Bachelor of Arts (Hons) in Events Management with Placement Year

at Leeds Beckett University - Headingley Campus United Kingdom

Taught at one of the largest providers of sport in UK higher education – this course will allow you to apply the principles of sport and exercise biomechanics to support and enhance your understanding of human performance and injury.

As part of your course you’ll:

• Examine the function and movement of the human body through laboratory data collection – employing cutting-edge technology such as 3D motion analysis, multicomponent dynamometry and neuromuscular imaging
• Critically assess a broad range of theories, methodologies and research findings
• Learn how to apply theories, strategies and methodologies in appropriate ways
• Develop empirical rigour in identifying solutions to complex problems

Your learning will be inspired by the very latest insights, and you’ll be supported by tutors who are engaged in research and scientific support within the areas of neuromuscular assessment and the optimisation of athletic performance.

Your teaching team have provided support and coaching interventions for Olympic athletes. Under their guidance, you’ll be able to put your learning into practice working with university sports teams, professional sports clubs and elite performers.

We’re committed to giving you hands-on design experience.

As part of your course, you’ll:

• Learn through doing
• Gain a thorough grounding in electronics and how to apply, design and maintain them within a system from concept to the final electronic device
• Learn traditional theories and develop electronic products and systems
• Get involved in live projects that provide you with an opportunity to practise your skills straight away
• Develop expertise across a variety of topics such as configuring electronic devices through software, designing electronic products or programming embedded systems
• Understand how to find sustainable solutions to problems

You’ll develop skills that will allow you to make a difference to companies across a range of sectors. From the defence industry to controlling food manufacturing plants, this course will leave you well placed to pursue a career in whatever area interests you the most.

Learn to design and implement robotic products and systems that have the potential to revolutionise our everyday lives and working practices.

As part of your course, you’ll:

• Study the theoretical principles behind robotics and automation and have the opportunity to put these principles into practice
• Work with basic robots
• Spend time in the lab learning simple programming and systems
• Develop knowledge to understand more complex and sophisticated systems used in industry
• Build your own robots in two separate engineering design projects
• Refine your skills in the designing, building and testing of electronic and electrical systems
• Build circuits to establish how they work

Develop in-depth skills in computer science and prepare to work with cutting-edge technologies in industry by blending theory with practice on this advanced qualification that will make you stand out to employers.

As part of this course, you’ll:

• Study some of the principles and technologies that are dominant within the ‘fourth industrial revolution’
• Identify, explore and develop radical applications of technology, such as smart automation and development of cloud-based services
• Address some of the areas within STEM, contextualising knowledge to real-time scenarios and application to problems in industry
• Build on your existing knowledge of software engineering, networking systems, communications, systems development, cloud computing, robotics and artificial intelligence
• Develop project management skills as well as professional and technical attributes

While Computer Science traditionally contains a lot of theory, our approach is very applied, and you’ll be encouraged to think about problem solving in an industrial context.

Drawing on expertise from within the School of Built Environment, Engineering & Computing, you’ll be directed and motivated to work on advanced concepts in computer science, including for your dissertation.

Be part of the robotics revolution - make robots come 'alive' and develop their ability to think and make decisions that assist human activity.

This integrated master’s is studied over four years and combines undergraduate and postgraduate study in one course.

As part of your course, you’ll:

• Work hands-on with robotics
• Learn how to program hardware and software for real-life case studies, such as a discovery robot that will navigate and interact with its environment through a range of sensors, including infra-red, sonar, cameras and GPS
• Gain problem-solving skills that are crucial to engineering

As well as a year in industry, you’ll have the opportunity to make site visits and attend industry conferences. This will help build your network of contacts and give you an insight into the latest advancements in robotics engineering.

Build on your existing knowledge of cyber security and digital forensic to prepare for a career across these intricate disciplines.

As part of this course, you’ll:

• Gain a critical appreciation and understanding of the more complex elements of cyber security and digital forensics, combining both academic principles and industrial needs
• Develop skills that reflect industry requirements through employer engagement
• Take part in scheduled sessions including lectures, lab exercises and discussion groups
• Participate in activities such as simulations, role-play, case studies, projects, practical work, work-based learning, workshops, peer tutoring, peer group interaction, self-managed teams and learner managed learning
• Conduct critical research and professional analysis, develop solutions, evaluate your work and create a report to present to your supervisors through a dissertation project

Be part of the robotics revolution - make robots come 'alive' and develop their ability to think and make decisions that assist human activity.

This integrated master’s is studied over four years and combines undergraduate and postgraduate study in one course.

As part of your course, you’ll:

• Work hands-on with robotics
• Learn how to program hardware and software for real-life case studies, such as a discovery robot that will navigate and interact with its environment through a range of sensors, including infra-red, sonar, cameras and GPS
• Gain problem-solving skills that are crucial to engineering

As well as a year in industry, you’ll have the opportunity to make site visits and attend industry conferences. This will help build your network of contacts and give you an insight into the latest advancements in robotics engineering.

As part of this course, you’ll:

• Develop your identity as an emerging practitioner
• Work with children and young people across the 3-18-year age range within mainstream and specialist settings
• Begin to develop ideas to promote inclusion for all learners
• Use a psychological perspective to explore how children learn
• Identify how to support children’s needs through best practice and overcoming barriers to participation
• Learn how to create inclusive and enabling environments
• Investigate the importance of whole-school approaches when working with displaced children who have experienced trauma
• Work with stakeholders including families, education, health, and care services in educational settings to understand the policy and practice behind their collaboration
• Explore key issues in safeguarding to understand best practice

Blend your passion for sport with business management expertise and real-world leadership skills.

As part of your course, you’ll:

• Examine key business areas, including marketing, finance, economics, enterprise, strategy and events management, and their relationship with sport
• Study digital analytics and gain key skills that support today's global businesses
• Learn about the increasing professionalisation of sport and investigate the requirements of governance
• Explore how the changing needs of the consumer have transformed sport into one of the most lucrative industries in the world
• Recognise and seize new and exciting opportunities in broadcasting, licensing and merchandising

You could work in high-performance sport, sports development or other environments where superior levels of athleticism are required.

As part of your course, you’ll:

• Learn how to optimise human performance so that athletes of all abilities and sports can perform optimally while minimising their risk of injury
• Study the biomechanics and physiology of the human body
• Focus on the development of strength and power and cardiovascular adaptations to aid training and performance
• Learn to understand the perspectives of other practitioners, including nutritionists, physiotherapists and psychologists
• Have the opportunity to design and implement a programme for athletes or specific populations
• Apply your theoretical knowledge to real-life situations
• Establish positive working relationships with a wide range of people, including players, athletes, officials, coaches and parents