Latest Events in Wolverhampton(July Updated)

Information Source: Kingswood Trust | eventbrite

Event description Calling all Princesses and Princes for a magical concert singing the enchanting songs from your favourite movies. General Info The Halls, Wolverhampton 13th July 2025 Doors Open - 13:30 Show Starts - 14:15 Show Finishes - 15:30 The advised age limit for this event is 3+. Under-2's do not require a seat if sat on a parent or guardian's lap throughout the show. Please note 16 year olds or over must purchase an adult ticket. Programme The Princess Proms in Wolverhampton. We invite you to an enchanting concert singing the magical themes from your favourite Princess movies inc. Frozen, Cinderella, Little Mermaid plus many more. Performing the magical music of: Frozen / Cinderella / Moana / Beauty and the Beast The Little Mermaid / Tangled / Aladdin Swan Princess / Thumbelina / Wicked The Greatest Showman / Anastasia Disclaimer: The Enchanted Voices and its events are not affiliated with the films and composers listed. All trademarks are the property of their respective owners. FAQ's 1. Can I get a refund if I cannot attend the event due to illness, COVID, or any other reason? Unfortunately, according to our policy, tickets are non-refundable unless the event is cancelled or rescheduled. However, you have the option to resell or transfer your tickets since we do not require names for entry. Please note that contracting COVID or any other illness does not qualify for a refund. 2. I haven’t received my tickets/confirmation email. How can I find it? In many instances, guests who are unable to locate their tickets may find that their email address was misspelt. Additionally, if you used PayPal or Apple Pay, your tickets may have been sent to the email address associated with those accounts. If you still cannot find your tickets, please contact us at info@enchantedvoicesofficial.com 3. Can my tickets be transferred to another event? If there is availability, ticket transfers are possible. Please contact us at In many instances, guests who are unable to locate their tickets may find that their email address was misspelt. Additionally, if you used PayPal or Apple Pay, your tickets may have been sent to the email address associated with those accounts. If you still cannot find your tickets, please contact us at info@enchantedvoicesofficial.com for further assistance. However, if the event is sold out, we cannot accommodate a transfer as there are no available spaces left. 4. Will there be more tickets available if the event is sold out? If the event is sold out, we will not release any additional tickets or sell them at the door due to maximum capacity and health and safety regulations. 5. Is there a waiting list for sold-out events? We do not have a waiting list. However, you can check for resale tickets on Twickets, an official fan-to-fan ticket resale platform. 6. Do you offer concessions for disabled attendees? Yes, we provide a free Personal Assistance ticket for registered disabled individuals upon receiving supporting documents such as PIP or Access Card. Please contact us at info for assistance. 7. Is the venue accessible? Our events take place in various locations across the UK. Please check the venue's website for information on accessibility. 8. I purchased an Access ticket. Where is the ticket for my Carer? The Access ticket already includes an entry for your Carer, meaning that 1 ticket admits 2 people. 9. Is there a dress code? There is no strict dress code for the event. We recommend wearing comfortable clothing and shoes. However, if the event is being held in a cathedral, we kindly ask that you refrain from wearing high heels as they may cause damage to the cathedral flooring. 10. How can I contact you if I have furtherquestions? Feel free to email us at info@enchantedvoicesofficial.com. Our customer support team will respond to your inquiry as soon as possible. Please note that during busy periods, response times may be up to 48 hours. Please note that in-line with normal consumer standards for ticket purchases, tickets for Enchanted Voices are non-refundable, unless we move the event or cancel it. Should you no longer be able to attend, you are welcome to gift your tickets onwards as we do not use names on the tickets as a condition of entry. Disclaimer: The Enchanted Voices and its events are not affiliated with the films and composers listed. All trademarks are the property of their respective owners. Information Source: Enchanted Voices | eventbrite

Information Source: Kingswood Trust | eventbrite

Please bring a packed lunch to enjoy in picnic style as part of the fun of this holiday club. Information Source: Kingswood Trust | eventbrite

Please bring a packed lunch to enjoy in picnic style as part of the fun of this holiday club. Information Source: Kingswood Trust | eventbrite

Be part of the continuing evolution of Battle Arena and come and watch the wolrds top mma fighters compete in Battle Arenas first stand alone pro show fighters from 12 countries will be fighting in Birmingham and you know this show is going to go off with the Battle Arena trademark boooom!!! Information Source: Battle Arena | eventbrite

Be part of the continuing evolution of Battle Arena and come and watch the wolrds top mma fighters compete in Battle Arenas first stand alone pro show fighters from 12 countries will be fighting in Birmingham and you know this show is going to go off with the Battle Arena trademark boooom!!! Information Source: Battle Arena | eventbrite

In this playful and creative workshop, young designers are introduced to the idea of architecture through the eyes of a plant. With a seedling as their special “client,” children are invited to imagine, draw, and build a perfect plant home—one that keeps it warm, watered, and full of sunshine! Designed especially for younger children, this workshop supports creative thinking, empathy, and an understanding of how we can use design to help living things thrive. It’s a joyful blend of science, art, and imagination—and every child leaves with a growing reminder of their own ideas. Philip Wells is a Chartered Architect and founder of a RIBA-accredited architectural practice, with a passion for creative learning and education outreach. Since 2014, he has delivered architecture-based workshops in schools across Central and SW London and is an active RIBA Architectural Ambassador. His past work includes serving as Lead Architect on the award winning Halley VI Antarctic Research Station (Hugh Broughton Architects) and contributing to the Millennium Bridge in London at Foster + Partners. Philip specialises in using architecturaldesign to unlock creative thinking in young people through hands-on, curriculum-connected experiences. This workshop is strictly for ages 7–8 only. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

Students will explore the difference between acids and alkalis and how they react to form a salt. Using this knowledge they then make their own personalised bath bombs. The workshop also allows students to discover the properties of oils and waxes and how they are able to dissolve into one another, which they use to create their own lip balms. This workshop is a great introduction to pH, neutralisation, solubility and changes. This workshop is strictly for 9–11 year-olds and will include a 30 minute supervised lunch break. Students should bring lunch and a drink. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

In this hands-on workshop, children become eco-architects tasked with designing the perfect miniature home—not for a human, but for a plant! By working with real seedlings and exploring the basic needs of living systems, students learn to think empathetically and creatively. Guided by the question “What would a plant want from its home?”, children explore how living things depend on light, air, water, and warmth to grow—and how architecture can respond to these needs through clever, child-led design. “Designing for Plants” blends elements of science, citizenship, and creativity into a joyful, memorable experience where the young architect is in charge—and the client has roots! Philip Wells is a Chartered Architect and founder of a RIBA-accredited architectural practice, with a passion for creative learning and education outreach. Since 2014, he has delivered architecture-based workshops in schools across Central and SW London and is an active RIBA Architectural Ambassador. His past work includes serving as Lead Architect on the award winning Halley VI Antarctic Research Station (Hugh Broughton Architects) and contributing to the Millennium Bridge in London at Foster + Partners. Philip specialises in using architecturaldesign to unlock creative thinking in young people through hands-on, curriculum-connected experiences. This workshop is strictly for ages 9–11 only. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

Students will explore the difference between acids and alkalis and how they react to form a salt. Using this knowledge they then make their own personalised bath bombs. The workshop also allows students to discover the properties of oils and waxes and how they are able to dissolve into one another, which they use to create their own lip balms. This workshop is a great introduction to pH, neutralisation, solubility and changes. This workshop is strictly for 7-8 year-olds and will include a 30 minute supervised lunch break. Students should bring lunch and a drink. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

What if the strongest shape in the world… isn’t a square? In this hands-on architecture and design workshop, students aged 12–14 explore the bold ideas of Buckminster Fuller—an innovator who believed that triangles, not rectangles, were nature’s true building blocks. Students will investigate how geometry shapes the world around us, from honeycombs to domes to molecules. They’ll learn why the tetrahedron—a three-sided pyramid—is stronger than it looks, and how geodesic structures use simple shapes to create lightweight, stable forms. Along the way, they’ll experiment with different methods of making using art straws,cocktail sticks, polystyrene balls, and modular origami. The workshop combines individual thinking and collaborative teamwork, with plenty of discussion, drawing, and building. A final challenge lets students test their ideas using cocktail sticks and marshmallows to build a dome structure of their own design. “Build Like Bucky” stretches spatial awareness, creativity, and engineering intuition in a fun, engaging setting. It links geometry and design to real-world ideas—and encourages young people to reimagine how we think about space, strength, and structure. Philip Wells is a Chartered Architect and founder of a RIBA-accredited architectural practice, with a passion for creative learning and education outreach. Since 2014, he has delivered architecture-based workshops in schools across Central and SW London and is an active RIBA Architectural Ambassador. His past work includes serving as Lead Architect on the award winning Halley VI Antarctic Research Station (Hugh Broughton Architects) and contributing to the Millennium Bridge in London at Foster + Partners. Philip specialises in using architecturaldesign to unlock creative thinking in young people through hands-on, curriculum-connected experiences. This workshop is strictly for ages 12-14 only. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

This workshop looks closely at the evolutionary arms race between bacteria and the host immune system and how different strains of bacterial species evolve over time. In this workshop, students investigate four fictional bacterial outbreaks by performing restriction enzyme digests on DNA samples isolated from each of the scenes. Using gel electrophoresis, they will then compare the banding patterns to reference samples of known strains. Students will then decide what advice to give their colleagues at the scene of the outbreaks or whether the samples need further investigation. This workshop is strictly for 15–18 year-olds and will include a 30 minute lunch break, during which students will be allowed to leave the Ri building. Students should bring lunch and a drink. We reserve the right to refund or deny entry to those who are not in this age range. Please note that closed toe shoes must be worn as this workshop takes place in our lab. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

In this engaging workshop, kids will be introduced to the exciting world of game theory, where maths meets decision-making and strategy. Through fun, interactive activities, participants will explore simple concepts like zero-sum and non-zero-sum games, and what it means when a game has complete information. We'll wrap it all up by playing a kid-friendly version of the classic Prisoner’s Dilemma, helping young thinkers discover how choices affect outcomes—not just for themselves, but for everyone involved! This workshop is strictly for ages 9–11 only. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

Join us for a hands-on math adventure where little builders dive into the fascinating world of fractals! In this playful workshop, kids will explore the Sierpinski Triangle in 2D using simple drawing activities, then bring it to life in 3D with spaghetti and marshmallows. Along the way, they’ll discover how patterns repeat, shrink, and grow—just like magic! This workshop is strictly for ages 7–8 only. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

What if you could measure gravity using just a toy car and a ramp? In this hands-on physics workshop, teens will derive the "suvat" equations from first principles—exploring how displacement, velocity, acceleration, and time are linked in motion. Once the maths is mastered, it’s time to hit the track: participants will set up a simple experiment with an accelerating toy car on a ramp, recording times and distances to gather real data. Using their equations and results, they’ll calculate the acceleration due to gravity (g) and see how close they can get to the real value of 9.8 m/s². This workshop is strictly for ages 15–18 only. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

Students will extract their own DNA and walk away with a small piece of it in a necklace for them to wear. Working in a real science lab and using their own cheek cells, students will extract their DNA using enzymes and use ethanol to separate it from the solution, ready to transfer into their own necklace. This workshop is a great early introduction to enzymes and DNA. This workshop is strictly for ages 9–11 only. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

Step into the world of digital thinking! In this workshop, teens will decode the binary number system—the language of computers—and discover how simple on/off states power complex technology. Through hands-on challenges, participants will construct logic gates using dominos, exploring how basic principles like AND, OR, and XOR form the building blocks of computing. The final challenge? Team up to build a working half adder, combining logic and physics to simulate how computers add binary numbers. This workshop is strictly for ages 12–14 only. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

Students will extract their own DNA and walk away with a small piece of it in a necklace for them to wear. Working in a real science lab and using their own cheek cells, students will extract their DNA using enzymes and use ethanol to separate it from the solution, ready to transfer into their own necklace. This workshop is a great early introduction to enzymes and DNA. This workshop is strictly for ages 9–11 only. We reserve the right to refund or deny entry to those who are not in this age range. Please note that closed toe shoes must be worn as this workshop takes place in our lab. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

The workshop will introduce students to the features of the BBC Micro-bit, a programmable device with powerful features, despite only being the size of a credit card. Students will programme the Micro-bits to perform a series of tasks exploring the light, sound, radio and movement features. No previous experience of the BBC Micro-bit is required. Please note: This workshop is strictly for ages 7-8 only. We reserve the right to refund or deny entry to those who are not in this age range. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. About Speaker: Russell Harkin is a teacher of maths and computing who has taught and worked in computing for over thirty years. Having previously taught in the university sector, Russell now enjoys introducing the potential of computing to schoolchildren, so that they can enjoy the technology and use it responsibly and with confidence. Information Source: The Royal Institution | eventbrite

In this workshop, students get to experience what it would be like to work in a forensics lab by investigating a fictional crime scene scenario. They will evaluate the crime scene and suspect DNA samples using modern molecular biological techniques including restriction digests and gel electrophoresis. They will compare the bands formed on the gels to identify the criminal. This workshop is a great introduction to genetics and forensic analysis. Students will learn how scientists would approach a crime scene situation and how to pour and load gels, a process that many students do not have practical exposure to before attending university. This workshop is strictly for 12–14 year-olds and will include a 30 minute lunch break. Students should bring lunch and a drink. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

This session investigates the journey from the Big Bang, through inheritance, variation, adaptation and evolution to the variety of life we see on the planet today. Morning Session – 7-8 Year OldsUsing a variety of games and activities, we will look at how life on earth has changed over time and investigate why that happened and why it took so long. Children will be gently introduced to the concept of instructions within our bodies, how those instructions might change and what difference that might make to an animal.We will round off the session using science equipment to extract some of those instructions from fruit. This workshop is strictly for ages 7–8 only. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

Through activities and games we will investigate the concept of evolution through changes in our DNA – the body’s natural set of instructions. Children will be introduced to the steps leading up to evolution and some of the scientific vocabulary to describe how those changes have occurred over time to take us from single celled life through to the most complex life forms on the planet today - us. To consolidate learning, we will finish off by using a variety of science equipment and measurements to extract strands of DNA from fruit. This workshop is strictly for ages 9–11 only. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

In this workshop, students get to experience what it would be like to work in a forensics lab by investigating a fictional crime scene scenario. They will evaluate the crime scene and suspect DNA samples using modern molecular biological techniques including restriction digests and gel electrophoresis. They will compare the bands formed on the gels to identify the criminal. This workshop is a great introduction to genetics and forensic analysis. Students will learn how scientists would approach a crime scene situation and how to pour and load gels, a process that many students do not have practical exposure to before attending university. This workshop is strictly for 15–18 year-olds and will include a 30 minute lunch break, during which students will be allowed to leave the Ri building. Students should bring lunch and a drink. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

The workshop will introduce students to the features of the BBC Micro-bit, a programmable device with powerful features, despite only being the size of a credit card. Students will programme the Micro-bits to perform a series of tasks exploring the light, sound, radio and movement features. No previous experience of the BBC Micro-bit is required. This workshop is strictly for 12–14 year-olds and will include a 30 minute lunch break. Students should bring their lunch and a drink with them. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

In this workshop students will discover what a colour actually is, understand how objects become coloured, and how chemists can manipulate these aspects to produce dyes and pigments. The session will begin with a brief overview of light and colour mixing. This leads on to a discussion of how colour arises through removal of specific wavelengths of light, and both additive and subtractive colour mixing. The students then discover how chemical bonding can lead to colour, and they produce both natural and synthetic dyes. The final part of the workshop pitches the students against a ‘real-life’ analytical chemistry scenario during which they will devise their own experiment using aspects of concentration, pH and colourimetry to solve a colourful problem. This workshop is strictly for 15–18 year-olds and will include a 30 minute lunch break, during which students will be allowed to leave the Ri building. Students should bring lunch and a drink. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

In this workshop with Dr Satinder Shergill , John Davies and Rob Swinney of the Initiative for Interstellar Studies, maths, science and engineering come together to show how humankind can reach the outer solar system and travel beyond that to the stars.  Using the work of three great thinkers, Al-Khwarizmi, Newton and Tsiolkovsky, students will use scientific and mathematical concepts to work out all manner of things from how fast a skateboard travels to and practical results with rocket balloons, to how long it will take to fly to distant stars.  A truly astronomical day!" This workshop is strictly for 12–14 year-olds and will include a 30 minute lunch break. Students should bring lunch and a drink. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

In this workshop students will discover what a colour actually is, understand how objects become coloured, and how chemists can manipulate these aspects to produce dyes and pigments. The session will begin with a brief overview of light and colour mixing. This leads on to a discussion of how colour arises through removal of specific wavelengths of light, and both additive and subtractive colour mixing. The students then discover how chemical bonding can lead to colour, and they produce both natural and synthetic dyes. The final part of the workshop pitches the students against a ‘real-life’ analytical chemistry scenario during which they will devise their own experiment using aspects of concentration, pH and colourimetry to solve a colourful problem. This workshop is strictly for 12–14 year-olds and will include a 30 minute lunch break. Students should bring lunch and a drink. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

In this workshop with Dr Satinder Shergill , John Davies and Rob Swinney of the Initiative for Interstellar Studies, maths, science and engineering come together to show how humankind can reach the outer solar system and travel beyond that to the stars.  Using the work of three great thinkers, Al-Khwarizmi, Newton and Tsiolkovsky, students will use scientific and mathematical concepts to work out all manner of things from how fast a skateboard travels to and practical results with rocket balloons, to how long it will take to fly to distant stars.  A truly astronomical day!" This workshop is strictly for 15–18 year-olds and will include a 30 minute lunch break, during which students will be allowed to leave the Ri building. Students should bring lunch and a drink. Refunds can only be issued for tickets cancelled at least two weeks (14 calendar days) in advance of the event date. Please note that this supersedes our normal event terms and conditions. Information Source: The Royal Institution | eventbrite

Welcome to the Bantock House Spring Gift and Craft Fair ! Join us for a day filled with unique gifts and handmade crafts. Browse through a variety of over 30 stalls offering one-of-a-kind items perfect for yourself or as gifts for loved ones. Don't miss out on this opportunity to support local artisans and find something special! Information Source: Hula Bee | eventbrite