SeeByte creates the world’s most advanced smart software for the latest generation of unmanned underwater vehicles, including autonomous underwater vehicles (AUV) and remotely operated vehicles (ROV) for the military and offshore sectors. SeeByte also work in the Renewable Energy market providing autonomous diagnostic tools. Beyond visualisation and automation, SeeByte systems extract information to create awareness, which can be used to reason intuitively and autonomously. These technology and deployment capabilities make SeeByte-enabled remote machines more productive, safe and reliable; operational performance is significantly enhanced at a reduced cost.
SeeByte are looking to fill a Software Engineer post, based in Edinburgh to be filled immediately:
Software Engineer - Edinburgh
Salary – Dependant on skills/experience
Company – SeeByte Ltd (www.seebyte.com)
Job Type – Permanent
Strong Software Engineer required to work on the development of a range of underwater autonomy solutions. The successful candidate will be required to:
· Work as a member of a team of developers in the design, development and testing of software.
· Follow industry best practices and standards, complying with specifications provided.
· Follow processes and procedures as communicated by the Project Manager.
· Ability to work within small engineering teams
Academic Qualifications / Experience
· Good degree (1st /2.1 Hons or equivalent) in Software Engineering, Computer Science or similar numerate discipline.
· Practical experience in programming on Linux or Windows systems.
Essential Technical Skills
Demonstrable experience in:
· C++ or Java
· Object Oriented Design
Skills nice to have - but not essential
· Experience in one of the following areas:
◦ Signal and Image Processing / Computer Vision
◦ Navigation Systems
◦ Robotics / Autonomous Systems / Control Systems
· Java Swing
· Experience developing Graphical User Interfaces.
· Knowledge of Human-computer interaction principles.
General Skills
Relevant Technology Keywords:
Java, C++, User Interfaces, HCI, Kalman Filter, Control, PID Loops, Signal Processing, Image Processing, Particle Filter, Motion Detection, Navigation.