Bachelor Programs Engineering & Technology

Compare 624 Bachelor Programs Engineering & Technology

Engineering & Technology

Bachelor Engineering and Technology programs apply the disciplines of mathematics, science, economics, and social knowledge towards the building of systems, structures, machines, and devices. It also includes other fields such as computer science, information technology, electronics, telecommunications, civil engineering, marine technology, architecture, and materials science.

There are Bachelor Engineering and Technology programs located throughout the world at top rated academic institutions with a wide range of specialization areas. These programs teach you how to use the natural sciences in a way to solve complex and difficult tasks by incorporating theory and hands-on application. Professionals with Bachelor Engineering and Technology degrees are found in many industries such as science and technology, research, academia, engineering firms, computer science, corporations, and more.

Bachelor Engineering and Technology programs can give you the necessary skills and knowledge that can be used in a rewarding career, or continuation to postgraduate education. You can learn more about Bachelor Engineering and Technology programs by browsing the options below!

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624 Results in Engineering & Technology

BEng Telecommunications Engineering

Campus China Suzhou
September 2015

This programme will give you a thorough grounding in electrical and electronic engineering, enabling you to operate at the cutting edge of emerging technologies. [+]

Bachelors Engineering & Technology. This programme will give you a thorough grounding in electrical and electronic engineering, enabling you to operate at the cutting edge of emerging technologies. WHAT KNOWLEDGE AND SKILLS WILL I ACQUIRE? By the time you graduate, you should: have extensive experience in the application of modelling and analytical methods; be able to use IT tools/CAD systems for modelling, analysis, simulation and design; be able to recognise the limitations of principles, models, analyses and methodologies; be able to design a system, component or process based on initial requirements and constraints. WHAT ARE MY CAREER PROSPECTS? This programme is directed at all career opportunities within the general domain of telecommunications engineering. Graduates will be well placed to find employment in areas such as the design and development of the latest telecommunication technologies, or the maintenance and upgrade of current telecommunications infrastructure. The programme will also provide a sound basis for further studies at Masters and PhD level in Electronics. UNIQUE SELLING POINTS The opportunity to study of the electronics of wireless communications, optical communications, and beyond 3G technologies. Includes four modules in IC design and one module in power systems. Fully equipped telecommunication lab. A wide range of optional modules gives students the chance to tailor the course to their own academic and research interests. An up-to-date curriculum which incorporates the latest technological innovations and developments. WHAT WILL I STUDY? YEAR 2 ELECTRONIC CIRCUITS – TRANSISTORS AND AMPLIFIERS ELECTRICAL CIRCUITS C AND C++ PROGRAMMING AND SOFTWARE ENGINEERING ENGINEERING MATHEMATICS ENGINEERING ELECTROMAGNETISM AND DRIVES DIGITAL ELECTRONICS INTEGRATED ELECTRONICS AND DESIGN EXPERIMENTAL SKILLS YEAR 3 CONTINUOUS AND DISCRETE TIME SIGNALS AND SYSTEMS ELECTRONIC CIRCUITS AND SYSTEMS ELECTROMAGNETICS ELECTRICAL CIRCUITS CMOS INTEGRATED CIRCUITS DIGITAL ELECTRONICS ENGINEERING MATHEMATICS MICROPROCESSOR SYSTEMS INDUSTRIAL AWARENESS AND GROUP PROJECT COMMUNICATIONS PRINCIPLES ANALOGUE AND DIGITAL COMMUNICATIONS INSTRUMENTATION RF ENGINEERING AND APPLIED ELECTROMAGNETICS ENERGY CONVERSION AND POWER SYSTEMS CONTROL SYSTEMS YEAR 4 RESEARCH PROJECT (2 semesters) ANALOGUE AND DIGITAL COMMUNICATIONS ELECTRONICS FOR COMMUNICATIONS DIGITAL DESIGN WITH HDL INFORMATION THEORY AND CODING SIGNAL PROCESSING AND DIGITAL FILTERING ELECTRONICS FOR INSTRUMENTATION ANTENNAS DATA COMMUNICATIONS OPTIONS FROM: PHOTONICS AND OPTICAL COMMUNICATION SYSTEMS WIRELESS SYSTEMS IMAGE PROCESSING For more information on this programme, please click here. [-]

Bachelor in International Game Architecture and Design

Campus Netherlands Breda
February 2016

This programme is taught in English and prepares you for a career in the games industry. In 4 years’ time, you will become a visual artist, programmer, designer... [+]

Bachelor in International Game Architecture and Design

This programme is taught in English and prepares you for a career in the games industry. In 4 years’ time, you will become a visual artist, programmer, designer, producer of AAA Games or indie game developer.Ambitious, practical and highly skilled

Can you create a unique selling point for a game concept? What is required to design and build the 3D art for 'Skyrim'? How do you control enemy AI behaviour?

After your graduation in Breda, you create the magic of new games as an ambitious, practical and highly skilled game developer!

Your career?

As a graduate you will be equipped to enter positions such as:... [-]

Bachelor of Science in Construction Management

Campus USA San Diego
January 2016

Starting with a vision and nurturing it to completion, you can build a future you can be proud of with help from the progressive Construction Management program at NewSchool of Architecture and [+]

Bachelors Engineering & Technology. Bachelor of Science in Construction Management

Starting with a vision and nurturing it to completion, you can build a future you can be proud of with help from the progressive Construction Management program at NewSchool of Architecture and Design. As you work toward a Bachelor of Science in Construction Management, you'll benefit from an interactive learning experience that hones your skills in the vital aspects of construction. From teaching you to balance budgets, communicate building concepts to your staff, and many other important lessons, NewSchool's instructors make sure the path toward your construction management degree is an enriching experience you can rely on throughout your career.... [-]

MEng/ BEng (Hons)/ BEng (Hons) Extended Computer Engineering

Campus UK Kent
September 2015

This programme prepares students for a career as computing professionals with the focus on computing systems design and development. You can select from a wide range of options in areas such as networking, multimedia and computer games, giving you a flexible learning experience. [+]

Computing is no longer restricted to desktop computers and business environments, but has become an integral part of the way we live. This is a rapidly advancing industry that is radically changing the way we live. There is a clear need a new generation of computing professionals that can adapt to these changes and develop the software, hardware and networking solutions of the future. Unlike traditional computer science degrees, you will not simply be taught strict theoretical programming. This degree programme will allow you hands on, practical experience in developing and using applications for a range of computing platforms and hardware. Computers of all shapes and sizes continue to be an integral part of our society and this Computer Engineering degree programme will teach you how these computers work and how to create the applications that run on them. For example, you will have the opportunity to develop applications for robots, embedded and real-time systems, and other innovative ICTs. You will also learn how industry standard tools and techniques can be used to find and develop solutions to many of the challenges in this area of engineering. The first year of all of our engineering degree programmes at the University of Greenwich focuses on the understanding of engineering science fundamental principles. This approach ensures that all of our graduates experience a solid foundation of broad technical knowledge and a working understanding of all the major Engineering disciplines – an essential prerequisite for a successful career in engineering management. At the end of the 1st year, students will be invited to choose to either continue on their initial degree programme or to swap to any of the other engineering degree programmes on offer. We feel it is very important that our students are empowered to be able to choose the degree programmes that are most appropriate for their ambitions and goals and we recognise that those may change during your studies with us as you learn more about each discipline. Engineering at the University of Greenwich. Quality. Industry. Rigour. Modular structure for BEng (Hons) YEAR ONE: Engineering Mathematics 1; Design and Materials; Practical and Experimental Skills; Engineering Professional Skills 1; Learning Support and Development for Engineering Programmes; YEAR TWO: Engineering Mathematics 2; Engineering Management; Computer Architectures and Operating Systems; Digital and Embedded Electronic Systems; Programming for Engineers; Mobile Applications Engineering; Software Engineering; Sensors and Networks; Attributes for Employability and Professional Development; YEAR THREE: Group Industrial Project; Engineering Professional Skills 2; Web Systems Engineering; Secure Systems Engineering; Advanced Computer Engineering; Network Routing Management Modular Structure for MEng YEAR ONE: Engineering Mathematics 1; Design and Materials; Practical and Experimental Skills; Engineering Professional Skills 1; Learning Support and Development for Engineering Programmes; YEAR TWO: Engineering Mathematics 2; Engineering Management; Computer Architectures and Operating Systems; Digital and Embedded Electronic Systems; Programming for Engineers; Mobile Applications Engineering; Software Engineering; Sensors and Networks; Attributes for Employability and Professional Development; YEAR THREE: Group Industrial Project; Engineering Professional Skills 2; Web Systems Engineering; Secure Systems Engineering; Advanced Computer Engineering; Network Routing Management; YEAR FOUR: Individual Project; Strategy and Management; Distributed Systems; Real-Time Embedded Systems; Advanced Network Design; Advanced Database Applications; Advanced Database Applications Modular Structure for Extended programme YEAR ZERO: Engineering Project Design and Implementation; Professional and Personal Development; Introduction to Engineering Mathematics; YEAR ONE: Engineering Mathematics 1; Design and Materials; Practical and Experimental Skills; Engineering Professional Skills 1; Learning Support and Development for Engineering Programmes; YEAR TWO: Engineering Mathematics 2; Engineering Management; Computer Architectures and Operating Systems; Digital and Embedded Electronic Systems; Programming for Engineers; Mobile Applications Engineering; Software Engineering; Sensors and Networks; Attributes for Employability and Professional Development; YEAR THREE: Group Industrial Project; Engineering Professional Skills 2; Web Systems Engineering; Secure Systems Engineering; Advanced Computer Engineering; Network Routing Management Skills and experience gained The degree programme in Computer Engineering aims to provide you with the knowledge, practices and skills that will allow you to design, develop and support software solutions on a range of existing and emergent technologies. You will become competent in development methods for desktop, internet, mobile and cloud software and gain a deep understanding of the hardware and software on which your applications will run. You will develop the skills necessary to recognise which platforms best fit the requirements of the users and the ability to evaluate and test the solutions you or others create. You will also gain hardware-based skills, for example in advanced networking, robotics/mechatronics and innovative devices. You will become an efficient and reflective practitioner who takes the initiative to identify emerging technologies and techniques, and who maintains your knowledge and skills within the fast-moving areas of engineering, computing and information technology. Your degree in Computer Engineering will enable you to identify and exploit new developments in technology and to experiment with new and existing techniques in designing and developing creative, innovative and effective devices to meet real-world needs. [-]

Bachelor in Computer Information Systems (BSBA)

Campus USA Warrensburg
January 2016

Bachelor in Computer Information Systems. Employers throughout the United States turn to UCM's School of Accountancy and Computer Information Systems for graduates with computer and business skills in computer information systems needed in business, industry, education and government... [+]

Bachelors Engineering & Technology. Bachelor in Computer Information Systems (BSBA) Employers throughout the United States turn to UCM's School of Accountancy and Computer Information Systems for graduates with computer and business skills in computer information systems needed in business, industry, education and government. Graduates of the computer information systems (CIS) program gain proficiency with various computer languages, database programming, systems administration, network management and security, and client server computing in a business environment using state-of-the-art equipment. The program is fully accredited by the AACSB-International, the hallmark of a quality program that employers recognize and value. Today's modern information society is constantly changing. Students at UCM are trained to succeed by adapting to these changes. The CIS program provides educational and hands-on experience for entry-level positions in programming, networking, systems administration, database administration and systems design. UCM's program encompasses not only a working knowledge of information technology, but also an understanding of business processes and policies that dictate the existing dynamic business environment. The CIS curriculum is based on the model curriculum developed by the Association for Information Technology Professionals. All students complete a common core of business courses. Students then concentrate on CIS core courses that include programming courses in C#, Java, database (Oracle, SQL), UNIX and networking Analysis and Design. Students have to select one of the two areas of concentration - 1) Software Development and 2) Networking / Systems Administration followed by a capstone System Architecture and Development course. Career Opportunities According to the U.S. Department of Labor, many CIS related jobs will grow faster than the average in the near future. Pursuing a major in computer information systems at UCM is a sure step toward securing a seat among the many computer programmers, analysts, database administrators, network administrators and client server specialists across America. The CIS program at UCM is one of the finest in the region, and in recent years CIS students have a nearly 100 percent placement record within three months of their graduation. Because of the education they receive, graduates are placed nationwide in top corporations with high starting salaries. Department Facilities A wide variety of computing resources are available for students ranging from hundreds of PCs and server resources through campuswide distributed network systems. The Harmon College of Business and Professional Studies Computing Lab houses 100+ workstations connected to the campus-wide network backbone. In addition, the CIS department houses a Software Engineering Lab, a Networking Lab, a Web Development Lab and a Usability Lab with state-of-the-art hardware, software and multimedia facilities. All CIS classrooms are equipped with on-demand multimedia resources, desktop plug-in network hookup and instructor PC workstation running on the campus network. Student Involvement Various departmental organizations are available, including the student chapter of the Association for Information Technology Professionals and Delta Sigma Pi business fraternity. Participation allows students to compete in national competitions, visit businesses, meet executives and supervisors, interact with faculty members, and meet other students outside the classroom. Departmental Scholarships In addition to about $4 million in scholarships administered by the university, a number of corporate scholarships are available. These include: the Steward Scholars Program, Boeing Scholarships, Sprint Scholarships, Hallmark Cards Scholarships, Penzoil Scholarships and many more. Contact the School of Accountancy and Computer Information Systems for details. [-]

“0+4” Undergraduate Program in Software Engineering

Campus China Changsha
August 2015

The goal of “0+4” undergraduate program is to cultivate internationalized, high-level and comprehensive software engineering talents with good English skills. [+]

“0+4” Undergraduate Program in Software Engineering The goal of “0+4” undergraduate program is to cultivate internationalized, high-level and comprehensive software engineering talents with good English skills, solid major knowledge foundation, strong practice ability, innovative capability and international competitiveness. The core of the program is to enhance students’ fundamental knowledge, software engineering theory, advanced software development technology, foreign language application skills, and software engineering practice, meanwhile to foster students’ comprehensive quality with law-abidance, integrity, service conscious and team spirit. The international students can join the ordinary classes taught in Chinese with Chinese students. Main courses include: Required: Advanced Mathematics Introduction to Programming with C/C++ and Practices Linear Algebra Discrete Mathematics Data Structures Probability and Statistics Operating Systems Principles Design and Analysis of Algorithms Foundations of Software Engineering Database Systems SSD7 Elective: Introduction to Information System SSD1 Introduction to Computer System SSD2 Java Object-Oriented Programming SSD3 User-Centered Design and Testing SSD4 Compiler Principles Computer Networks Research and Practices on Engineering Software Testing Techniques Electronic Commerce Applications Large Scale Database Techniques Principles and Techniques of SOA Digital Media Primer [-]

Bachelor in Transportation Design - Turin

Campus Italy Turin
February 2016

After a first foundation year in Transportation Design, the course offers two different courses designed to prepare two specific kinds of professionally trained [+]

Bachelors Engineering & Technology. IED Diploma - Transportation Design - Turin

After a first foundation year in Transportation Design, the course offers two different courses designed to prepare two specific kinds of professionally trained experts.

 

The Transportation Designer is a professional who handles the design aspects of a vehicle and defines the lines and the components. It’s a very complex and many-sided professional figure and his or her competence implies also a profound understanding of aspects that are, for example, the psychological and emotional mechanisms of the consumers in relation to the concept of transport or the social contexts and the culture of different target groups of reference.... [-]

Bachelor in Computing Science

Campus Netherlands Groningen
September 2015

IT applications are everywhere. You will find them supporting the internet, game computers and mobile phones, to name but a few. In this three-year training, you will learn to program software and explore the insides of computer systems. You will acquire skills in [+]

Bachelor in Computing ScienceLanguage: English (100%)IT applications are everywhere. You will find them supporting the internet, game computers and mobile phones, to name but a few.In this three-year training, you will learn to program software and explore the insides of computer systems. You will acquire skills in analyzing, documenting and presenting. Also, you will learn to work in a team.

To understand both the theory behind computers and their application, you will take courses in Mathematics. Also, you will learn to think like potential users of IT applications, because they are the ones that have to work with your products.

After finishing this degree, you can continue with the Master's programme in Computing Science. It is also possible to choose the Master's programme in Energy and Environmental Sciences or the Education and Communication Master in Mathematics and Physics.... [-]

Bachelor - Electrical Engineering - Advanced Sensor Applications

Campus Netherlands Assen
August 2015

The Electrical Engineering - major Advanced Sensor Applications programme ​specialises in sensor technology. The study programme revolves around the utilisation of existing sensors. Sensors will help break skating and swimming records, take over the tasks of nursing staff and make driving safer. Sooner than we think. Sensor technology is everywhere. And this is only the beginning! [+]

Bachelors Engineering & Technology. The Electrical Engineering - major Advanced Sensor Applications programme ​specialises in sensor technology. The study programme revolves around the utilisation of existing sensors. Sensors will help break skating and swimming records, take over the tasks of nursing staff and make driving safer. Sooner than we think. Sensor technology is everywhere. And this is only the beginning! During the programme you can participate in applied research to apply sensors to develop andimprove existing appliances, products and services, for instance in the fields of healthcare, sport & leisure and robotics.​ Honours programme All students that begin the ASA programme enter the honours bachelor programme. Graduates are awarded an honours bachelor degree and this will be stated on the diploma. Throughout the programme, students undertake a number of additional assignments that broaden, deepen and enhance their education programme. The honours programme has three key elements: research, community involvement and interdisciplinary cooperation. The research element covers practice-oriented research, advisory work and innovation; all integrated within the curriculum. The community element involves organising activities that can benefit and support the wider communities, inside or outside the Hanze University of Applied Sciences, Groningen. For the interdisciplinary element, students have the freedom to choose from the range of seminars offered throughout Hanze UAS. Career perspectives It is the expectation of the industry that a large proportion of the graduates will be employed in areas where the emphasis is on creating new systems, and therefore will take on the role of Technical Designer. A smaller proportion of the graduates will become Technical Advisers. There will also be graduates who will fulfill the role of Project Leader or Academic Researcher. You may even use the entrepreneurial skills you have developed to set-up a new company. Three years for talented students Talented students can enrol directly into the second year and so the ASA programme can be completed in three years. If you continue further with a one year master programme, within four years you can therefore achieve both your Bachelor and Master degree. International students can enrol directly into the second year after an assessment. [-]

Executive Bachelor in Information and Communications Technology Management

Online Switzerland Zug
April 2015

This Executive Bachelor (EBBA) in Information and Communications Technology Management degree course is made for students who worked directly after high school for at least 3 years in a managerial position in the same field or [+]

This Executive Bachelor (EBBA) in Information and Communications Technology Management degree course is made for students who worked directly after high school for at least 3 years in a managerial position in the same field or similar, this study program is designed for students who looking to be better managers in the IT industry. During this study program, you will be studying the theoretical and practical skills needed for a managerial career focusing on ICT in the international industries. This study will cover a series of modules giving them a more focused and business shaped view of the ICT including eBusiness and eMarketing industry. At the end of Bachelor study program the graduates are expected to combine theory with practice and display a sound knowledge of ICT industry. Students are equipped with useful Information and Communications Technology tools to enter the labour market and contribute more effectively and efficiently to organizations within the ICT field. Study Language: this study program taught entirely in English. We have 4 intakes per year: January, April, July and October Duration: one Academic year or more Degree: Executive BBA in Information and Communications Technology ICT Management Age: Minimum age 20 years Previous study: 3 years Management Experience + High School Diploma or equivalent English level: IELTS or equivalent (Only for students from non-English speaking countries or students who did not study at English speaking school) Study Method: Online Fee: 5900 Euro [-]

Bachelor (BSc) Computer Science in Real-Time Interactive Simulation

Campus Spain Bilbao
February 2016

The Bachelor of Science in Computer Science in Real-Time Interactive Simulation (BSCS) is a four-year computer science degree focusing on the technical aspects of computer graphics and simulations. Students begin with a solid foundation in mathematics, physics, and programming, then apply that knowledge in yearly team-based projects where they design, program, test, and finally release their own fully playable games to the public. [+]

Bachelors Engineering & Technology. The Bachelor of Science in Computer Science in Real-Time Interactive Simulation (BSCS) is a four-year computer science degree focusing on the technical aspects of computer graphics and simulations. Students begin with a solid foundation in mathematics, physics, and programming, then apply that knowledge in yearly team-based projects where they design, program, test, and finally release their own fully playable games to the public. Those who successfully complete the BS in Computer Science in Real-Time Interactive Simulation program will have gained the knowledge and skills to produce highly complex software systems at a professional level. Admissions Information The ideal candidate for the BSCS program will have strong math, science, and problem-solving abilities and have completed math through pre-calculus prior to attending DigiPen; additional courses in computer science and physics are recommended. Currently accepting applications for Fall 2015. Topics Covered Students in the BS in Computer Science in Real-Time Interactive Simulation program will learn how to: Program a variety of simulations and games, including text based, two-dimensional, and three-dimensional games. Draft game design and technical design documents to aid in the scheduling and organizational aspects of game production. Implement efficient graphical user interfaces (GUIs), including the management of windows, menus, and dialog boxes. Create robust artificial intelligence algorithms to serve as the cognitive processes for computer controlled game objects. Apply concepts such as computer networks, TCP/IP, and internet programming to a multiplayer video game environment. Career Outlook Graduates of the BS in Computer Science in Real-Time Interactive Simulation degree program are ready to pursue a variety of entry- and intermediate-level positions in the areas of software engineering in general and video game development in particular, including: Software Architect Quality Assurance Engineer Gameplay Programmer Engine and Tools Programmer Artificial Intelligence Programmer [-]

BSc Computing (Hons)

Campus UK Gloucestershire
September 2015

With everything from business to healthcare and leisure relying on computing, it’s hard to imagine the world without it. This programme is about building real world intelligent applications, on time and to specification, for use in any area of industry [+]

With everything from business to healthcare and leisure relying on computing, it’s hard to imagine the world without it. This programme is about building real world intelligent applications, on time and to specification, for use in any area of industry or commerce. The focus of this programme is on applying computing to solve real world problems. The programme uses project-based learning approach by using practical problems to stimulate interest and provoke serious thinking as the students acquire and apply new knowledge in a problem-solving context. During your studies, you will develop technical skills by using industry standard design methodologies, algorithms, databases, electronic hardware, development tools and programming languages, and life skills by presenting your designs, demonstrating your programs, and working as part of a team. No prior experience is assumed, although you must have an aptitude for logical problem-solving, and an eagerness to learn new methodologies, tools and languages. The skills that you gain will equip you to work as a computer programmer anywhere in the public sector (local and national government agencies, departments etc.), or in the private sector (manufacturing, distribution, billing etc). If you choose an optional one-year paid industrial placement it will provide valuable support for your final year of study, and an excellent foundation for your future career. Entry requirements Applicants should satisfy the minimum University entry requirements 280 UCAS tariff points with typical offers: • A-level: grades BBC or equivalent • IB Diploma: 25 points • BTEC National Diploma: DMM International International academic equivalent. An international foundation course may be required for entry. IELTS 6.0 overall in English with no less than 5.5 in any other band or equivalent. [-]

Bachelor of Engineering (Electrical and Electronic Engineering) (Honours)

Campus Australia Melbourne
February 2016

In this program, you'll learn how electricity and electronics work and how to build and maintain devices. You'll experiment in the laboratory and design and build... [+]

Bachelors Engineering & Technology. Bachelor of Engineering (Electrical and Electronic Engineering) (Honours)

In this program, you'll learn how electricity and electronics work and how to build and maintain devices. You'll experiment in the laboratory and design and build projects.While electrical engineers devise solutions to generate and use electrical power efficiently and cleanly, electronic engineers design and maintain electronic devices and systems, from amplifiers and stereos to scanning equipment used in hospitals. Together, electrical and electronic engineers deliver products and services to improve the quality of life for individuals and communities.Electrical and electronic engineers design and develop electrical systems for the generation, distribution and control of electric power, as well as electronic systems used for computing, communications, industry and entertainment. They also boost productivity in industries like agriculture and manufacturing by improving the drive and control systems in transport, designing robots and automated tools, etc.... [-]

B.Sc. in Management Information Systems

Campus Turkey Istanbul
September 2015

The mission of the Department is to perform and be internationally known for research in the areas of information systems management, knowledge management, systems [+]

Management Information Systems program at Kadir Has University teaches students business management and information technologies in an inter-disciplinary way. One of the aims of the MIS program is to educate people who will be able to develop information technologies and to use these systems efficiently in management thus strengthening the ability of companies to compete. To this end, students are taught primarily computer technologies concepts (programming, web design, database management etc.) and management concepts (economics, trade, accountancy, finance etc.). Secondarily, with lessons that will combine these two areas, students will learn concepts such as systems development, IT management, electronic trading, and design mechanisms. Courses will be supported with lab work and projects where students’ skills for application are developed as well as their theoretical knowledge [-]

BSc Economics with Computing

Campus UK Kent
September 2015

This degree programme combines elements of the single honours programme in Economics with the opportunity to study some Computing [+]

Bachelors Engineering & Technology. This degree programme combines elements of the single honours programme in Economics with the opportunity to study some Computing. Stage 1 120 credits in total are studied The following modules are compulsory: - EC304 Principles of Economics (30 credits, Level C) (Autumn and Spring) - Mathematics for Economics and Business (15 credits, Level C) - EC305 Mode A or EC306 Mode B (Autumn) - EC309 Statistics for Economics and Business (15 credits, Level C) (Spring) - EC314 Data Analysis for Economists (15 credits, Level C) (Autumn) Plus 30 credits of Computing modules from one of the pairs below. Three paired options are available. Subject to satisfying progression requirements, each route enables transfer into 'and Computing' programmes: Option 1 - CO320 Introduction to Object-Oriented Programming (15 credits, Level C) (Autumn) - CO520 Further Object-Oriented Programming (15 credits, Level C) (Spring) Option 2 - CO320 Introduction to Object-Oriented Programming (15 credits, Level C) (Autumn) - CO323 Databases and the Web (15 credits, Level C) (Spring) Plus 15 Spring credits from the list of 'Wild Modules' available. The following modules are recommended, but not compulsory: - EC312 Strategy and Games (15 credits) - EC315 Professional Economics (15 credits) Wild Modules - Where programmes permit, you may take Computing modules as 'Wild' modules. Prerequisite, timetabling and any other constraints indicated in the module descriptions must be satisfied. Computing modules are subject to a quota. Stage 2 120 credits in total are studied The following modules are compulsory: - EC500 Microeconomics (30 credits, Level I) (Autumn and Spring) - EC502 Macroeconomics (30 credits, Level I) (Autumn and Spring) - EC511 Quantitative Economics (30 credits, Level I) (Autumn and Spring) plus 30 credits at Level I from the School of Computing's Modules List. Stage 3 120 credits in total are studied Students select 30 credits from the School of Computing’s Module List. The remaining 90 credits are chosen from the Economics Options List (see below). Students must take an equal number of credits in the Autumn and Spring terms. Please ensure that your Stage 2 and 3 choices are taken at I and H level, with at least 90 credits at Level H. Note: Students for Computing modules should read the Applied Computing section of the Faculty of Social Sciences Handbook. Students must comply with the prerequisites and other regulations given in the Faculty Handbook. [-]