To prevent false alarms produced by a single sensor activation, the alarm will be triggered only when at least two sensors activate simultaneously. This four-year MEng degree in digital electronics integrates a year of Master’s-level study and an industrial placement. In the fourth year, you complete an industrial placement in the UK or abroad, helping you boost your CV and develop industry contacts. We have a policy of seeking professional accreditation from the Institution of Engineering and Technology (IET). Find out more about the benefits of becoming a Chartered Engineer on the Engineering Council’s website. Electrical Engineering at Newcastle achieved an impressive 90% overall student satisfaction ranking us in the top 20 in the UK in the National Student Survey 2015. We are in the top 10 for world-leading research in the UK with 90% of our research classed as world-leading or internationally excellent (Research Excellence Framework 2014). We complement this with teaching in how to analyse, design and construct electrical and electronic circuits to meet specific criteria.
You also take part in a series of group projects to develop your skills in soldering, wiring, circuit board construction and project planning such as a simple digital voltmeter, a power amplifier, a radio transmitter and receiver, and a mini-racing car that can find its own way round a track. Many students choose to do this at a local company, but you may undertake the project anywhere in the UK or abroad. We understand that you may not yet know which area of electrical and electronic engineering you want to specialise in. We have designed our degrees so that all of our students study a common syllabus for the first two years. It also means that you may transfer between any of our Electrical and Electronic Engineering degrees up to the end of the second year should your ideas change as your skills and knowledge develop. Transfer from a BEng degree to a MEng degree is subject to you achieving the appropriate academic standard. Our students are so sought after that many leading companies offer sponsorship and scholarships to our students (on a competitive basis) via the E3 Academy and UK Electronics Skills Foundation (UKESF). We are one of only three university members of the E3 Academy, which provides scholarships and work experience placements to students of electrical engineering. We are also a partner university in the UKESF, which also provides bursaries, work placements and mentoring. DTUS is a Ministry of Defence sponsorship programme for students who wish to join the Royal Navy, British Army, RAF, or Defence Engineering and Science Group (DESG) as technical officers after graduation. The School of Electrical and Electronic Engineering is located in Merz Court in the heart of our city-centre campus. Continued investment in our undergraduate teaching laboratories means that you can learn in excellent facilities – described as the best in Europe by leading industrial visitors. You will also benefit from machines laboratory and class 100 clean rooms for the fabrication of semiconductor devices. You'll have access to a personal tutor throughout your degree – an academic member of staff who can help with academic and personal issues.
Assessment is by in-course assessment such as laboratory reports and tutorial exercises, or by examinations. Visit our Teaching and Learning pages to read about the outstanding learning experience available to all students at Newcastle University. See how this course compares with others for topics such as student satisfaction, fees and costs and prospects after graduation using the Unistats Key Information Set. Digital electronics focuses on the design and implementation of the digital systems at the heart of much modern technology.
This wide-ranging, four-year MEng degree integrates a year of Master’s-level study and an industrial placement. If your qualifications are not listed here, please see our additional entry requirements pages to find out which other qualifications are considered.
37 points with Mathematics at Higher Level grade 6 or above and at least one of Physics or Chemistry at Higher Level grade 6 or above. D3, D3, D3 in Principal Subjects including Mathematics and at least one of Physics or Chemistry. The PARTNERS Programme is Newcastle University’s supported entry route for students from identified schools and colleges.
The PARTNERS Programme is Newcastle University’s supported entry route for students from identified schools and colleges. This will provide you with the knowledge you need to progress to one of our three- or four-year Electrical and Electronic Engineering degrees. Applicants whose first language is not English require a minimum score of IELTS 6.0 or equivalent.
If you need help to meet our English Language requirements, we can provide support with extra tuition.
If you are an international student and you do not meet the academic and English language requirements specified above, you should consider a preparation course at INTO Newcastle University.
In addition to the technical and practical expertise that you will gain from studying electrical, electronic and computer engineering, you will discover that our degrees are designed to provide you with opportunities to learn and develop transferable skills, such as analytical and problem-solving, project-working both as part of a team and on your own, communicating with others, planning and time management, and of course computer literacy, all of which are vital for the employment market.
Electrical and electronic engineers are in demand with employers within the UK and overseas. Opportunities within electronics exist in electronic circuit design, instrumentation and control for safety on industrial plants, e.g.
Graduate engineering posts will usually give you the opportunity to work towards incorporated or chartered engineer status. Electrical and electronic engineers are expected to make a quick and useful contribution at work, so it may not be enough to rely on your technical expertise.


Find out more about the career options for Electrical and Electronic Engineering from Prospects: The UK's Official Careers Website.
The destination data is available in varying levels, beginning with the University and moving through Faculty and School down to individual course reports. Newcastle University consistently has one of the best records for graduate employment in the UK. More than three quarters (77%) of our graduates who entered employment achieved a graduate-level position. We provide an extensive range of opportunities to all students through an initiative called ncl+. Our award-winning Careers Service is one of the largest and best in the country, and we have strong links with employers.
Students from Scotland, Wales and Northern Ireland should seek advice about financial support from their own funding authorities.
You will be charged tuition fees for each year of your degree programme (unless you are on a shorter exchange programme). If you spend a year on placement or studying abroad as part of your degree you may pay a reduced fee for that year. Please note that the tuition fee amount you will pay may increase slightly year on year as a result of inflation. You may be eligible for one of a range of Newcastle University Scholarships in addition to government financial support.
Find out more about the scholarships available in the School of Electrical and Electronic Engineering.
Also, you may be eligible for an International Undergraduate Merit Scholarship (IUMS) or an International Family Discount (IFD). To apply for undergraduate study at Newcastle you must use the online application system managed by the Universities and Colleges Admissions Service (UCAS).
All UK schools and colleges and a small number of EU and international establishments are registered with UCAS. If you are applying independently, or are applying from a school or college which is not registered to manage applications, you will still use the Apply system. Digital Electronics and Circuits Online CourseA is great for professional as well as keen learners.
Online Fan Page Designer Review and download – The Easiest Method to Design Stunning Facebook Images Even If You Have no Design Experience at All! Venus Factor Program Review and download – Dominate Evergreen Niches and Make the Most Money! This course is an introduction to digital electronics that includes a DVD with 12 video lessons and a hands-on digital electronics learning lab. Digital electronics is still considered fairly new and understanding how they work is a must. A hands-on approach is taken in this course through a combination of lecture and experimentation to teach you about the different basic ideas (number systems, boolean algebra and logic gates) used in digital electronics. So if you're curious about digital electronics, this is the course for you with everyday explanations and fun experiments! This first digital electronics lesson explains what this course is about and what expectations you should have from taking this course. The fundamental representation of digital hardware comes in a symbol form, called logic gates. To take another gigantic step into the world of digital electronics, we need to learn about flip-flops.
With all the basics covered, we can start to combine digital logic elements together and make useful devices. A great strength of digital circuitry is that the clock can act as a timer or counter with appropriate flip-flop circuitry in place. Electronics is not all about theory all the time, some moments do come when you get to have some fun.
After you have mastered the digital fundamentals you are ready to grow and move to the more complex areas that exist.
This course includes a parts kit that includes everything you need to complete all the hands-on digital electronics course experiments. Engineering at Dartmouth is non-departmental and most projects crosscut traditional engineering disciplines to address critical human needs. Textbooks  Digital Design with RTL Design, Verilog and VHDL, Frank Vahid, 2nd Edition, , Wiley 2007, ISBN 0470953659. This course teaches classical switching theory, including Boolean algebra, logic minimization, algorithmic state machine abstractions, and synchronous system design. For example, developing energy harvesting in wireless communication networks and digital radio interface. This means you can be assured of graduating with a degree that meets the standards set by the electrical and engineering profession.
This is one of the most recognised international engineering qualifications.Our Master of Engineering (MEng) degrees are considered a more direct route to becoming chartered as they completely satisfy the academic requirements to achieve this professional qualification.
This gives you valuable experience of working on a real engineering project set by your host business, boosting your CV and giving you the chance to develop valuable industry contacts. These are refreshed every two years so you are always working with the most up-to-date equipment available. More information about each module including specific assessment methods, credits and contact hours, can be found in the Course Details section. Each stage lasts for an academic year and you need to complete modules totalling 120 credits by the end of each stage.


GCSE Physics or Dual Award Science (minimum grade B) required if Physics is not offered at a higher level. Students demonstrating sufficient levels of achievement on the programme may be permitted to transfer registration to the MEng in Stage 2. Based on the University campus, INTO Newcastle University offers a range of courses, including International Foundation Programmes, which will help to prepare you for study on one of our degree programmes. Within electrical engineering the main employment areas include electrical supply and distribution, power systems, transport and electrical machinery.
Relevant vacation work experience and industry placements will greatly increase your level of employability. These statistics are based on what graduates were doing on a specific date, approximately six months after graduation.
This final level may give you some useful ideas about possible options after your course or a course you are considering. This enables you to develop personal, employability and enterprise skills and to give you the edge in the employment market after you graduate. Also, the tuition fee amount you will pay may increase slightly year on year in line with inflation and subject to government regulations. The course explains us about different number system with different number bases which play a very important part in computer world. Specifically, in this lesson we will look more closely at the binary and decimal number systems. These gates perform boolean algebra in a visual way that leads to what are called logic diagrams.
In this lesson we will learn two methods for simplifying logic circuits using boolean equations and kmaps and then we will implement the circuits to verify our math.
It drives every single flip-flop that is inside of the system and therefore it is the most important signal. In this lesson we will take some flip-flops and other logic elements to build a 4-bit shift register.
In this lesson, using some LEDs, we will learn how to build a 4-bit binary counter that uses the clock input to tell our circuit to increment a counter with every clock period. In this lesson we are going to celebrate our wealth of knowledge and just go design something fun. Program an Arduino Nano microcontroller board and interface it with several different sensors. The course content is developed based on feedback from students and professionals with a blend of our years of experience in providing Digital Electronics and Circuits training. Completion of this course, a participant will be capable of working on digital electronics and circuits using different tools and techniques.
Understanding binary and how it works is crucial to understanding digital logic because everything in the digital world is either a 0 or 1, or if you prefer, true or false. In this lesson, we’ll learn the basic logic gates of digital electronics and experiment with them to make sure they do what they should. In this lesson we will explore how to build a latch using NOR logic gates and NAND logic gates.
To learn what they are and how they work, we will put them in some experimental circuits and see how they react. In this lesson we will learn how to use a 555 timer as a clock signal generator and we will also look at using crystal oscillators to generate clock signals. An LED chaser is loosely defined as a system where LEDs follow one another in a certain pattern, so start go start designing! Techniques of logic implementation, from small scale integration (SSI) through application-specific integrated circuits (ASICs), are encountered. A BEng is also suitable for international students who don’t need British Chartered Engineer status. Popular areas outside of engineering include commercial, industrial and public sector management.
The objective of the course is to increase the productivity and efficiency by introducing participants to numerous tools and techniques available in Digital electronics and circuits. Explained in a very simple and lucid language the course is very much easy to understand even for the beginners. There are weekly laboratory exercises for the first part of the course, followed by a digital design project in which the student designs and builds a large system of his or her choice.
The course clears every minute concept of the digital circuits making it very clear for the beginner. In the process, computer-aided design (CAD) and construction techniques for digital systems are learned. The course gives us details on different number system with different number bases which play a very important part in computer world. It can help students study circuits and make practical possible application of circuits in day to day life.
Start learning about Digital Electronics with this complete Digital Electronics course today!



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