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77 Educators providing Computing & IT courses in Chester

InnovateHer

innovateher

Liverpool

Only 19% of the digital tech workforce in the UK is female, compared to 37% across all sectors. It’s proven that the gender gap costs the tech sector time and money, but it also contributes to the challenges we have sourcing talent and widens the digital skills gap. Our exploration of diversity Our journey began in 2013, as Liverpool Girl Geeks. We created a community of like-minded people in Liverpool who wanted to progress gender equality in tech. In the beginning we organised meet ups for adults, but we soon realised that we could make a real difference if we mobilised the community, so we began running educational programmes led by industry with the aim of helping minority groups progress. In 2015 we launched our first educational programmes for teens. We recognised that we needed to work with girls as young as twelve to tackle the gender stereotypes that are so entrenched within women by the time they reach adulthood. What we noticed within our first few cohorts of teen girls was the lack of background diversity. Students that attended were from similar backgrounds, with supportive parents who may already work in tech (or a related field), from mostly white families, who could afford to bring their child to the sessions we were hosting in Liverpool City Centre each week. Our Co-Founders are women who have both grown up in low income families and wanted to make sure that our programmes reached girls from different backgrounds. As two (relatively young!) white women, they were also acutely aware that we needed to work with a diverse set of industry mentors to ensure that we had a broad range of people of all ages, backgrounds and identities to inspire the students. This includes working with male role models too, as we don’t want to exclude anyone from our mission. A turning point was at the Big Bang Fair in 2016, where we were exposed to hundreds of schools across the U.K. The students that attended were from different nationalities, ethic backgrounds and a multitude of faiths. We realised that to engage a truly diverse range of young people we had to remove all barriers to them accessing our programmes. Shortly afterwards we rebranded as InnovateHer and took our educational programmes into schools. We prioritised working in disadvantaged areas across Liverpool and Manchester. Since then we have worked with girls from a broad range of backgrounds; including families who are asylum seekers, looked after children, girls in faith schools and girls who identify as non-binary, trans or queer.

Fun 2 Code

fun 2 code

Ellesmere Port

Fun 2 Learn Code offers coding classes and day camps for children and teens in the Austin area to learn the fundamentals of computer programming and video game development. working on a Scratch project We provide two types of learning opportunities for students: group classes and labs. After-school, homeschool and weekend options are available. No prior programming experience is needed for any of our labs and most of our classes. We also host monthly Coding Nights and periodic workshops. Classes Our group classes are instructor-led and cover a specific program or platform for a certain number of weeks. Classes are designed for beginner and intermediate level students. Options include Introduction to Coding, Minecraft Mods, Video Game Development, Python, Virtual Reality, Keyboarding and others. Labs In our coding labs, students are encouraged to explore technologies that interest them and to work at a pace that they enjoy. We offer ongoing year-round enrollment for our labs, so students can join at any time. Options include Scratch, Python, Java, video game development, Minecraft Mods, Unity, mobile app development, Javascript, web development, 2D/3D graphic design and animation, and more! No previous programming experience is required since the curriculum is geared to each one’s level and pace. Our classes and labs are held at our studio in Round Rock, located at 416 Chisholm Valley Drive. We also host workshops at other locations in the Austin area, including libraries and schools.

Read Faster

read faster

London

With over 35 years commercial experience in building running and managing businesses operating across International markets in many channels I found this course to be hugely beneficial. As someone famously said I was so impressed I bought the company. Whether it is long commercial or legal documents, the endless trail of emails that flood our phones and computers more and more precious time is being taken up reading. Bu understanding both the mechanical and psychological elements that go into “smart reading” we can help you increase both the speed at which you read and also retain more of the understanding of what you have read. These courses have been proven over 30 years and thousands of satisfied customers (many in the public sector) and now more than ever before do we need to be able to read effectively. At our latest course in Durham the group on the course averaged more than a doubling of the speed at which they could read by the end of the day – oh and to add to that the understanding of what they had read also increased significantly — a real win – win. Just imagine what you could do with the time you would save each week ! Meet the Team From start up’s through to multi national organisation Tim’s expertise and commercial acumen has helped deliver profitable growth across many differing businesses. Dedicated to helping people get the most out of every opportunity in their work life balance. I always see opportunity and get great satisfaction in seeing people grow and develop their skills through the various training and development courses. Outside of work most Saturdays sees me involved in Rugby in some way shape or form (coaching / managing) and even still pull on the boots on the odd occasion, best rugby memory was playing in a game where both my sons were playing.

Infrared Training Limited

infrared training limited

Liverpool

Infrared Thermography is the technique that uses an infrared imaging and measurement camera to “see” and “measure” invisible infrared energy being emitted from an object. Thermal, or infrared energy, is energy is not visible because its wavelength is too long for the sensors in our eyes to detect at temperatures below 525 degree Celsius. It is the part of the electromagnetic spectrum that we perceive as heat. Unlike visible light, in the infrared spectrum everything with a temperature above absolute zero emits infrared electromagnetic energy. Even cold objects such as ice cubes emit infrared radiation. The higher the temperature of the object, the greater the infrared radiation emitted. The Infrared camera converts the radiation into an electrical output to form a two dimensional image and allows us to see levels of energy that our eyes cannot discern! In the industrial/commercial environment, almost everything gets hotter or cooler before it fails, making infrared cameras extremely valuable diagnostic tools with many diverse applications. As industry strives to improve manufacturing efficiencies, manage energy, improve product quality, and enhance worker safety, new applications for infrared cameras continually emerge. Energy loss, especially form structure, has been highlighted in the latest building codes and faulty refractory or insulation in industry adds to the outlay for energy, increasing consumption and raising the cost of products. There is no better inspection techniques that Infrared Thermography to find these thermal anomalies. Thermography is used in so many industries for such a variety of application, it is no wonder that most companies have looked into using this technology in some form. The list of applications is limited by imagination but include:

University of Chester

university of chester

3.9(217)

Chester

The institution's original buildings were the first in the country to be purpose-built for the professional training of teachers. The first cohort of 10 male student teachers had been taught in temporary premises in Nicholas Street from February 1840, until increasing student numbers led to a move to further temporary accommodation in Bridge Street later that year. The need for a permanent site led the Dean and Chapter of Chester Cathedral to donate land adjacent to Parkgate Road and the new facilities were opened in 1842 for the 50 student teachers and their school pupils. The Parkgate Road Campus has subsequently been developed to accommodate the needs of students and the University still provides higher education in this location and at other sites in the city and beyond. Education qualifications remain significant and are now a fraction of the 420 course combinations on offer. In the 20th Century, the institution steadily expanded its student numbers and the variety and nature of its courses, which range from Animation to Zoo Management. The University of Chester now has over 1,700 staff and some 20,000 students, drawn from the United Kingdom, Europe and further afield, particularly from the United States, India, China, Nigeria, Turkey, Uganda, Pakistan, Ghana, Bangladesh, Qatar, Indonesia, Vietnam, Japan, Sri Lanka and Malaysia. As well as undergraduate and postgraduate degrees, a new range of foundation degrees and apprenticeship degrees combines conventional university study with learning at work. MPhil and PhD qualifications are an established and growing area of activity, with the University gaining the powers to award its own research degrees in 2007. The emphasis is very much on research that has practical benefits both economically and culturally, and the University provides consultancy support across a variety of areas of expertise. Recent projects have included helping to develop England’s first ‘carbon neutral’ village, discovering a vitamin compound which reduces the risk of heart disease and dementia, translating the Bible into British Sign Language, and research into understanding the psychological impact of cancer to improve wellbeing and quality of life for patients and their families. Development of well-respected courses in Health and Social Care, Humanities, Business and Management, Arts and Media, Social Sciences, Science and Engineering, Medicine, Dentistry and Clinical Sciences, and Education and Children’s Services has further extended the University’s work and connections with industry, commerce and the professions. Many millions of pounds are continually invested in the accommodation and resources to enhance the student experience and there is a strong focus on making students feel supported and at home. Recent developments include the addition of two large accommodation blocks (Grosvenor and Sumner Houses) and a significant expansion of the learning resource centre at the Parkgate Road Campus. The Handbridge former Western Command Army HQ, in which Winston Churchill held wartime meetings with international politicians, is now the Queen’s Park Campus and opened for the academic year 2015/16 as a base for the Faculty of Business and Management, educating the leaders of tomorrow. This followed the launch of Thornton Science Park in 2014/15, hosting the UK’s first new Faculty of Science and Engineering in two decades and bringing together teaching and research with business and innovative industry practices on one site.