CBSbutler Holdings Limited trading as CBSbutler
Hardware Engineer
Job Location
Hilsea, United Kingdom
Job Description
Hardware Engineer - Modem Systems
+ 12 month contract
+ Portsmouth based with some remote working
+ SC Cleared role
Key Skills:
+ RF/Analogue & Digital skills
+ Military level design
Leading the development of specialised satellite modem hardware for secure and resilient communications links.
Main responsibilities:
+ User needs capture, requirements analysis and design response at sub-system (chassis) and module (circuit board layout) levels;
+ support through procurement, manufacture and integration phases, both with in-house departments and 3rd party suppliers;
+ acceptance testing (and fault diagnosis) at module and integrated unit levels;
+ environmental qualification testing.
The resulting output will include a manufacturing pack that can be handed to a third-party fabrication plant for board manufacture and final assembly.
Applicants should have a broad range of experience with mixed-signal (RF/analogue and digital) electronics design, including:
Experience in designing to meet Military-level design and test standards (Mil-Std 810) at both circuit board and unit level
Experience in designing to meet the regulatory environment related to achieving CE/UKCA marks on end products (e.g. RoHS/REACH/EN62368), including the production of evidential documentation.
Testing and diagnosis of the resulting circuit boards in the final installation.
Generation of Test documentation (both Design Proving and Production Level) for both individual circuit boards and the integrated unit.
It would be advantageous for the successful candidate to have:
Familiarity with Aircraft-level design and test standards (DO-254/DO-178/DO-160)
Generation of schematic design and circuit board layout design for both digital and RF circuit boards in Mentor Graphics.
Familiarity with Model-Based System Design techniques
A background knowledge/interest of satellite communication systems/industry or Modem technology
Location: Hilsea, GB
Posted Date: 11/15/2024
+ 12 month contract
+ Portsmouth based with some remote working
+ SC Cleared role
Key Skills:
+ RF/Analogue & Digital skills
+ Military level design
Leading the development of specialised satellite modem hardware for secure and resilient communications links.
Main responsibilities:
+ User needs capture, requirements analysis and design response at sub-system (chassis) and module (circuit board layout) levels;
+ support through procurement, manufacture and integration phases, both with in-house departments and 3rd party suppliers;
+ acceptance testing (and fault diagnosis) at module and integrated unit levels;
+ environmental qualification testing.
The resulting output will include a manufacturing pack that can be handed to a third-party fabrication plant for board manufacture and final assembly.
Applicants should have a broad range of experience with mixed-signal (RF/analogue and digital) electronics design, including:
Experience in designing to meet Military-level design and test standards (Mil-Std 810) at both circuit board and unit level
Experience in designing to meet the regulatory environment related to achieving CE/UKCA marks on end products (e.g. RoHS/REACH/EN62368), including the production of evidential documentation.
Testing and diagnosis of the resulting circuit boards in the final installation.
Generation of Test documentation (both Design Proving and Production Level) for both individual circuit boards and the integrated unit.
It would be advantageous for the successful candidate to have:
Familiarity with Aircraft-level design and test standards (DO-254/DO-178/DO-160)
Generation of schematic design and circuit board layout design for both digital and RF circuit boards in Mentor Graphics.
Familiarity with Model-Based System Design techniques
A background knowledge/interest of satellite communication systems/industry or Modem technology
Location: Hilsea, GB
Posted Date: 11/15/2024
Contact Information
| Contact | Human Resources CBSbutler Holdings Limited trading as CBSbutler |
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