Bachelors in Advanced Computing in ${country}

Revolutionise the medical world. The combined Bachelor of Advanced Computing and Bachelor of Science (Medical Science) program will develop your knowledge and skills in computing. You will also gain foundational knowledge and research skills in medical science, biomedicine and bioinformatics.
 

As medical research becomes increasingly dependent on technology, the demand for professionals with technical knowledge across both computing and the medical sciences is expected to soar.

The Bachelor of Advanced Computing is accredited by the Australian Computer Society and designed to foster your ability to work across the computing, information technology and business innovation industries.

First year covers the core skills you will need to become a computing  professional before you specialise in a major that aligns with your preferred career pathway computer science, information systems, software development or computational data science.

Complementing your computing studies, the Bachelor of Science (Medical Science) provides an essential foundation in the structure and function of the human body, from molecules through to whole systems.

Study computing and software development, and attain skills that employers want. The degree is based on three core areas: foundations of computer science, principles of software engineering and core aspects of information systems. There is a clear emphasis on employability; with our close links to industry you develop your technical skills in web and mobile development, your problem-solving skills, along with vital professional skills to understand the way technology is applied to real life.

In addition, you’ll have the opportunity to spend a full year working in the IT industry, providing invaluable real-world experience and greatly enhancing your subsequent employability.

Computing is a creative and wide-ranging subject that focuses on using sound underlying principles and logical thinking to design and build systems that really work.

You will learn how modern computer and communications systems function, and how they can be used and adapted to build the next generation of computing applications.

The BSc (Hons) Computing programme equips you with the knowledge, understanding and skills required of a modern IT professional. If you want to study computing but haven't decided on a specific area of interest, this programme lets you personalise your studies and prepares you for a range of graduate roles.

In years one and two you will study the foundations of computing. In addition you will develop the skills required to build computer systems utilising a range of technologies. In years three and four you will further develop expertise in core areas while being able to choose elective modules which allow you specialise in your chosen area of interest. Possible specialisations include mobile development, cloud systems development, secure software development, user experience development, advanced project management and Big Data. 

The programme offers the possibility of undertaking an industry placement or to study abroad through Erasmus exchanges. Students are also encouraged to take part in activities with the International Association for the Exchange of Students for Technical Experience (IAESTE). Our computing programmes are accredited by the Chartered Institute for IT (BCS).

BSc (Hons) Computing adopts an applied approach to help you build an understanding of computing by specifying and implementing applications and experiences. A feature of the course is its attention to design, and the value of developing systems that are not only functional, but also reliable, intuitive and enjoyable to use. This thread runs through the entire course, yet is spotlighted particularly in user-focused modules such as Experi ence Design and Human-Computer Interaction. Another key focus is Industry-insight. Here we expose the scope and variety of the UK and international computer industry, while helping you mature the personal qualities needed to be effective in professional contexts. Industry-insight is consolidated in Innovation Lab, which is a simulated studio environment that supports the commercialisation of products in the computing space. 

Module content targets the following themes: 

Software development 
Computational thinking 
Problem solving 
Experience design 
Communication 
Innovation 
Industry insight 
Collaboration

Our BSc (Eng) Creative Computing addresses this shortage of talent, arming students with a portfolio of artistic, design and technical skills through an exciting and flexible programme.

You’ll learn core skills for new media production – interactive media design, arts computing and physical computing – as well as understanding the theory underpinning computer and multimedia systems.

In the second year you’ll choose one of technology, design, geography/media or film production to study in depth, picking up all the practical and technical skills you’ll need to work in the creative industries. The final year offers a wide choice of modules, so you can fine-tune your learning to match your aims and interests.

In your final-year individual project you can link your creative skills to research in the school, including e-textiles, interaction design and digital music, presenting your project in the Queen Mary Design Show.

Computing, from the internet to mobile computing, smart devices and beyond, has changed the world – and continues to do so. Next-generation robots, driverless cars, and digital currencies are just three examples of what is already on the way.

The modules on this course have been carefully designed to provide a fully integrated programme of study. Applied Computing BSc (Hons) is a practical, vocationally oriented course providing students with knowledge and skills for the modern, computer-driven workplace. The course is a contemporary mix of traditional computing subjects with professional and work-related skills.

The core modules include Introduction to Computing, Computer Ethics, Data Analytics, Information and Database Design, Programming in Python, Project Management, Human Computer Interaction, Programming with APIs and Frameworks, Mobile Application Design and Development and Artificial Intelligence. In addition to the core modules, there are a number of optional modules for students to choose from including Information and Communication Technologies for Development, Information Security Management and Governance, Internet of Things and Advanced Database Management and Programming, so you can tailor your learning to your areas of interest.

In your final year, you will select from a range of specialist options and also complete a computing project. 

Computing for Business and Management at Sussex combines a professional education in computing with specialisation in applications from computing to commerce.

The course covers software development, blended with the study of:

• business
• innovation
• marketing
• management.

You’ll study in our £12-million Future Technologies Labs, which include a student-focused hub, teaching labs with suites of high-spec computers, and project workspaces.

When you graduate, your skills in leadership, project management and strategy formulation will be excellent preparation for a career in computing and IT.

The combination of creativity and computing is highly sought-after by industry and there is a real demand for creative coders, digital technologists and computer artists of all kinds. 

In your first year you will cover the fundamentals of computing and programming, digital design and Information Management. You will work in a digital arts lab and produce games and apps.

The second year of the course includes an opportunity to work on a collaborative project in a real-world situation. Your technical training will include web and mobile technologies and Big Data analysis.

Those students who choose the arts pathway will find themselves making narratives for games or writing, staging digital installations, or giving live performances. Those who pursue the science path will focus on areas such as software architecture, systems design, machine learning or cognitive science.

Year 3 features a major project in which you will develop a product and become an entrepreneur. This is supported by studies of computational creativity (machines that create), emerging technologies, social computing, ethics, law and activism. The technological focus extends to AI technologies and computing for health. Arts pathway students will work in areas such as games and culture, and technology management.

Create impressive artistic works using the latest technology on our Creative Computing degree course. 

Learn the latest computer programming concepts and techniques – including electronics and interface design – to create applications and artefacts across a range of creative platforms such as games, graphic design, audio and animation. As your skills grow, you'll study artificial intelligence (AI) and contribute to revolutionary research in using AI to develop production solutions for the creative industries.

You'll gain professional experience before completing your degree by taking part in staff projects, working with clients on live briefs, and completing an optional placement in industry.

You can graduate with a BA or BSc, depending on which modules you select in years 2 and 3 and your choice of final-year project, with the option to transfer between both awards until the second half of your final year.

Students in the BS program in applied computing learn a computer science foundation and then explore the established knowledge and emerging developments in the high-demand areas of database systems, computer networks and cybersecurity. The program also provides the opportunity to investigate interdisciplinary connections, including the combination of computing with its real-world application in other disciplines through concurrent degrees and minors.

Hands-on class projects, internships, industry partnerships and authentic and impactful research conducted with faculty provide numerous opportunities for students to apply their knowledge before they graduate. Students use their programming expertise, systems knowledge and critical thinking skills to effectively problem-solve and articulate their experience through presentations, scientific posters and professional papers.

This major is eligible for the Western Undergraduate Exchange program at the following location: West campus. Students from Western states who select this major and campus may be eligible for reduced nonresident tuition at a rate of 150% of Arizona resident tuition plus all applicable fees. Students should click the link for more information and eligibility requirements of the WUE program.

In addition to required core courses, students can choose from a large selection of electives to focus on such diverse topics as multi-threaded programming on bare-metal, custom real-time operating systems, and embedded Linux systems; implementation of IP stacks for computer networking; network and wireless protocol development for Internet of Things devices; design of real-time operating systems; implementation of RISC processors in FPGA devices; design of digital logic, system on chip, and microprocessor systems; control of systems with electromechanical actuators and sensors; and design of digital and wireless communication systems.

They will also apply the knowledge and skills gained in the classroom in real-world settings through internships or co-ops and course projects, including the capstone project.

The 124-hour curriculum leads to a Bachelor of Science degree in computer engineering. Transfer students may receive credit for courses listed in the Texas Higher Education Coordinating Board’s Field of Study Curriculum.

Explore how statistics can lead to better decisions under uncertainty. Build problem-solving skills that prepare you for a wide range of in-demand and versatile careers. Explore the collection, organization, analysis, interpretation and presentation of data. You’ll be helping transform numbers into actionable insights in nearly every field and industry.

Look beyond the numbers for more insightful ways to interpret statistics. Balance the foundation and applications of techniques for quantitative problem solving. You’ll have the opportunity and flexibility to explore a variety of related areas, such as actuarial and data sciences. It’s the holistic education and training you need for a broad range of jobs in many different disciplines and industries.

Statisticians use data to make informed decisions. As a statistician, your problem-solving expertise will allow you to make contributions to many areas such as business, industry, government, education and more. The study of statistics includes comprehensive training in thinking, reasoning, computing and problem-solving. These skills will strengthen your education, make you a well-rounded individual and enhance your appeal to employers worldwide.

The statistician employment rate is expected to increase 31% by 2028 projected by the Bureau of Labor Statistics. It is rated the best 6th best job of all disciplines and No. 1 in Best Business Jobs , according to U.S. & World Reports “2020 Best Job Ranking”. Data Scientist and statistician are ranked No. 1 and 2 of the best job by CareerCast in 2019.

Partnering with the SAS Institute, the world leader in analytics, we prepare you for two SAS professional certificate programs. One is Certified Specialist: SAS Base Programming Certification Exam. The other is Predictive Modeler Professional Certification Exam.

• A graduating student is prepared to work as a computing professional in a business environment.
• A graduating student is prepared to be both professionally and socially engaged in the profession.
• A graduating student is prepared for life-long learning and continuing professional development and training in Computing and Business.

The College of Computing & Informatics' Bachelor of Science in Computing and Security Technology (BSCST) prepares students for work related to securing and managing large-scale computing infrastructure. Students gain experience with core information technology (IT) areas including servers, databases, networks, the Web, information security, and cybersecurity technologies. The program emphasizes practical education and fundamental concepts that are supplemented by laboratory experience.

Core courses provide students with practical knowledge and skills related to managing servers, network administration, database administration, and cybersecurity fundamentals. Students take advanced electives and a concentration in either Computing Technology or Computing Security. The advanced courses include topics such as mobile applications, wireless networks, risk assessment, intrusion detection, security audits, computer forensics, ethical hacking, cloud security, disaster recovery, and continuity of business.

The BS in Computing Technology is designed for those interested in a broad and deep computing education. It’s meant for those who want to focus more on technologies and transition to fulfilling careers, or those interested in future graduate study in an area related to computer science.

This program explores areas of computing technologies including network systems integration, software development, computer architecture design and utilization, database management and analysis. You’ll also explore the critical security aspects of computing and protection of proprietary information.

The BS in Computing program enables students to gain a broad understanding of the ever changing field of Computing. Students will deepen their knowledge and sharpen their skills in one or more in-depth technical and career-focused areas. Upon graduation, students will find employment in high-demand careers in areas such as cybersecurity, information technology, system and network administration, and application development.

The Computing Science and Applied Mathematics program at Augustana builds foundational knowledge in Python and Java to prepare you for further study in other programming languages, as well as the areas of software engineering, operating systems, computer organization and architecture, algorithms, databases, networks, parallel programming, and computing theory. The hands-on skills you will learn in this major are enhanced by a thorough exposure to the underlying principles, theories, and ethics in mathematics that carry on in spite of changes within the tech realm.

The HTC program in advanced computing offers exceptional students the opportunity to study the many aspects of computer science in one-on-one relationships with Computer Science faculty members. Maximum opportunities will be afforded for the student to progress well beyond the material found in conventional courses. The primary purpose of the tutorial program is to serve as preparation for graduate study. Students will receive a degree of Bachelor of Science in Advanced Computing from the Honors Tutorial College.