Embedded Software Developer / Software Engineer
- Location: Newport
- Salary: £50 - £60 per hour
- Job Type:Contract/Interim
Posted over 2 years ago
- Sector: Hardware & Software, Advanced Manufacturing, Engineering & Manufacturing, Aerospace & Defence
- Function: Software Engineer
- Contact: Beth Stevenson
- Contact Email: bethstevenson@coretalent.co.uk
- Duration: 6 months
- Start Date: asap
- Expiry Date: 12 February 2022
- Job Ref: 29735/001_1642093601
Embedded Software Developer / Software Engineer
Newport
£Negotiable
6 Month Minimum Contract (possibly 12 months)
We are currently looking to recruit an Embedded Software Developer/Software Engineer on behalf of Aerospace & Defence Company in the Newport area.
THE ROLE:
The successful Embedded Software Developer / Software Engineer will be able to demonstrate a strong understanding of C/C++ within the Aerospace and Defence sector.
KEY DUTIES:
Proficient in the engineering life cycle, continuous integration & continuous delivery techniques
Develop C++ software in a real-time embedded systems with strong capabilities in different software development methodologies, tools and compilers.
Adhere to software development best practices and methodologies
To successfully deploy and develop software in to new systems within Aerospace & Defence
Working with microcontrollers and microprocessors
THE PERSON:
The ideal Embedded Software Developer / Software Engineer will have the following skills and experience:
Minimum of 3 years C++ proven experience (8 years general development with C++ is also desirable)
Protocol awareness including, but not limited to I2C, SPI & CAN
Competent with Linux
IOT is familiar to you
Knowledge around Arduino, STM 32, PI Microcontroller & RTOS
Worked with oscilloscopes & logic analysers previously
SFIA 4+ is also very desirable to the employer
Excellent decision making skills with an ability to solve complex issues
Excellent analytical skills with an ability to communicate effectively, both written and oral
Act as a team member and mentor using scrum methodology