date – September 24

2 Choosing the Arduino Microcontroller for Technological Advancement To: Tom Messi, Manager From: Subash Pokharel, Technician Date: September 25, 2023 Subject: Recommendation to Adopt Arduino Microcontroller Summary In this recommendation report, we examine the advantages of incorporating the Arduino Microcontroller into our Toronto-based small business, Muji Private Limited. For the technological improvements of our small business, Arduino, an open-source, programmable circuit board, provides significant benefits due to its adaptability, affordability, and accessibility. Background: It is essential for businesses to keep up with new technologies in the ever-changing Technological landscape of today. It is crucial for our organization to maintain its competitiveness by utilizing emerging technologies in the quickly changing technological world of today. The viability of integrating the Arduino Microcontroller into our operations is assessed in this study. Due to its versatility, Arduino is a hardware development platform that many experts and enthusiasts prefer (Stewart, 2015). It makes use of programmable microcontrollers to make the development of creative electronic creations easier.

3 Findings: 1. Versatility: The versatility of the Arduino Microcontroller is advantageous in many industries. For instance, Muji Private Limited, a provider of smart home solutions, will use Arduino to produce inexpensive goods like intelligent blinds, lighting, and climate control. The versatility of Arduino guarantees that it can improve a variety of aspects of our operations, whether in product creation, automation, or data recording (Stewart, 2015; Craft, 2013). 2. Cost-Efficiency: The affordability of Arduino is a significant benefit. Financial obstacles are removed by using open-source software and inexpensive components. This cost- effectiveness fits in perfectly with our financial restrictions, enabling us to take on a variety of initiatives without making hefty upfront commitments (Craft, 2013). We set aside $50,000 for the first year to cover project development, hardware purchase, and training. Within two years, we will project a minimum ROI of 20%, driven by cost reductions and process enhancements. 3. Educational value: The project-based learning strategy used by Arduino, as demonstrated in the books "Adventures in Arduino" and "Arduino Projects for Dummies," is used as a teaching tool to improve the knowledge of our staff members in the fields of electronics, programming, and interaction design (Stewart, 2015; Craft, 2013). Our workforce gains from this, and it also increases our capacity for innovation.

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