Bachelor of Science (Hons) in Architectural Engineering (Optional Placement)

at University of Plymouth United Kingdom

The impact of human activity on our marine ecosystems has become more evident and high profile in recent years, such as from overfishing, habitat destruction, pollution, coastal development, plastics and climate change. So what do we do about it – how can we preserve and recover marine habitats and species populations while also allow sustainable use and exploitation of our seas?

This new MSc program, taught by leading experts in the field, focuses specifically on marine conservation in practice and is targeted at producing the next generation of ocean guardians with the skill set to address this question. The MSc Marine Conservation program does not have any exams within its range of assessments.

Key features

Gain advanced theoretical and practical knowledge from our world-leading experts in intelligent and autonomous systems. Graduate ready to pursue an exciting career in the robotics industry and academic research. Help resolve real-world problems in areas such as home automation, robotic assistance, agriculture, medicine, transportation, art and entertainment, deep-sea or space exploration.

On this programme you’ll gain a solid and broad understanding of the latest developments and issues in robotics. You’ll build theoretical and practical knowledge of control and design as well as covering the interface between real-world devices, autonomous processing and evaluation of acquired information. You’ll investigate user interaction and intelligent decision-making and immerse yourself in an innovative project inspired by the latest developments in technology and society. You’ll have access to a robotics club and to a seminar series so that you can keep up-to-date with advances in the industry and academia

Key Features

This MSc equips graduates of engineering or science degrees with the knowledge and skills needed to work within the coastal engineering industry. You'll study core topics in coastal and port engineering, be introduced to numerical modelling techniques, obtain hands-on experience of using state-of-the-art software tools and carry out physical modelling of coastal structures within the COAST laboratory.

Study the theory of waves, tides, surges and modern techniques in coastal data collection and analysis, including GIS and remote sensing. You also study core topics in coastal and port engineering, gain research skills, are introduced to numerical modelling techniques and obtain hands-on experience of using state-of-the-art software tools.

Key Features

• Equips engineering and science graduates with knowledge and understanding of engineering and coastal processes enabling them to work in this strategically important sector.
• Learn how to quantify the loading effects of waves, tides, surges and manage the influences of climate change: sea level rise and greater storminess.
• Discover how coastal structures - breakwaters, groynes, sea walls - are designed to protect against flooding and coastal erosion.
• Understand how modern ports are designed for the needs of international trade.
• Work in our acclaimed COAST laboratory to develop skills in physical modelling and interact with our COAST researchers or collect data in Plymouth Sound.
• Obtain hands on experience in numerical modelling using modern industry software.
• The program is accredited as meeting the requirements for Further Learning for a Chartered Engineer (CEng) for candidates with an Accredited CEng (Partial) BEng (Hons) or an Accredited IEng (Full) BEng/BSc (Hons) undergraduate first degree.

Discover why art from the past still matters to our modern society in the city that spawned Joshua Reynolds, the first president of the Royal Society. Learn what art can teach us about the past and how it can help us shape a better future. Build links with art historians and archivists and prepare for a career in the art world through our connections with high profile, international institutions like the National Gallery and Tate Britain, and benefit from the contacts of our published academics.

Key Features

• Art throughout history. Art history at Plymouth enables you to explore our complex past and navigate visual culture. Let our immersive modules take you across the world, from the Renaissance period to the present, from 14th-century fresco painting in Italy to artistic responses to the atomic bomb.

In the financial world, high-level mathematics equips you to understand and model the markets. Key topics in this course include stochastic calculus and time series, which are used for modelling the pricing of financial options or quantifying your exposure to risk. You are introduced to the structure of the financial world through modules in accountancy, financial institutions and investment management. You gain strong communication skills through presentations and small group tutorials.

Key Features

• The degree includes high level mathematical and statistical techniques, with financial applications ranging from accountancy to financial markets and investment management.
• You will be taught by staff with expertise in financial mathematics and statistics from both the Centre for Mathematical Sciences and Plymouth Business School.
• Financial statistics is lectured by someone who has worked for a hedge fund. Other important mathematical material for financial markets includes partial differential equations, time series and optimisation techniques.
• Model and simulate financial products with Bloomberg Professional service and the statistical programming language, R. These skills are valued by financial employers.
• An optional but strongly recommended placement between the second and final years gives you excellent career prospects. Recent placement providers include Vauxhall Motors (finance division) and reinsurance giant Swiss Re.

Aquaculture is recognised as the fastest growth sector of agribusiness. Today, 50% of the fish we eat are farmed and by 2030 it will be 60%. Our multidisciplinary approach places emphasis on the sustainable use of aquatic and marine resources for commercial exploitation of food and products. Discover the scientific rationale for improving aquatic animal health and production, reducing environmental impact, and addressing the socio-economic factors

Key Features

Bring your creativity to the world of computer games. Learn 3D modelling, 2D art and animation, level design and gameplay coding. Games industry experts will guide you through all aspects of game design and development, building a full understanding of the game creation process and allowing you to specialise in the areas you find most engaging.

Key Features

• Learn 3D modelling with industry-standard software like Maya, Blender, ZBrush and Substance Painter.
• Hone your 2D art and animation skills, using Adobe Photoshop, Illustrator, Animate and After Effects.
• Create epic level designs in Unity and Unreal Engine.
• Develop your coding skills with C# and Blueprints.
• Taught by industry experts, with a focus on preparing you for a career in the games industry.
• Amazing national and international field trips to gaming expos and festivals, such as meeting professionals from top games studios at EGX Rezzed in London and exploring immersive gameplay Amsterdam.
• Explore sound design, narrative and game design theory, and study the psychology of games and gamification.
• Access to the latest hardware, including high-spec gaming PCs and VR headsets.
• Get a head-start in the industry with an optional placement year (for example, one of our students has secured a placement at Criterion Games).
• Get ready for a career as a game artist, 3D modeler, game designer, level designer or gameplay coder, joining Plymouth graduates who have gone on to work at the world's top games companies including Electronic Arts, Frontier Developments and Bossa Studios.
• We annually review the skills, software and hardware we teach, to ensure the course is always up to date.
• Our dedicated lab space is open until 10pm, other amazing facilities, include our 35-seat, 360° immersive vision theatre, VR kits, graphics tablets, game controllers, 3D printers and even an extensive collection of boardgames.
• Teaching and learning are practical and project-based - sometimes working individually, and sometimes in teams.
• Your assessments are 100 per cent coursework – no exams.
• No prior knowledge requirements – we teach everything from the ground up (but if you do already have art and coding skills, we can’t wait to see how much further you can take them with our help!).

Around 70 per cent of our planet is ocean with an average depth of 3000m. To understand the biology of this vast area, we must also understand the oceans themselves. Marine biology and oceanography studies the biology and ecology of the marine realm, with a focus on offshore and deep-sea ecosystems, and the physical and chemical processes that shape them. Teaching uses both small and large research vessels, providing you with an unrivalled experience of open ocean marine biology.

You will develop a host of practical skills that will prepare you for your chosen career and make you attractive to employers. You will have the opportunity to gain the HSE PRO SCUBA qualification, for those with a suitable background in diving. You’ll also gain invaluable experience on a six or 12-month international placement during your third year, or working in a local host organisation alongside your studies.

Key Features

Take a fresh look at childhood. Exploring the theory and reality of children’s early years from many points of view, this innovative course will help you find your niche in this competitive sector and graduate with a clear view of where your career is going. Investigate issues through the lenses of sociology, social psychology, history, and philosophy.

Work directly with young children and their families during the Work Based Learning module or choose the option of gaining professional recognition of your practice. Our Work Based Learning Plus module enables you to meet Early Years Educator standards and be counted in the ratios in an early years setting through relevant assessed practice experience.

Key Features

• Explore the relationships between play and learning in your own studies as well as in child development
• Expand your options beyond traditional teaching and open up further career opportunities in education, social care, community work, psychology, management and research.
• See for yourself how theories and policies are applied in practice by visiting a wide range of provision for children and families.
• Learn on the job during the work-based learning placement.  You will gain the practical skills employers are looking for.
• Take a broader view of children’s development by studying the subject in practical, historical and international contexts.
• Develop essential skills through a variety of coursework-based assessments – from essays, surveys and child observations to group presentations and video commentaries.
• Learn from experienced lecturers and tutors who are actively engaged in national and international research projects.
• Make the most of the opportunities presented by being part of a department that has strong links with universities in Europe, Canada, Africa and the USA and through the International Students’ Exchange Programme.

Are you a qualified health practitioner looking to enhance your knowledge and skills in order to advance your professional practice? Designed for registered dietitians, this pathway has a specialist core dietetic practice: supported studies module, which provides you with support to investigate and design an evidence-based ‘service improvement’ within your own specialist field of practice. You’ll be primed to become an evidence-based practitioner, ready to manage and lead in dynamic settings.

Key Features

• Become an evidence-based practitioner, equipped to manage and lead in busy and constantly changing settings. 
• Take the opportunity to study in an inter-professional setting with inter-professional core and optional modules. 
• Shape your own learning journey – you’ll have opportunities to tailor your learning in the workplace through module assignments and the Dietetic Practice: Supported Study module.
• Learn from experts in a setting where innovative thinking regards advanced professional development is put into practice.
• Take advantage of the flexibility our programme offers. You can take some of the modules by distance learning, while others are taught via short intensive study blocks to minimise time away from other commitments. 
• Complete the programme in one year with the full-time study option or balance work and caring commitments by studying part time over a maximum of five years. 
• The full-time route is suitable for international students, who will be supported to choose optional modules with non-clinical assignments.