Science laboratory technology courses

...Mechanical engineers work on very small products like motors that turn a CD in a CD player, or miniaturised mechanisms known as nano-technology. They also work on very big products like cars and aeroplanes. Mechanical engineering involves the materials involved, the dynamics of a system...

...Mechanical engineers work on very small products like motors that turn a CD in a CD player, or miniaturised mechanisms known as nano-technology. They also work on very big products like cars and aeroplanes. Mechanical engineering involves the materials involved, the dynamics of a system...

...Mechanical engineers work on very small products like motors that turn a CD in a CD player, or miniaturised mechanisms known as nano-technology. They also work on very big products like cars and aeroplanes. Mechanical engineering involves the materials involved, the dynamics of a system...

...Mechanical engineers work on very small products like motors that turn a CD in a CD player, or miniaturised mechanisms known as nano-technology. They also work on very big products like cars and aeroplanes. Mechanical engineering involves the materials involved, the dynamics of a system...

...Mechanical engineers work on very small products like motors that turn a CD in a CD player, or miniaturised mechanisms known as nano-technology. They also work on very big products like cars and aeroplanes. Mechanical engineering involves the materials involved, the dynamics of a system...

...Mechanical engineers work on very small products like motors that turn a CD in a CD player, or miniaturised mechanisms known as nano-technology. They also work on very big products like cars and aeroplanes. Mechanical engineering involves the materials involved, the dynamics of a system...

...The course is made up of sufficient units to equate to 360 GLH - 3 core units and a number of specialist units. The specialist units enable the student to study particular areas within Motor sports engineering in depth. The course contect includes: Computer Aided Design; Vehicle Maths and Science...

...Mechanical engineers work on very small products like motors that turn a CD in a CD player, or miniaturised mechanisms known as nano-technology. They also work on very big products like cars and aeroplanes. Mechanical engineering involves the materials involved, the dynamics of a system...

...Mechanical engineers work on very small products like motors that turn a CD in a CD player, or miniaturised mechanisms known as nano-technology. They also work on very big products like cars and aeroplanes. Mechanical engineering involves the materials involved, the dynamics of a system...

...Mechanical engineers work on very small products like motors that turn a CD in a CD player, or miniaturised mechanisms known as nano-technology. They also work on very big products like cars and aeroplanes. Mechanical engineering involves the materials involved, the dynamics of a system...

... for credit four times when topics vary. DSGN 99. Independent Study (2 or 4) Independent literature or laboratory research by arrangement with and under...

...Mechanical engineers work on very small products like motors that turn a CD in a CD player, or miniaturised mechanisms known as nano-technology. They also work on very big products like cars and aeroplanes. Mechanical engineering involves the materials involved, the dynamics of a system...

... courses. Resources and Facilities All teaching takes place in the laboratory. It is well equipped with computers, modern test equipment and tools. Teaching...

...The course is made up of 18 units - five core units and thirteen specialist units. The specialist units enable the student to study particular areas within Motorsports engineering in depth. The course content includes: Computer Aided Design; Vehicle Systesm, Engine Technology, Engineering Design...

... Logic Controllers; Engineering Applications of Computers; Manufacturing Technologies; Robotics...

... Logic Controllers; Engineering Applications of Computers; Manufacturing Technologies; Robotics;...

... and analysis. Year two continues to develop engineering analysis tools but also develops more specialised topics, such as the mechanics of flight and aircraft electrical power systems. Key to these first two years is a systems approach with hands-on design exercises and laboratory tests. These enable students... Learn about: Electronic Engineering, Aerospace Engineering, Engineering Management...

... is complete. During the Initial Year, you spend four days a week at College, on the other day, you study at the University for laboratory sessions where... Learn about: Skills and Training...

... tools but also develops more specialised topics, such as the mechanics of flight and aircraft electrical power systems. Key to these first two years is a systems approach with hands-on design exercises and laboratory tests. These enable students to not only gain a clear understanding of aerospace... Learn about: Aerospace Engineering...

... using a mixture of lectures, tutorial/seminar sessions and laboratories. In addition, you can expect to undertake approximately an additional 100 hours... Learn about: GCSE Mathematics, IT Management, Skills and Training...