BEng (Hons)

(Top up) Electrical and ElectronicsEngineering

Study World Lanka Campus282/1 ,High Level Rd, Nugegoda

Study World Lanka Campus is the Sri Lanka’s Academic Centre for the University of Bolton (UOB), UK. Quality, affordability and employability encapsulate our approach to higher education. Student at Study World Lanka Campus have a wide range of undergraduate and postgraduate programmes to choose from the domains of Engineering, Computing and Business

• Access to modern engineering laboratories equipped with industry standards including library facilities. • Local & Internationally qualied panel of local & foreign lectures. • Seminars and lectures from industry experts. • Comfortable Classrooms with internet & data projectors. • Well-equipped computer laboratory. Wi-Fi hotspots. • Well-managed library to facilitate independent, group and classroom • Well-managed library to facilitate independent, group and classroom learning.

This qualication will provide you with a rm academic foundation in Electrical and Electronics Engineering. On completion, you will be in an ideal position to either progress to a top-up degree in a related subject or seek employment in the industry at management or professional level.

BEng (Hons) Electrical and ElectronicsEngineering (Top up)

BEng (Hons) Electrical and Electronics Engineering (Top-up)

Mod

ule

1

• Electrical Machines and Power Electronic Drivesn (EEE6001) Credit : 20

Module Specification :This module aims to provide understanding of the concepts behind the This module aims to provide understanding of the concepts behind the operation and control of electrical machines i.e. transformers, generators and motors. The dynamic performance of electrical machines will also be considered. The main topics include the DC machine, the AC machine as well as AC to DC conversion. Translational electromechanical machines and electronic control of motors are also covered.

Mod

ule

2

• Engineering Electromagnetism (EEE6002) Credit : 20

Module Specification :The course will formulate electromagnetic field theory, making use of vector analysis. Fundamentals of The course will formulate electromagnetic field theory, making use of vector analysis. Fundamentals of electromagnetic fields, both static and time dependent phenomena as discovered by Ampere, Faraday, Lorentz, and Maxwell in the 19th century are covered. These electromagnetic theory basic concepts provide the foundation for a number of advanced topics in physics/electrical engineering, such as transmission line theory, electromagnetic radiation, antenna principles, signal integrity, electromagnetic compatibility, coherent/non-coherent optics, and wave interference/diffraction theory

Mod

ule

3

• Management & Enterprise in Engineering (AME6003)Credit : 20

Module Specification :The purpose of this module is to enable you to develop a clear The purpose of this module is to enable you to develop a clear understanding of, and hence, ability to apply the principles of business to engineering. Thus it will demonstrate how an enterprise culture can be created, developed and managed to bring about commercial, technical success plus personal satisfaction and career enhancement. It is applied to engineers whether operating at project, department or business level.

Mod

ule

4

• Power Systems & Smart Grids (EEE6005) Credit : 20

Module Specification :The module aims to cover all fundamental areas of power system engineering, from generation, transmission The module aims to cover all fundamental areas of power system engineering, from generation, transmission and distribution of electricity to network control, protection and fault diagnosis. The module includes basic power generation concepts; transmission line models and performance; cable performance, insulation; distribution systems; bus impedance and admittance matrices; load flow; voltage control; power factor correction; economic operation; symmetrical components; fault analysis; principles of over-current, differential and distance protection; protection and circuit breakers; system stability concepts and safety issues.

Mod

ule

5

• BEng (Hons) Design and Individual Project (AME6001)Credit : 40

Module Specification :The module is split into two separate individual The module is split into two separate individual pieces of work that are completed independently. The Design element is an open-ended design problem solving exercise and report that demands the application of the ‘design process’ and production of a design solution. The Project element is an investigation and Project Report into an engineering problem, theory or system and concerns itself with an investigation and has outcomes that are clearly defined at the outset.

HND Level 5 or equivalent programme approved by SWLC Academic Department. For more details please contact our Student Recruitment Department.

12 Months Part time. For more details please contact our Student Recruitment Department.

Application Fee : USD 15Registration Fee (non-refundable) : USD 150 (one-time payment)Registration Fee to Pearson : £707 (payable as per schedule given by (University of Bolton)ID Card Fee : USD 3

Course fees for the degree program may be paid up front or in installments. The course fee includes tuition fee, Course fees for the degree program may be paid up front or in installments. The course fee includes tuition fee, cost of course materials and assessment and examination fees, but excludes fees payable for any re-sit or additional examinations and repeat modules. Students may choose one of the following three payment options

Electrical and electronic engineers design, build and maintain electrical control systems, electrical systems for renewable energies, electric vehicles, and industrial machinery and equipment. The rapid expansion of the technology sector over the last few decades has created a demand for those who can create, understand and alter electrical control systems.

In addition to technical knowledge, this degree offers you the opportunity to develop a range of key In addition to technical knowledge, this degree offers you the opportunity to develop a range of key employability skills that are highly transferrable to a wide range of areas beyond engineering, such as IT, nance and management. These skills include the ability to use specialist knowledge creatively and innovatively to solve problems, the ability to produce and interpret technical solutions, the ability to explain design ideas, effective communication (spoken and written), good team working skills, project and time management, and strong decision-making skills.