Careers

Control electronics for Digital Displacement® machine

Control electronics for Digital Displacement® machine

Artemis is recruiting:

We are looking for talented people with a passion for engineering to work at the cutting edge of digital hydraulic development and application across a number of industries.

It’s not just your academic skills that make you stand out, show us why you’re an engineer and what motivates you.

Hands on experience and hobby activities are as much what we look for as academic qualifications.

Engineering: We’re looking for people at graduate level or with some experience in the following roles:

Manufacturing Engineer

Required skills and experience

  • Degree in a relevant engineering field with some specialism in manufacturing systems and techniques
  • Curiosity and passion for engineering
  • Understanding of mechanical and electrical systems
  • Ability to work closely with different disciplines (mechanical, simulation, software and hardware)
  • Desire to work in a fast moving environment closely linked to research and development activity

Desirable skills and experience

  • Experience of working on mechanical or electrical systems and assemblies. This could be through your coursework, prior employment or personal interest.
  • May work on own vehicles, build robots or have in interest in making or modifying things
  • Autonomous and self-motivated

A high level of responsibility is to be expected at an early stage and there is scope to make a significant impact in the way systems are implemented.

Attitude, energy and commitment are as important as academic qualifications. Show us what you can do. Candidates should have a practical approach and a hands on attitude.

Electronic Engineer

Required skills and experience

  • Degree in Electrical/Electronics Engineering or similar
  • Passion for engineering and understanding of mechanical and electrical systems
  • Ability to work closely with different disciplines (mechanical, simulation, software and hardware) to produce practical systems

Desireable skills and experience

  • Thorough understanding of electronic and electrical principles
  • Knowledge of sensors and instrumentation
  • Good organisational skills
  • Practical skills such as wiring & soldering

Full on the job training will be given in this exciting new technology and a high level of responsibility is to be expected at an early stage. The job will appeal to outstanding engineers who relish the idea of becoming members of an innovative team and advancing their designs from idea to tested hardware.

Attitude, energy and commitment are as important as academic qualifications.  Show us what you can do.

Candidates should have a practical approach, as the job will involve hardware prototyping and testing of machines operating in our laboratory.  You will be doing hands on engineering.

Embedded software engineer


Required skills and experience

  • Degree in Electronic Engineering, Embedded Software or similar
  • Strong development ability C and C++
  • Low-level embedded system hardware programming
  • Good organisational skills
  • Knowledge of software documentation and testing processes
  • Ability to work closely with different disciplines (mechanical, simulation, software and hardware) to produce practical systems

Desirable skills and experience

  • ARM 32-bit microcontroller programming
  • Real-time operating system software development and debugging
  • Formal software testing methods
  • Use of version control systems
  • Good analogue and digital circuit design knowledge
  • Experience of PCB design
  • Experience of FPGA design

Full on the job training will be given in this exciting new technology and a high level of responsibility is to be expected at an early stage. The job will appeal to outstanding embedded software engineers who relish the idea of becoming members of an innovative software and electronic design team. Attitude, energy and commitment are as important as academic qualifications. Candidates should have a practical approach, as the job will involve hardware prototyping and testing of machines operating in our laboratory.

Mechanical design engineer


Required skills and experience

  • Degree in Mechanical Engineering or similar discipline
  • Passion for engineering and understanding of mechanical and electrical systems
  • Ability to work closely with different disciplines (mechanical, simulation, software and hardware) to produce practical systems

Desirable skills and experience

  • Experience of working on mechanical items
  • May work on own vehicles, build robots, etc
  • Interested in making or modifying things
  • Autonomous and self-motivated

Full on the job training will be given in this exciting new technology and a high level of responsibility is to be expected at an early stage. The job will appeal to outstanding engineers who relish the idea of becoming members of an innovative team and advancing their designs from idea to tested hardware.

Attitude, energy and commitment are as important as academic qualifications. Show us what you can do.

Candidates should have a practical approach, as the job will involve hardware prototyping and testing of machines operating in our laboratory. You will be doing hands on engineering.

Systems and Simulation Engineer

We have a new opportunity for a graduate engineer to join the team at Artemis developing unique and innovative hydraulic machines. The successful candidate will join the modelling and control systems team, focussing on understanding all aspects of the behaviour and performance of Digital Displacement® hydraulic machines and the systems in which they are applied. This leads naturally to involvement in the design and development of the control algorithms and systems for specific applications of the Digital Displacement technology, as well as the testing and tuning of such systems.

Skills and Experience

Qualifications required : Degree in Mechanical / Electronic Engineering or similar.

The development of Artemis’ technology combines Mechanical, Electronics and Embedded Systems Engineering. This position would be of interest to an engineer of any background that is keen to apply analytical skills to understanding how complex Mechatronic systems behave and are controlled. The insights gained through this analytical understanding can then be applied to practical design and technology development, and verified by experimental testing.

Desirable Skills and Experience:

  • Experience of mathematical analysis of mechanical and fluid systems.
  • Interest in practical problem-solving.
  • Experience with Matlab / Simulink would be useful but not essential.
  • Experience in mechatronic system design and practical system control.

Full on the job training will be given in this exciting new technology and a high level of responsibility is to be expected at an early stage. This job will appeal to outstanding graduate engineers who relish the idea of becoming members of an innovative team, understanding the operation of complex mechatronic systems, and using their understanding to improve and progress the technology through to tested hardware in real-world applications.

Attitude, energy and commitment are as important as academic qualifications. Candidates should have a practical approach, as the job will involve hardware prototyping and testing of machines operating in our laboratory.

To apply for any of the roles list above, please email your CV to recruitment artemisip com

Student Placements

Artemis takes on a small number of students every year to work with our engineers on development projects:

Term time engineering placements

Artemis plans to take on one or two engineering placement students during the 2017/2018 academic year. The successful candidates will help our engineers across their full range of activities including lab testing, mechanical and electronic design, simulation and data analysis.  If you’re looking for a demanding, hands-on placement with a great engineering team, please email your CV to recruitment artemisip com

or post to Michelle Davis at the address below:

Summer engineering placements

Artemis plans to take on one or two engineering placement students during the 2017/2018 academic year. The successful candidates will help our engineers across their full range of activities including lab testing, mechanical and electronic design, simulation and data analysis.  If you’re looking for a demanding, hands-on placement with a great engineering team, please email your CV to recruitment artemisip com

or post to Michelle Davis at the address below:

 

Doctoral Training

As part of a recently awarded multi-million pound project from the Advanced Propulsion Centre UK, Artemis is collaborating with the University of Edinburgh to fund up to 5 doctoral level researchers to contribute to the development of this unique technology.

Artemis Digital Hydraulics Doctoral Training

Artemis Intelligent Power is leading the world in developing the first truly digital hydraulic pumps and motors. These machines enable the development of hydraulic systems which save energy and reduce fuel consumption in off or on-road vehicles, and provide novel solutions to existing challenges in renewable power generation.

Programme Structure

The successful candidates will be employed full time by Artemis for the 3 year duration of the scheme. They will also be enrolled as full time PhD students at the University of Edinburgh. Although candidates will be formally employed by Artemis they will be focused on delivering the research aims of their PhD topic.

Funding is available to cover the course fees and an additional salary for the 3 year duration of the scheme.  The initial salary will be £23k per year with the possibility of annual increments depending on individual performance. The salary is not a “stipend” and will be subject the normal rates of UK income tax.  Applicants are expected to submit their thesis at the end of the 3 years as funding cannot be extended beyond this time.

Each employee will have an industrial supervisor from the Artemis Engineering team, and an Academic supervisor from the University of Edinburgh.

For more information on this program, please follow this link