What is rapid prototyping and how can it apply to the ELT classroom?

Nicole Kyriacou
A teacher stood in front of her class with her students raising their hands
Reading time: 5 minutes

Tom Chi is an internet veteran with quite a resumé. His roles have been many and varied – from astrophysical researcher to Fortune 500 consultant and corporate executive, developing new hardware and software products and services.

He worked on Microsoft Outlook when it was in its infancy, was a major influence in taking Yahoo Search from 0 to 90 million users and is now Head of Product Experience at Google X – Alphabet’s secretive division focused on creating technological innovations for the future. It has produced the self-driving car and Google Glass, and its Project Loon aims to provide internet to every square inch of the earth.

At Google X, Tom was in a unique position – always having to think five, ten or even more years ahead in order to conceptualize and build the technology of the future. As you might imagine, this is far from an easy task; not only do the ideas have to be original, but they have to meet people’s future needs – something that is not easy to predict.

So, how does Tom and the others at Google X deliver their vision for the future using today's materials and technology?

That’s where Rapid Prototyping comes in. It’s a concept that allows teams to experiment, learn and adjust prototypes quickly and cheaply, so that projects (and products) get off the ground. Failure is seen as a starting block and an inevitable part of the learning process. Following his workshop, we are going to look further at rapid prototyping and how it can relate to the ELT classroom.

Integrating rapid prototyping into ELT teaching
Play
Privacy and cookies

By watching, you agree ÃÛÌÒapp can share your viewership data for marketing and analytics for one year, revocable by deleting your cookies.

What are the rules of rapid prototyping?

According to Tom, rapid prototyping follows four main principles:

Rule #1:

You must find the quickest path to experience. Ideas are nothing until they have been tested; prototyping is the quickest path to go from guessing into direct experience. You will soon see an idea’s strengths, weaknesses and potential once you have tried it.

Rule #2:

Doing is the best kind of thinking. People are very good at imagining things, but until we try them, we won’t know what works and what doesn’t. By actually doing something, we’ll come up with new ideas, new challenges and new solutions.

Rule #3:

Prototyping follows a distinct pathway: from conjecture, to experimentation, to results and finally decision-making. Ìý

Prototyping rule #4:

Prototyping helps us reason in time and space: instead of lots of planning, imagination and guesswork, it makes us build something real, considering real use cases and real situations.

How does rapid prototyping affect progress?

The rapid-prototyping learning loop follows this pattern:

  1. Building a variation
  2. Testing with customers
  3. Observing results
  4. Adjusting from results

This process allows us to increase the chances of success in any given project dramatically. For example, if an idea has a 5% chance of success, by trying it 20 times there is a 64% chance of success and by trying it 50 times, there is a 92% chance of success.

Considering that each time an idea is prototyped, learning takes place, the chances of success are likely even higher with every trial.

But wait, what has rapid prototyping got to do with the ELT classroom?

Tom shows how a technology giant like Google can innovate and produce results quickly and efficiently through rapid prototyping – and all the while, he is explaining how much faster learning is when we experiment and do things.

Encouraging project-based work

Of course, our students are not innovating or building new products for tech companies, they are aiming to learn a language. But as Tom said, learning by doing is much faster and more effective than simply conjecturing and talking about theories.

Following his first rule of prototyping (find the quickest path to experience), we need to give students the experience of using the language as fast as possible. Project and task-based learning allows students to build their vocabulary, and test their grammar and overall communications skills in an authentic way.

This also covers Tom’s second rule (doing is the best type of thinking). If we can tap into our students’ creativity, we can allow them to experiment with language, discover what they know and what they don’t know, and then really work on learning the things they need for certain tasks.

When it comes to Tom’s third rule (conjecture, experimentation, results, decision-making), the teacher has more responsibility. We need to look at how we benchmark, measure and analyze our learner’s progress. Without a pathway, our students will not know how they are progressing and may easily lose motivation. The students therefore need to have a firm idea of their abilities, when they need to learn and how they are currently performing. We can then make decisions regarding individual class plans and syllabi.

Finally, by exposing our students to authentic materials, we cover Tom’s fourth rule (reason in time and space). Authentic readings, listenings and videos give learners the opportunity to work with real-world language, trying out what they are learning in authentic contexts. It helps them imagine using the language outside of the safe environment of the classroom too, giving them the challenge they need to push them into learning faster.

Fostering a growth mindset

The very fact that Tom’s team is able to imagine and prototype what seem like impossible ideas – that then have the potential to change the world – is awe-inspiring.

We can all learn from his vision, tenacity and methodology. At the heart of the experimentation and learning at Google X lies a growth mindset.

If we help our students develop a growth mindset, they will see failure as an opportunity to learn, as well as a challenge as a chance to grow, and feedback as a constructive way to improve.

Learning is a dynamic process. As teachers, it’s important for us to look outside the world of education to find inspiration and ideas. We hope this has sparked your curiosity and added a dash of inspiration for your future classes.

More blogs from ÃÛÌÒapp

  • A teenage girl smiling and doing her homework or studying at home.

    Creative writing exercises for English language learners

    By ÃÛÌÒapp Languages
    Reading time: 3.5 minutes

    Engaging in creative writing is one effective way to improve your English language skills. It allows for artistic expression and personal flair, making it a unique way to put your imagination into words. Additionally, creative writing can draw from the author’s life and experiences, providing a personal touch to the narrative. Whether you’re a beginner or an advanced learner, creative writing can help you enhance your vocabulary, grammar and overall language proficiency.

    Creative writing exercises can also benefit other forms of writing, such as business writing and technical writing, even though these are not typically considered creative writing. In this post, we’ll explore various creative writing exercises that are designed to make learning English fun and engaging, as well as improve writing skills.

  • A woman stood in a square, holding a map looking around

    Essential English phrases to blend in like a local on your holiday

    By
    Reading time: 5 minutes

    Summer has arrived and you might be gearing up for a holiday soon. Knowing some of the local language is always helpful, but to genuinely speak like a native English speaker, you must grasp and use common phrases and idioms that locals employ in daily conversations. Native English speakers have a natural command of these phrases, whereas non-fluent speakers often need to study and practice them to achieve fluency.

    In this blog post, we’ll delve into essential English phrases that will help you sound more like a local and less like a tourist.

  • A business woman sat at a table in a office writing notes

    Hard skills vs. soft skills: The impact of language learning

    By
    Reading time: 6 minutes

    Hard skills and soft skills play a crucial role in defining career success and progression. The difference between hard skills and soft skills is that hard skills are teachable, technical, measurable abilities specific to particular jobs, while soft skills are more interpersonal, universal and related to personality traits. While hard skills refer to the technical knowledge and specific abilities required to perform a job, soft skills are more intangible. They encompass the interpersonal attributes and personality traits that enable individuals to communicate effectively, work collaboratively and adapt to changes in the workplace environment.

    In this blog post, we will explore how learning a new language can significantly enhance both hard and soft skills, making you a more versatile and effective professional in today’s multifaceted work environment.

    Understanding the balance of hard and soft skills

    Hard skills might get your foot in the door, showcasing your qualifications for a position. Developing hard skills to stand out from other job seekers is crucial; take advantage of classes, webinars and workshops offered by your current employer to develop hard skills and learn new technical skills. Examples include proficiency in a particular software, certification in a specific field, or mastery of a technical domain. However, it’s the soft skills, such as effective communication, collaboration, critical thinking and emotional intelligence, that propel you through the door and into the realms of career advancement. Recent research underscores the growing importance of English proficiency as a pivotal element in this dynamic, equally vital for enhancing both sets of skills.

    What are examples of soft skills?

    Soft skills encompass a wide range of attributes that can significantly impact workplace efficiency and harmony. Examples of essential soft skills include:

    Communication: The ability to convey information clearly and effectively is paramount. This includes both verbal and written communication, as well as active listening skills.

    Teamwork: Collaborating well with others, often with diverse backgrounds and perspectives, to achieve common goals.

    Problem-solving: The capability to analyze situations, identify problems and devise effective solutions.

    Adaptability: The readiness to adjust to new conditions, workflows, or technologies, demonstrating flexibility in the face of change.

    Critical thinking: The process of objectively analyzing information to make informed decisions.

    Emotional intelligence: The ability to understand, manage and utilize one's emotions constructively while also recognizing and influencing the emotions of others.

    What are examples of hard skills?

    Hard skills are quantifiable, teachable abilities specific to a job or industry. These skills are typically acquired through formal education, training programs and practical experience. Some examples of essential hard skills include:

    Computer programming: Proficiency in coding and programming languages, such as Python, Java, C++, or HTML/CSS is crucial for software development and web design roles.

    Data analysis: The ability to interpret complex data sets using tools like Excel, SQL, or R, providing valuable insights and informing decision-making processes.

    Graphic design: Mastery of design software such as Adobe Photoshop, Illustrator, and InDesign, enabling the creation of visual content for various media.

    Foreign language proficiency: Fluency in a second language can be an asset in international business, for example, in translation services or customer support roles.

    Project management: Knowledge of project management methodologies (e.g., Agile, Scrum) and tools (e.g., Microsoft Project, Jira) to plan, execute and oversee projects effectively.

    Technical writing: The skill of crafting clear, precise documentation and instructional materials, essential in industries such as engineering, IT and pharmaceuticals.