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Amarinth Ltd. is seeking to recruit a dynamic Trainee Design Engineer to strengthen the Design Department and contribute towards the continued growth of its business. The Design team is responsible for providing hydraulic design support to the operational teams across the business, along with completing various Research & Development projects to improve its products.
Amarinth Ltd. is seeking to recruit a dynamic Graduate Design Engineer to strengthen the Design Department and contribute towards the continued growth of its business. The Design team is responsible for providing hydraulic design support to the operational teams across the business, along with completing various Research & Development projects to improve its products.
This project would suit an Engineering graduate with some experience of 3D CAD. We would like to complete the work during the summer of 2019. This is the project overview:
Amarinth has developed an automated Sales Quotation System (SQS) which pulls together data from various sources within the company to generate a single, consistent sales quotation to meet a specific customer requirement.
This work involves adding new Amarinth products to an existing drawing module used by the SQS. The module creates a drawing called a General Arrangement (GA) which provides the critical dimensions of the overall pump package.
The GA is created automatically by selecting the appropriate drawing template and then adding the dimensions to it: the dimensions are stored in a library.
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Please apply via the online application form which can be found under the “careers” button at the top of our website.
Amarinth has developed an automated Sales Quotation System (SQS) which pulls together data from various sources within the company to generate a single, consistent sales quotation to meet a specific customer requirement.
This work is to develop a spreadsheet module to integrate with the SQS. When launched, the spreadsheet will conduct a pass/fail check of various mechanical aspects of the solution design, such as deflection, component stresses and bearing life. Each of the checks will be affected by the material properties, temperature and fluid details.
We aim to complete the project during the summer and it would suit a student available between June and September 2019
Pump performance curves are essential to the correct choice of pump. The curves are used by the Amarinth Sales team to select pumps to meet a customer’s specific requirement. Amarinth has developed a new range of pumps which require performance curves to be created and added to its bespoke pump selection program (AOL).
We aim to complete the project during Summer 2019 and would suit a student who is available June – September 2019.
Amarinth’s manufacturing facility is split over two buildings: one for assembly and the other for testing: they are 20 metres apart. After a pump is built, it is transferred from the Assembly building to the Testbay and, following testing, back to the Assembly building for final checking and packing.
Pumps come in two formats: horizontal and vertical. The horizontal pumps are transferred between the buildings using a forklift truck but the vertical pumps are more of a challenge as they can be up to 7m long and weigh 2 tonnes. This project involves designing a method of transferring vertical pumps in a safe and practical manner between the two buildings.
This would suit a student with an interest in heavy engineering who is free between June and September 2019.
Over the years many centrifugal pump manufacturers have ceased trading, leaving their customers unable to obtain some spares parts, particularly those which wear, such as casings and impellers. Amarinth endeavours to support those customers by re-engineering parts.
This project involves assisting in the accurate measurement of pump components and recording the data, within an engineering assembly shop environment. The data will then be used to create a number of re-engineering template drawings using a state-of-the-art 3D CAD package.
This project would be suitable for a student with 3D CAD experience and who is available between June and September 2019.
Amarinth Ltd. is seeking to recruit a dynamic Design Engineer to strengthen the Design Department and contribute towards the continued growth of its business. The Design team are responsible for providing hydraulic design support to the operations teams across the business along with completing various Research & Development projects to improve our products.
Amarinth Ltd is fully committed to the provision of goods and services which are fit for their intended purposes and which conform fully to its customers’ requirements.
Trade and industry bodies that Amarinth are either independently verified and accredited to, or members of:
We work together to create innovative solutions which help our customers operate more efficiently and effectively.