Let's take a moment to celebrate our collective successes and look ahead to the bright future of Geeky Kids!
🌍 Global Reach
🎮 New Coding Courses
⏱️ Thousands of Hours of Coding Tuition
🌐 Continuing our Pivot to Online Learning
🌟 Partnership with Mulberry STEM Academy
💚 Collaboration with Richmond Young Carers
🤖 Leveraging AI Technology
🌍 Global Reach: In 2023, Geeky Kids not only solidified its presence but also expanded its horizons far beyond the UK, embracing a global vision. We continued to sign up new children from different countries, creating an ever-growing community of young coders. We had students from the US, Spain, Portugal, and even the small European island of Malta. This expansion is a testament to our commitment to making coding education accessible and enjoyable for children everywhere. Our virtual classrooms have become a melting pot of diverse children and ideas, fostering an inclusive environment where every child, regardless of their location, can explore the exciting world of coding.
🎮 New Coding Courses: We also continued to innovate in our course offerings, developing new and interactive modules in Roblox and Python. These courses, designed to be engaging and educational, further established our role as leaders in tech education for kids.
⏱️ Thousands of Hours of Coding Tuition: Once again, this year alone, we have proudly taught and delivered thousands of hours of coding education.
🌐 Continuing Our Pivot to Online Learning: Geeky Kids continued to embrace the pivot towards online learning, a strategic shift that gained momentum following the COVID-19 pandemic. Recognizing the immense potential and necessity of digital education, we invested heavily in Research and Development to enhance our EdTech capabilities. This investment is not just a commitment to the present but a foundation for the future. As we move into 2024, we anticipate beginning to reap the benefits of these efforts, further revolutionizing the way we teach coding and engage with our global community of young learners. This ongoing dedication to innovation ensures that Geeky Kids remains at the forefront of educational technology, ready to meet the evolving needs of students worldwide.
🌟 Partnership with Mulberry STEM Academy: A major highlight was the successful collaboration with the Mulberry STEM Academy, where we ran various Python courses to over 100 students. This initiative exemplified their commitment to STEM education, especially for students in challenging circumstances. This will continue into 2024.
💚 Collaboration with Richmond Young Carers: Another groundbreaking achievement was our partnership with Richmond Young Carers. Although this came late in 2023 and we will only start seeing the results in 2024, this first-of-its-kind collaboration resonated deeply with Geeky Kids' ethos of making coding accessible to everyone. It marked a significant step towards inclusivity, ensuring that coding education reaches diverse groups and supports young individuals from various backgrounds.
🤖 Leveraging AI Technology: Finally, as with many, we embraced the power of AI to revolutionize both operational efficiency and classroom experiences. We integrated AI-driven tools to streamline administrative tasks, enhance customer service, and provide personalized support to our clients. In the classroom, AI has been instrumental in improving the learning experiences. As we advance into 2024, our focus is to further leverage AI innovations to elevate our service offerings and educational experiences, ensuring that Geeky Kids remains at the forefront of tech-driven, student-centric education.
Overall, 2023 was a year of significant progress and impactful partnerships for Geeky Kids, reinforcing our mission to make coding a fun and accessible skill for children from all backgrounds.
As we eagerly look forward to 2024, Geeky Kids is poised to expand our horizon with new and meaningful partnerships. Building on our existing collaborations with organizations like Young Carers and Autism groups, we aim to connect with more charities and state schools. Our quest to make coding accessible to as many children as possible remains our driving force. These partnerships will enable us to reach out to a diverse range of young minds, including those in underrepresented and underserved communities. By integrating our cutting-edge EdTech tools with an inclusive approach, we are committed to opening doors of opportunity and empowering children from all walks of life with the gift of coding.
Here's to a year of impactful collaborations, continued growth, and bringing the joy of coding to every child in 2024!
]]>Abu Dhabi's Vision 2030 is a bold and ambitious plan, laying out a roadmap for economic diversification, with technology as a cornerstone. The vision aligns with the broader UAE strategy to reduce oil dependency and foster a knowledge-based economy. Key to this transition is the development of a skilled workforce proficient in technology and coding.
Recent years have seen a surge in tech startups and global tech firms setting up shop in Abu Dhabi. The government's commitment is evident in initiatives like Hub71, a tech ecosystem that offers financial incentives, resources, and support to tech startups. As of 2022, Hub71 had successfully incubated numerous startups, with many focusing on AI, FinTech, and blockchain technologies.
Recognizing the importance of technical education, Abu Dhabi has integrated coding and computer science into its education system. Schools across the city are increasingly offering coding courses, and higher education institutions are aligning their STEM (Science, Technology, Engineering, and Mathematics) programmes with industry needs. The Khalifa University of Science and Technology, for instance, offers cutting-edge courses in AI and robotics, reflecting the growing demand for these skills.
The Abu Dhabi Department of Economic Development reports a steady increase in tech job vacancies, with a particular emphasis on coding and software development roles. The demand for programmers, data scientists, and AI specialists has seen a significant uptick in recent years. The salary range for these positions is competitive, attracting global talent and encouraging local students to pursue tech careers.
Private companies in Abu Dhabi are also playing a pivotal role. The likes of Microsoft and IBM have partnered with local institutions to offer coding workshops and internships, bridging the gap between education and industry. This collaboration is vital in preparing a workforce ready for the tech-dominated future.
Abu Dhabi's journey towards becoming a global tech hub is well underway.
With strategic investments in education, infrastructure, and startup ecosystems, the city is poised for a digital revolution. The emphasis on coding and tech skills is not just about preparing individuals for the future; it helps align the workforce with the national vision of a diversified, innovation-led economy. The future shines bright in Abu Dhabi, with technology at its core.
As we witness Abu Dhabi's remarkable journey in embracing technology and coding within its educational framework, it becomes increasingly clear that this approach offers valuable lessons for the rest of the world. Other countries stand to benefit significantly by adopting similar strategies, integrating technology more deeply into their education systems, and prioritizing digital literacy from a young age. By following in the footsteps of Abu Dhabi, nations can cultivate a generation of technologically adept individuals, ready to navigate and contribute to an increasingly digital global landscape. This shift is not just about staying competitive; it is about preparing future generations for a world where technology is interwoven into every aspect of life. Abu Dhabi's model serves as a beacon, showing how strategic focus on technology and coding education can propel a society towards a prosperous, innovative future.
We at Geeky Kids are super excited about the idea of partnering with this great nation and provide coding tuition to some of the amazing schools in this country. If you are connected to a school in Abu Dhabi—or anywhere else for that matter—and would like to learn more about our coding course provision, have a look at our Curriculum or email us on schools@geekykids.co.uk. We would love to help!
]]>The Duke of Edinburgh's Award is a thrilling journey of self-discovery, adventure, and personal growth. This prestigious programme has been the launchpad for millions of young individuals, equipping them with the skills, experiences, and confidence to shine in an ever-changing world. Whether you are a parent, a prospective participant, or an interested observer, dive into our latest blog post to explore the enriching layers of the DofE and how it could be a transformative experience for the youth of today.
The DofE is a prestigious programme aimed at young people aged 14 to 24, offering an outline for personal and social development through practical experiences and learning. Founded in 1956 by Prince Philip, the Duke of Edinburgh, the Award has become synonymous with excellence and self-improvement. Participants complete a series of structured activities that cover four key areas of development:
These components work in concert to foster a sense of responsibility, commitment, and community engagement among participants.
The Duke of Edinburgh's Award (DofE) offers three progressive programme levels, each with increasing degrees of commitment and challenge:
Bronze: This is the entry-level award and is available to individuals from the age of 14. The Bronze award requires at least 3 months of participation in each of the Volunteering, Physical, and Skills sections, with an additional 3 months in one of the sections. The Expedition section involves planning, training for, and completing a 2-day / 1-night expedition.
Silver: Young people can enter the Silver level at 15 years of age. This builds on the Bronze level with a longer time commitment. Participants must engage in each of the Volunteering, Physical, and Skills sections for at least 6 months, with an additional 6 months in one of the sections if they have not achieved the Bronze award. The Expedition is of 3 days / 2 nights duration.
Gold: The highest level, Gold, can be started at age 16 and requires a sustained level of commitment. For the Gold award, participants spend 12 months on the Volunteering section and 12 months on one other section, with an additional 6 months on the third section if they have not completed the Silver award. The Gold Expedition lasts 4 days and 3 nights, and there is an additional Residential section which involves spending 5 days and 4 nights in an unfamiliar environment with people they have never met.
Each level is cumulative, meaning that, to achieve the Gold award, participants will have spent time developing skills, improving physical fitness, volunteering, and experiencing expeditions over several years. Participants must complete each section of the award to achieve that level's award. The DofE's programmes are designed to be flexible and to allow young people to tailor their activities to fit their interests and goals.
All levels of the DofE must be completed by the participant’s 25th birthday, providing a generous time frame for young people to develop valuable skills, build confidence, and make a difference in their community.
Volunteering forms the heart of community service, driven by the desire to contribute positively to society rather than to earn money. For those involved in the DofE's Award, identifying valuable volunteering opportunities is key, and these can be found both offline and online.
Participants are encouraged to seek out roles that have significant impact, which will vary for each individual. A multitude of organizations—including community groups, charities, non-profits, and Volunteering Approved Activity Providers—are open to facilitating such opportunities. Team volunteering is also an option and can be particularly rewarding when addressing local needs.
Volunteering for the DofE's Award can take many forms, depending on the participant's interests, local opportunities, and the needs of their community. Some examples that have been popular and impactful among participants include:
Community Service: Volunteering at local charities, food banks, homeless shelters, or community centres.
Environmental Projects: Participating in local conservation efforts, such as tree planting, community gardening, or wildlife conservation.
Youth Work: Assisting at youth clubs or community groups, mentoring younger students, or helping with after-school programmes.
Elderly Support: Spending time at retirement or nursing homes—assisting with activities or simply providing companionship.
Charity Shops: Working in a charity shop—helping with sorting donations, customer service, or display arrangements.
Peer Tutoring: Volunteering to tutor peers or younger students in subjects one excels in, or helping with reading in local schools.
Animal Welfare: Helping at an animal shelter or with local pet adoption events.
First Aid: Training with and volunteering for first aid organizations to provide medical support at events.
Sports Coaching: Assisting in coaching younger children in sports one is proficient in, or helping to run community sports events.
Community Arts: Assisting in local arts and culture festivals, or volunteering for community theatre productions.
Social Action Campaigns: Leading or participating in campaigns on social issues, from raising awareness to fundraising for causes like mental health or education.
Special Olympics or Paralympics: Volunteering at events for athletes with disabilities.
When choosing a volunteering activity, it is important for participants to ensure that the role has a non-profit focus, benefits the community, and does not replace paid jobs. Each volunteering opportunity should also offer a chance for the participant to learn new skills and have a tangible impact.
The Physical section of The DofE's Award is where participants embrace the spirit of physical health and wellness. It is a celebration of movement, challenging young people to step out of their comfort zones and engage in an activity that promotes physical fitness. From swimming to soccer, dance to rock climbing, this part of the programme is not just about breaking a sweat; it is about setting personal goals, achieving them, and surpassing them. It is about discovering new passions—building stamina, resilience, and character. In committing to this section, participants develop a lifelong appreciation for the benefits of an active lifestyle, creating habits that will carry them into a healthy future.
The Physical section of the DofE's Award can involve an activity that participants are already engaged in. The idea is to encourage continued improvement and sustained commitment to physical fitness. Whether it is a sport they are passionate about, a fitness class they attend regularly, or a physical activity they enjoy, the goal is to set new challenges within that activity to achieve progress and personal growth. It is about dedication over time, pushing personal boundaries, and documenting the journey of self-improvement.
The Skills section of the DofE's Award is designed to empower participants to expand their abilities and interests in a chosen area. It is an inspiring chance to either delve deeper into a beloved hobby or to light the spark for a new skill. This section truly encapsulates the spirit of personal growth and development.
Whether it is advancing in an artistic discipline, mastering a musical instrument, or developing culinary prowess, participants set their own benchmarks and strive to exceed them. One particularly valuable and future-focused skill that participants might choose is coding. By learning to code, participants not only step into the world of technology but also cultivate critical thinking, problem-solving, and logic skills. They might start with the basics of a language like Python and progress to creating their own simple app or website.
Coding, as a chosen skill, showcases the DofE's dedication to relevant and practical skills development. It aligns perfectly with the programme's goals by encouraging self-discipline, sustained concentration, and a detail-oriented mindset—qualities that are beneficial in all walks of life. It is far more than just a practical skill; it is a new way of thinking and solving problems. In today's digital-first world, coding is akin to a superpower for children, enabling them to understand and shape the world around them. It teaches logical thinking, problem-solving, and creativity, which are essential skills in virtually every field. By learning to code, children learn to break down complex problems into manageable parts, think sequentially, and develop attention to detail.
For participants in the DofE's Award, choosing coding for the Skills section is an investment in their future. It offers them a competitive edge in the job market, as programming skills are highly sought after across industries. Moreover, it provides a platform for self-expression and innovation, allowing them to bring their ideas to life. Coding can be a solitary pursuit, perfect for focused individuals, but it also thrives on collaboration, making it ideal for those who enjoy teamwork.
By incorporating coding into the DofE Skills section, children not only advance their technical abilities but also nurture a mindset geared towards continuous learning and adaptation. It is a skill that will not only serve them during their time in the DofE program but for many years to come in an increasingly technology-oriented world. Geeky Kids is committed to making this journey in coding a rewarding and enriching experience, equipping young minds with the tools they need to succeed and excel in their DofE adventure and beyond.
Regardless of the chosen skill, the journey through the Skills section is marked by personal achievement and self-discovery, which participants document and reflect upon over the course of their engagement, whether it is for the Bronze, Silver, or Gold Award. It is a celebration of learning, a testament to the joy of personal development, and a cornerstone of the well-rounded experience that the DofE's Award aims to provide.
The Expedition section of the DofE's Award is a group endeavour—one that emphasizes collaboration, communication, and collective effort. Participants must work together with their peers to plan, train for, and execute the Expedition, creating an environment where teamwork is not just encouraged but essential.
In groups, typically of four to seven individuals, participants choose their aim, decide on their location, and undertake practice expeditions before setting out on their qualifying venture. Throughout the process, they learn the importance of each member's role and how to support one another when challenges arise.
These are some examples of Expedition activities that groups might engage in:
Hiking in National Parks: Groups can take on established trails, navigate through varying elevations, and camp under the stars, all while learning about the natural environment.
Canoeing or Kayaking: For those near water, paddling through rivers or along coastlines offers a unique perspective and a different set of challenges and skills to learn.
Cycling: Groups might opt for a cycling adventure, covering longer distances and exploring a mix of terrains, from country lanes to rugged trails.
Horseback Riding: In some cases, participants can plan a horseback expedition, navigating bridleways and learning about horse care and equestrian skills along the way.
The group aspect of the Expedition nurtures a sense of belonging and accomplishment, as participants work towards a common goal, forming bonds and creating stories together that they will cherish for years to come. Whether they are setting up tents, cooking meals, or navigating, every participant plays a crucial part in the team's success.
The Duke of Edinburgh's Award stands as a beacon of growth, resilience, and discovery for young people. It provides a structured yet flexible framework that encourages participants to explore their potential, contribute to their communities, and foster a sense of accomplishment through a diverse range of activities. From the adventurous spirit of the Expedition to the self-expression found in the Skills section, the DofE equips young individuals with invaluable life experiences.
For those intrigued by the digital world, coding is a skill that opens many doors. At Geeky Kids, we specialize in making coding accessible, engaging, and fun. Our coding club for kids is the perfect environment for participants to thrive in the Skills section of the DofE Award. We offer mentorship, a supportive community, and a dynamic learning experience that not only aligns with the DofE's objectives but also prepares participants for a future where technology plays a leading role.
The Skills section of The Duke of Edinburgh's Award adapts and grows with participants, from Bronze through to Gold. Coding, as a chosen skill, is particularly well-suited to this progressive structure, allowing for a clear advancement from basic understanding to complex problem-solving. Here is what is expected at different levels.
At Geeky Kids, we are poised to support participants at every level of their coding journey. We provide tailored learning experiences that align with the goals of the DofE Award, ensuring that participants not only meet the requirements of the Skills section but also gain a skill that has real-world applicability. Our coding programmes are designed to be engaging, incremental, and rewarding, guaranteeing that each young coder feels a sense of progress and accomplishment as they move from level to level.
For more information on how Geeky Kids can help with the DofE program please visit our Coding Courses for Duke of Edinburgh's Award page.
]]>Understanding Python's Appeal
Python has recently surged in popularity among the coding community—and with good reason:
Python is an extremely popular programming language. It ranked in the top 3 programming languages in the TIOBE index, which is an indicator of the popularity of programming languages. In the Stack Overflow Developer Survey 2021, Python ranked as the third most popular programming language among developers and the most wanted programming language for the fifth year in a row. Finally, Python repositories make up a significant portion of public repositories on GitHub, indicating its active community and wide adoption.
It is also extremely flexible and can be applied to:
Most industries rely on Python, including:
Last but not least, Python has a thriving community and ecosystem with Rich Library Support covering a wide range of tasks, reducing the need to build functionalities from scratch. Python has one of the most active communities, which contributes to an ever-expanding range of libraries and frameworks which often have thorough and well-maintained documentation, making it easier for newcomers to get started. There are numerous online courses, tutorials, and forums dedicated to Python programming. Organizations like the Python Software Foundation actively support educational initiatives to help spread Python skills.
What can we offer?
At Geeky Kids, we understand the transformative potential of Python. Thus, we have meticulously crafted a two-year-long Python stream that not only introduces young minds to coding but also equips them with in-depth knowledge of Python.
Here's how Geeky Kids stands out:
In conclusion, if you are considering introducing your child to the world of coding, Python is the perfect gateway. And with Geeky Kids by your side, your child's coding journey is guaranteed to be enriching and enjoyable.
Dive into our Python stream today, and watch your child transform into a confident coder of tomorrow!
]]>Young carers occupy a unique space in our society. These admirable individuals, often still in their youth, shoulder the immense responsibility of caring for family members due to illness, disability, or other circumstances. Their dedication is unparalleled, but the challenges they face are significant. From the emotional stress of caregiving to juggling school and caregiving responsibilities, their journey is marked by sacrifices and missed opportunities.
One such opportunity is access to extracurricular activities. Due to their commitments, many young carers miss out on physically attending classes or participating in after-school pursuits. This is where coding can be their beacon.
Online coding courses offer the advantage of learning without physical constraints. Young carers can seamlessly integrate lessons into their schedules, ensuring that their education moulds around their caregiving responsibilities.
The tech world is continuously expanding, and with it, the demand for proficient coders. By mastering coding, young carers are not only gaining a valuable skill but opening doors to a flexible and rewarding career in technology.
Beyond the coding language lies a realm of problem-solving, critical thinking, and innovation. For young carers, this equips them with tools that empower and uplift, offering a respite from their daily challenges.
Coding transcends the technical; it is a canvas for creativity. Young carers can channel their experiences, stories, and hopes into creations, be it a game, a website, or an app dedicated to supporting other carers.
We recognise the potential within every young carer. We believe in their ability to not just learn but to innovate, inspire, and lead. As part of our mission, we are reaching out to charities dedicated to supporting young carers. Our commitment is to collaborate, ensuring that these young heroes have access to our courses at the most accessible prices. By doing so, we hope to lay down pathways that lead them from the challenges of today to the opportunities of a digital tomorrow.
]]>Unity is a cross-platform game engine developed by Unity Technologies. While it is primarily known for video game development, its versatility allows it to be used for a range of interactive content, including simulations, augmented reality (AR), virtual reality (VR), and even filmmaking.
Video Game Development: Unity is renowned for its user-friendly interface, making it one of the top choices for indie developers and professionals alike to create games.
Virtual Reality (VR) & Augmented Reality (AR): Unity's robust features enable developers to craft immersive VR experiences and AR applications with relative ease.
Simulations: Many industries, from healthcare to military, use Unity to build detailed simulations for training or testing purposes.
Film & Animation: Unity's real-time rendering capabilities are increasingly being employed in the film industry for animation and even live-action films.
Cultivates Creativity: Unity is a playground of digital creation. Children can bring their visions to life, whether it's a simple game or an interactive story.
Introduces Complex Concepts in an Engaging Manner: Through Unity, children can grasp complex subjects like physics, mathematics, and coding in a fun, hands-on way.
Holistic Development: Designing a game or an interactive application in Unity is not just about coding. It encompasses storytelling, art, sound design, and problem-solving, ensuring children receive a well-rounded education.
Empowerment: With Unity, children are not just consumers of content; they are creators. They can build, test, and refine their projects, gaining a sense of accomplishment and confidence.
The gaming industry alone is valued at over $150 billion, and a significant portion of games, especially mobile games, are developed using Unity. Unity's share in the global game development market is substantial, making skills in Unity highly sought-after. Additionally:
Rise of AR & VR: The AR and VR markets are rapidly expanding, and Unity stands as one of the most preferred platforms for developing AR and VR applications. As businesses and entertainment industries continue to integrate AR and VR into their operations, there is an increasing demand for Unity developers.
Diverse Industries: Beyond gaming, sectors like automotive, architecture, and healthcare are integrating Unity into their workflows for visualisation and simulation purposes.
Job Market: According to various job portals, there is a consistent rise in job postings requiring Unity expertise, ranging from game developers to AR/VR specialists.
Introducing children to Unity does not just equip them with a fun and creative tool; it provides them with a valuable skill that is in high demand in the modern job market. Unity is not just about gaming; it is a comprehensive platform with wide-reaching applications across multiple booming industries. Investing in Unity education sets children up for a future where they can be at the forefront of technological innovation and creativity.
Our mission at Geeky Kids is to provide coding education to as many children as possible. With the ever-growing importance of Unity in the industry, we are proud to offer courses tailored to empower the next generation of Unity developers. Dive deep into the world of interactive creation and let your child tap into the boundless opportunities Unity presents.
If you are interested in exploring our range of Unity courses, have a look at the Unity course stream.
]]>Moreover, even when computer science and coding courses are available, only a small fraction of students opt to study them. According to data from the Department for Education, the number of students taking computer science at GCSE level has only seen a modest increase in recent years. There is a perception among students that coding and computer science are complex subjects reserved for the most academically gifted. This misconception is limiting and poses an additional barrier to achieving widespread digital literacy.
We must work to change these perceptions and encourage more students to embrace these subjects. After all, with the right support and teaching methods, coding can be made accessible, enjoyable, and ultimately, beneficial to every student, regardless of their academic standing. Geeky Kids is committed to breaking down these barriers and transforming computer science and coding into exciting prospects for all students.
At present, the UK stands as one of the leading tech hubs in the world, with the digital sector growing six times faster than any other industry. However, to maintain this position and ensure further growth, we need a steady supply of highly skilled software engineers. It is, therefore, unfortunate that the current educational focus does not align with this demand.
A 2019 Royal Society survey revealed that more than half of England's schools did NOT offer Computer Science at GCSE level. This is improving but not at a fast enough rate. This gap in tech education risks leaving our younger generation ill-prepared for a world increasingly dependent on digital technology. This status quo, thus, requires urgent rectification.
Computer science and coding stretch beyond mere programming; they cultivate skills like problem-solving, creativity, and logical thinking. These are invaluable attributes that will equip the younger generation to excel and innovate in a digitised future. Schools must create environments that allow students to not only consume technology, but to comprehend and generate it. Such an approach is crucial for empowering our children with the skills needed to navigate an increasingly digital world.
To cater for this urgent need, schools, educators, and the UK government must prioritise computer science and coding, making them universally accessible subjects in the curriculum. Such a strategic focus on digital education will prepare our children for the future, where almost all jobs will necessitate some degree of digital proficiency.
Despite the pressing need, creating a comprehensive coding curriculum can be challenging for schools. This is where Geeky Kids steps in. We offer a supplemental resource designed to enhance what schools are teaching, without the necessity of a broad and complex coding curriculum.
At Geeky Kids, we make computer science and coding engaging and accessible while maintaining high academic standards. We provide immersive coding lessons, interactive exercises, and real-world problem-solving tasks that illuminate the practical applications of the taught concepts.
We believe that every child, regardless of their background or ability, should have the opportunity to learn these crucial skills. By making coding education enjoyable, relatable, and accessible, Geeky Kids aims to inspire the next wave of technological innovators and creators.
We can help schools in various ways, as we have different solutions to suit the particular needs and budgets of every school. You can read more about this on our schools page.
In addition to our supplemental learning programs, we are committed to directly support students in studying computer science at A-Level and GCSE level. We understand the unique challenges and demands of these important examinations, and we are here to help students navigate them successfully. Our expert tutors offer personalised guidance that aligns with the specific syllabi, helping students grasp complex concepts, develop effective problem-solving strategies, and build confidence in their coding abilities.
By providing dedicated support for A-Level and GCSE students, we are ensuring that they not only pass their examinations but also excel, gaining a profound understanding and passion for computer science that will serve them in their future endeavours. Geeky Kids is proud to be part of their journey, fostering the next generation of software engineers and digital innovators.
The momentum of digital advancement is unrelenting, necessitating an evolution in the UK's education system. A robust grounding in computer science and coding from an early age is a strategic investment in our future. At Geeky Kids, we are dedicated to aiding this critical transition and nurturing a generation which is ready to not only adapt to the digital age but to lead it.
]]>Parents who choose to homeschool their children take on the responsibility of managing their child's education, either by teaching the subjects themselves or by hiring private tutors or utilizing online resources.
Before the COVID-19 pandemic, there were an estimated 60,000 to 80,000 home-schooled children in the UK. This number has likely increased due to the pandemic, as many parents opted to continue home education even after schools reopened.
Here are some reasons why it is important to support home education:
Individualized learning: Home education allows for a tailored learning experience that takes into account each child's unique strengths, weaknesses, interests, and learning styles. This individualized approach can lead to a more effective and enjoyable learning experience for the child.
Flexibility: Home education provides the flexibility to adapt the curriculum, schedule, and learning environment to the child's needs. This can be especially beneficial for children with learning differences and special needs, or for those who require a more flexible schedule due to extracurricular activities or family circumstances.
Strong family bonds: Home education can strengthen family bonds, as parents and siblings often play an active role in the child's learning process. This close involvement can lead to better communication, understanding, and support within the family unit.
Encourages lifelong learning: Home education often fosters a love for learning and curiosity that can last a lifetime. As children are encouraged to explore their interests and passions, they develop an intrinsic motivation to learn and grow, which can be valuable throughout their lives.
Safe and supportive environment: Home education can provide a safe and nurturing environment for learning free from distractions, bullying, or peer pressure. This can help children develop a strong sense of self-confidence and self-esteem.
Parental control: Home education gives parents more control over their child's education, allowing them to choose the curriculum, resources, and teaching methods that align with their values, beliefs, and educational philosophy.
Promotes educational innovation: The home education sector often serves as a testing ground for new educational ideas, methods, and resources. By supporting home education, society can benefit from these innovations and apply them to improve the overall educational landscape.
Inclusion and diversity: Supporting home education promotes diversity in educational approaches and acknowledges that one size does not fit all when it comes to learning. Recognizing and supporting diverse educational pathways can contribute to a more inclusive and tolerant society.
Empowers parents and children: Home education empowers parents to take an active role in their child's education and allows children to take ownership of their learning journey. This sense of empowerment can lead to increased motivation, engagement, and success in learning.
One of the downsides of home education is that parents may not have specialist skills to teach certain subjects. Geeky Kids is here to help these families by providing assistance and support in STEM subjects, in particular Computer Science and Programming.
We have over 20 different programming courses in various streams. We can provide group classes or individual private lessons. We can also organize courses for parents to learn how to teach their kids how to code. For more information about our different courses, you can visit the schools page or head over to our curriculum section.
Supporting the home education sector is essential to ensure that families have access to a wide range of educational options that can cater to their unique needs and preferences. By providing resources, guidance, and recognition, society can encourage a more diverse and inclusive educational landscape that benefits all children.
]]>During the Autumn 2022 school term, Geeky Kids was approached to offer our vast curriculum to these students by collaborating with Mulberry and delivering a 10-hour coding course to 60 Year-10 students. The topics covered were varied and interesting, mainly related to Python and PyGame. We are proud to announce that the students' feedback on our course was extremely positive and that the majority of them were interested in signing up for more courses in the future.
Geeky Kids carried out a survey to measure the youths' observations about our coding course.
We received responses from 37 students, who were spread out into 7 out of the 8 different course groups, with their ages ranging from 14 to 15 years.
The overall enjoyment of their experience with Geeky Kids was high, with 16% awarding us 3 points out of 5, 49% giving us 4 points, and 35% responding with the maximum of 5 points.
The students were also very satisfied with the general quality of our course. In fact, 4 of them gave us 3 points, 19 assigned 4 points, and 13 awarded us the highest points.
A whopping 91.7%, reflecting the opinion of 33 students, approved the content of our course, agreeing that it was well-organized and simple to follow.
The majority of the youths—namely, 75.7%, or 28 pupils—considered the level of the course to be just right for their comprehension. Conversely, 7 students (18.9%) found it too hard, while 2 of them (5.4%) thought it was too easy.
All 37 of the students responded positively when asked if Geeky Kids' coding course offered them enough opportunities for engaging, hands-on tasks. This optimum response reflects the popularity of our constant focus on promoting active participation in all our courses.
The students were then questioned about their tutor's knowledge on the subject, with 1 student (3%) allocating 3 points, 9 (24%) giving 4 points, and the other 27 (73%) awarding 5 out of 5 to our experienced tutor.
35 of the students surveyed were in full agreement when affirming that the tutor was also capable in captivating their interest during the learning process.
Finally, a significant number of the students—28 (75.7%) out of the 37—stated they were keen on enrolling in future courses with Geeky Kids.
It feels incredible to participate in a programme which allows us to offer our coding courses to young people who might not otherwise have this opportunity. Geeky Kids is eager to collaborate further with this wonderful Academy! In this way, we are playing our part in introducing students to the STEM industry and enhancing their future careers.
You can also see what Mulberry had to say about the program by reading this article on the school website.
For more information on our amazing 'Get a School to Code' scheme, visit https://geekykids.co.uk/pages/get-a-school-to-code-scheme and see how YOU can help our kids!
]]>This is how Tim Hodges applied this ideology to Falconbrook School. Tim is a property investor specialising in buying and selling houses and flats in Greater London. Outside of property investments, he is also an engaging speaker, mentor, and coach.
Falconbrook is a state primary school in Wandsworth, southwest London. It is a caring and aspirational school with a strong sense of community and high expectations for their pupils. However, like many state schools in England, Falconbrook does not have the funds available to run coding programs for kids.
At the age of 8, Tim was introduced to chess by his dad who played once a month with a friend who beat him consistently. "I always remember being fascinated by this wooden board with strange-looking pieces," mused Tim. "My dad slowly started teaching me, which coincided with me being labelled with dyslexia. This was extremely unnerving for me, as I remember being bullied at primary school and also, sadly, being ridiculed in front of the Head. This left me with a feeling of inadequacy."
"Being labelled ‘stupid’ created a bubble for me—a ceiling—which I was unable to break through. I convinced myself I could not achieve anything in life and had created my own achievement level. There was self-justification when I was not able to complete a particular task. I told myself, it's ok, I can’t do this because of my problem. It was a self-fulfilling prophecy."
This all changed when Tim joined the chess club at Honeywell School in southwest London. He soon found out he was actually quite good at chess, which allowed him to break through his ceiling. "Chess showed me I wasn’t stupid! I actually discovered a different reality and new possibilities. I wasn’t conscious of it at the time, but looking back, I saw how chess made a positive impact on my life then—and still does to this day."
What has been very prominent for Tim in his property business is the mantra: “Check the board”, where he is always aware of the various options available (exit strategies) and is very reflective on decisions that need to be made. Coupling this with the many other benefits of chess—such as consequences of actions, sportsmanship, mathematics, pattern recognition, and concentration—has helped significantly in his personal and professional life.
"My partnership with CSC (Chess in Schools and Communities) came about a few years ago when I set up a chess club at my daughter’s school," Tim continued. "I could see how much fun the children were having and, more importantly, how good they were. It was then that I came across CSC who supplied the school with all chess materials and boards completely free of charge. They also arranged a competition where a small group of children would be chosen from London to play the great Kasparov at the House of Lords. I decided to put Katie forward, not because she was the best player, but because her growth from a timid girl to a confident chess player was enough to merit it. Amazingly, she was chosen and lasted 45 mins with Kasparov, and it was at this point I knew I had to work with CSC to assist them with their mission. Katie’s experience will stay with her forever, but more importantly, so will the skills she has learnt. This is why I’m so passionate and grateful that my business is working with CSC to expose chess to every primary school in the country."
His wish is to give back to his community, and he knows that investing in children's education is one of the best ways to do it. After his son joined a coding course with Geeky Kids, he thought it would be a great idea to collaborate with us as well and help support a school in his community to teach their students how to code.
In October 2021, Tim reached out to Geeky Kids asking if we could run Virtual LIVE coding sessions for Falconbrook Primary School. The program went on for three consecutive terms until the end of 2022. It was a complete success, and the children were thrilled with what they had learned. Students at Falconbrook learnt how to code using Scratch, Python, and Roblox. Knowing how to code improved their problem-solving skills and logical thinking, as well as their ability to understand and work with technology. They were proud of their new capabilities and the programs they created, and they could see that coding was a skill that could open doors for them in the future.
It is stories like this that show how a single person can make a significant difference in the lives of many. The world needs more organizations and people like Tim who understand the importance of investing in the education of children and are willing to make a difference.
If you are interested in making a similar valuable contribution through coding, you can learn more about our initiative at Get a School to Code Scheme.
]]>Minecraft Education is a sandbox video game that allows students to explore, create, and build in a virtual world. It not only teaches core subjects in a fun and captivating manner, but it also encourages creativity, problem-solving, and collaboration. It is a 3D-world-based game that is best suited for older students and is less focused on the programming aspect.
Visual programming became a common way to learn coding with MIT University’s Scratch. You drag one block of code after the next to create sequences of instructions. Microsoft MakeCode is similar to Scratch. Blocks of code are put into groups and can be dragged onto the coding area. Put one block after another to place the blocks in the same order. You can put some blocks inside other ones. It is also used for electronic projects like BBC Micro:Bit or Lego Mindstorms.
To get started with Minecraft Education, you can do the following:
Download and install Minecraft: Education Edition on your computer or device. Visit https://education.minecraft.net/en-us/get-started/download.
Sign in with your Office 365 Education account, or create one if you don't have one.
Explore the game's features and tutorials to learn how to play and create in the game.
Check out the Minecraft Education website, which has a variety of resources, lesson plans, and community support for educators.
You can also join the Minecraft Education community to connect with other educators and share resources and ideas.
You can also attend Minecraft Education webinars and training events to learn best practices for using the game in the classroom.
If you want to learn how to code with us, visit our courses or camps page.
]]>So, let's start with the basics: What is ChatGPT?
ChatGPT stands for Chat Generative Pre-training Transformer. It is a language model developed by OpenAI. It is a transformer-based neural network that is trained to generate human-like text. It can be fine-tuned for a variety of natural language processing tasks such as language translation, question answering, and text summarization.
ChatGPT is pre-trained on this large dataset and can be fine-tuned for specific use cases using a smaller dataset.
You can try out ChatGPT for yourself by visiting https://chat.openai.com/chat.
You can also learn more about the project on the OpenAI website at https://openai.com/blog/chatgpt.
There are many fun and creative things that kids can discover with ChatGPT. Here are a few ideas:
Chatbot: Children can use ChatGPT to build their own chatbot by fine-tuning the model on a dataset of conversational data. They can then test their chatbot by having it respond to different prompts and questions.
Stories: Children can use ChatGPT to generate their own stories by providing a prompt or a starting sentence. They can then continue the story by using the generated text as inspiration.
Poetry: Children can use ChatGPT to generate poetry by providing a prompt, and the model will generate a poem based on the prompt.
Language translation: Children can use ChatGPT to translate a sentence from one language to another.
Language summarization: Children can use ChatGPT to summarize a piece of text. This can be a fun way to understand a text segment, an article, or even a book by retrieving the main points from them.
Creative writing: Children can use ChatGPT to generate creative writing prompts, which can be a fun way to get inspiration for writing stories, poems, and other creative pieces.
Here are some examples we tried out:
2. Book summarization
And after that,
3. Translation (one interesting feature of ChatGPT is that it keeps the context between different questions)
These are just a few examples of the many things kids can try out with ChatGPT. The possibilities are endless, and children can use their imagination and creativity to come up with their own ideas for how to use the model.
This is a great activity to do with children to entice them further about technology and generate their interest in coding.
Children can also learn to code and work with this tool. The process involves using programming languages such as Python to interact with the model via its API. There are many resources and tutorials available online that can help children learn to code and work with the model. Visit https://openai.com/api to get started.
ChatGPT does, however, require a good level of programming knowledge and computer science and a basic understanding of natural language processing (NLP). It is also important to note that the model is based on deep learning, and it is a complex model, so it may be challenging for children who are just starting to learn programming. It is, therefore, recommended to start with a simpler model or language model for kids to get familiar with the concepts of NLP and how to code with it.
One common use for ChatGPT is to use it as a chatbot, where the model is prompted with a user's message and generates a response. As already mentioned, it can also be used for natural language processing tasks, such as language translation or summarization. Additionally, it can be fine-tuned on specific tasks or domains, such as customer service or technical documentation.
To use ChatGPT, developers can access the model via the OpenAI API, which allows them to input a prompt and receive a generated response. They can also fine-tune the model on their own dataset using the OpenAI GPT-3 fine-tuning library.
Plagiarism is a serious concern when using language models like ChatGPT, as the model is able to generate text that is very similar to existing content. There are a few ways to help prevent children from using the ChatGPT to plagiarize at school.
Children should be educated about the importance of original work and the consequences of plagiarism. They should understand that plagiarism is not only academically wrong but it is also illegal.
Children should be taught how to use the model in a responsible and ethical way, such as by providing proper citation when using text generated by the model.
Parents or teachers can monitor the use of the model by children and periodically check the generated text for plagiarism.
There are plagiarism detection tools available that can scan the text generated by ChatGPT and flag any text that matches existing content. This can help identify and prevent plagiarism.
Encourage children to use the model to come up with original ideas, rather than simply copying and pasting text from the model.
ChatGPT is a powerful tool and should be used in a responsible way by both children and adults. It is also important to use it for educational purposes and not for cheating or dishonesty.
The potential for ChatGPT and other similar language models is endless. They will increasingly be part of our life and integrate with existing software suites that we use on a daily basis.
This will bring plenty of opportunities for developers to build interesting models and applications based on this technology.
If your child is interested to learn more about this technology, let us know on info@geekykids.co.uk.
]]>Our Company:
Geeky Kids have been teaching children Computer Science, coding and problem solving since early 2016. During this time, we have delivered courses to hundreds of students and our curriculum is one of the most varied and comprehensive ones in the UK. We have various courses in Scratch, PicoBoard, Kodu, HTML, JavaScript, Python, Unity, Web Development, Minecraft, Roblox and others.
Our team of freelance teachers have a passion for kids and technology. As we start delivering our courses in Malta, we are currently looking for an experienced part-time freelance teacher to join Geeky Kids to deliver coding courses.
The Role:
The role will be a hybrid one with lessons initially being delivered in schools and subsequently also through Zoom (or similar tools). We will only accept applicants that are willing to do face-to-face tutoring. The ideal candidate will be a tutor specialising in Computer Science and coding.
Duties and Responsibilities:
How to apply
Please email us on jobs@geekykids.co.uk with a copy of your resume.
]]>Create an account on roblox.com. This will give you access to the platform and all of its features.
Install the Roblox Studio software. This is a free software program that allows you to create and edit games on the Roblox platform.
Learn the basics of the Roblox Studio interface and how to navigate it. You can find tutorials and guides on the Roblox Developer Hub.
Learn the basics of the Lua programming language. Lua is the programming language used to create games on the Roblox platform.
Start experimenting with basic scripts and building blocks to get a feel for how the platform works. You can find pre-built scripts and templates on the Roblox Developer Hub to help you get started.
As you gain confidence and skills, you can move on to creating your own games and customizing them to your liking.
Finally, join the online community of Roblox developers and players. You can find and join groups and forums, as well as Discord to get help, share your work, and connect with other developers.
Keep in mind that coding takes time and practice, so don't be discouraged if you don't get the hang of it right away. With time and patience, you will soon be able to create your own games on Roblox.
If you are interested in learning more about Roblox, we have several different courses on this topic. Visit our curriculum page or term courses to learn more.
Feel free to reach out to us if you have any questions.
]]>This is the time when kids are super-charged and ready for school after a good dose of sun and sea. Some of them look forward to meeting their new teacher, some the new books or meeting friends etc. Nicholas Camilleri tells us why coding is such a great extracurricular activity for children.
Nicholas Camilleri: When it comes to classes and clubs, your sky is the limit. Gymnastics, art, drama, music, taekwondo, football, swimming … the possibilities are endless, especially around South West London. So what do you choose and how? We believe coding is still overlooked, so here are a few reasons why we think you should consider coding for your child at an early age.
Coding may not sound like your typical after-school activity, but think again! First off, variety is always a positive thing and having an exciting set of varied activities after school is important. Also, it’s important to remember that some children are stimulated more by mental activities rather than physical ones. Catering to each individual child’s needs is important.
Nicholas Camilleri: Good programmers are in high demand, now more than ever before! There are far too many software engineering jobs and not enough programmers. Computing is pushing the limits in every industry, be it robotics, biotechnology, aerospace, cars, banking, and oil exploration, to name a few. Companies are willing to do and pay anything to attract the right talent. If coding or programming is something your child is considering for the future, help them stand out by starting them off early with us.
Nicholas Camilleri: Here at Geeky Kids, we value the children we work with and dedicate time and attention to them individually. Monitoring the children and ensuring they are taking the right course is key. Especially given the vast selection of courses available, it is easy for a child to end up in the wrong course if not attentive. Teachers observe the progress of each student as an individual and record attendance. As the end of the term approaches, we use this information to recommend the right course for the next term as well as keep parents informed of their child’s progress.
Children learn about team work through our programme. We make sure that groups of children work together, and we foster a collaborative environment where children share ideas with one other. We have numerous introductory courses in different programming languages, specifically designed for children. We have game development, web design, and Python, and now we are starting to introduce the more experienced groups to advanced topics such as machine learning and data science. We do not stop creating new content ... ever!
Some schools are starting to incorporate coding into their curriculum, but this is still very limited, especially in primary schools. This means your child will have the opportunity to get ahead by joining our coding club, if their school does not provide the resources for them. This programme is not just helpful for children! Different locations and times provide numerous options for parents and children in the area. We want to make sure it is as convenient as possible for all.
Nicholas Camilleri: Our lead teacher is a PhD graduate, and we have various other experienced computer science teachers, mainly coming from independent schools based in central London. We also employ a number of second- and third-year computer science students from universities around the area. This ensures we have the right mix of teachers. Kids typically identify more with young people, so it is a great opportunity for them to meet these students, allowing them to get a picture of what their future could be like. We are constantly looking out for teachers, so if you love coding and children, please reach out to us!
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