Engineering Courses Kent

...principles of preventive and first-line maintenance •apply safe working practices •describe a range of mechanical faults and plan suitable courses of action... Learn about: Working Safely, Mechanical Maintenance...

...(15 credits) Technology Mathematics (30 credits) Year 2 Students are required to study the following compulsory modules. Accounting and Finance for Engineers... Learn about: GCSE Mathematics, Computer Aided Design, Accounting and Finance...

...of the principles of operation of a range of inverter drive systems •correctly configure, operate and monitor drive systems •identify and correct configuration... Learn about: Inverter drive, 3 phase, Ac drive...

...Year 1 Students are required to study the following compulsory modules. Fundamentals of Electrical, Electronic and Computer Engineering (15 credits)... Learn about: Design and Materials, Fundamentals of Electrical, Computer Engineering...

...switchgear and circuit types •diagnose basic faults and recognise their associated symptoms •work with a range of cable types and carry out correct terminations... Learn about: Industrial Electrical, Electrical Maintenance...

...(30 credits) Design and Materials (30 credits) Engineering Mathematics 1 (30 credits) Year 2 Students are required to study the following compulsory modules... Learn about: Engineering Mathematics, Project Management, GCSE Mathematics...

...as suitable guidance and support is provided. On completion of the course, participants will be able to •understand the dangers associated with PAT testing... Learn about: Inspection and Testing, PAT Testing, Electrical Safety...

...in areas such as the automotive and aerospace industries, and high-value manufacturing. Suitable positions are available across a wide range of companies... Learn about: Engineering Principles, Technology Mathematics, Computer Aided Design...

...will be in demand anywhere in the world. Our MSc in Mechanical and Manufacturing Engineering with Industrial Practice is ideal for graduates who want... Learn about: Academic english, Planning and Communication, Individual Research Project...

...Year 1 Students are required to study the following compulsory modules. Power Systems Analysis (15 credits) Technology Integration and Interfacing... Learn about: Communication Training, Electronic Engineering...

...(15 credits) Engineering Professional Skills 2 (15 credits) Design and Materials (30 credits) Engineering Mathematics 1 (30 credits) Year 2 Students... Learn about: Network Training, Design techniques, Computer Engineering...

...You'll emerge with the ability to adapt to future technologies and build the reflective practice for careers in electrical power engineering at professional engineer level... Learn about: Group Power Project, Technology Integration, Electrical machines...

...Year 1 Students are required to study the following compulsory modules. Accounting and Finance for Engineers and Project Managers (15 credits)... Learn about: Engineering Enterprise, Supply and Chain Management, Project Managers...

...and play a key role in developing the products of the future. Our graduates are competent, forward-thinking, business-savvy engineers who can help businesses... Learn about: Product Design, Planning and Communication, Computer Aided Design...

...and future real-world problems. Year 1 Students are required to study the following compulsory modules. Developing, Funding and Commercialising Technology... Learn about: Intelligent Distributed Systems, Funding and Commercialising Technology, Design of Advanced Electronic Systems...

...for forward-thinking graduates seeking career development in manufacturing or engineering management. Graduates from this course can pursue careers... Learn about: Planning and Communication, Embedded Electronics, Advanced Electronic Systems...

...inspection and testing of Portable Appliance equipment and are required to interpret results, record findings and label equipment. Two qualifications are available...

...and major changes from the 16th Edition (What are the fundamental differences between the old and the new Regulations and why) 2) The New Regulations...