Software Engineer

at  NodeFlair

YEARS OF EXPERIENCE

Information not provided

JOB DESCRIPTION

We’re inventing the future, right here, right now, at Thales. We design the critical security solutions of tomorrow by combining the curiosity to explore, the intelligence to question and the vision to create. Together we solve complicated problems by combining our experience in the market with our leading research and development capabilities.
Be part of revolutionizing our skies for the future of aerospace. A future where all modes of aircrafts piloted or unpiloted, civilian or military move around our skies safer, more efficiently and sustainably for a greener and more harmonized airspace.

QUALIFICATIONS

Relevant bachelor’s degree or Master Degree

Technical skills

• Must-have
• Language: working knowledge of Java Core, Junit.
• IDE/CICD Tools: GIT, Bitbucket, Jenkins, Eclipse, JIRA
• Knowledge of formal software engineering process throughout lifecycle
• writing & reviewing design, requirements, tests and code
• Agile methodology: Scrum
• Devops culture and CICD methodologies
• Nice-to-have
• Language: any others like ADA, C++

• Air Traffic Management domain knowledgeExperience in software development in a safety-critical environment

THE STORY OF YOUR JOURNEY IN THIS ROLE

You will be a member of the software squad which maintains TopSky HE, the current ATM system used operationally by a wide variety of global customers. As such, you will be supporting the program by analysing/fixing PCRs. Additionally, you will be tasked to robustify given test frameworks.
Immediate opportunities to upskill and learn the domain & life cycle of an ATM in operation will be provided via a learning mission to our AMS Headquarters in Melbourne, AUS for a duration of 6-8 weeks. Here you will be guided in a structured regimen of theoretical and practical learning, with the goal of returning to Singapore as an immediate contributor.

AS A SOFTWARE ENGINEER, YOU ARE ACCOUNTABLE FOR:

• Designing and delivering software to meet requirements including architecture, design, reuse, development, integration and verification
• Defining and tailoring the software engineering environment and the process, practices and tools applicable to the project
• Ensuring that the designed solution is developed according to design, schedule, cost and quality expectationsIdentifying risks, and proposing effective solutions; executing mitigation actions and reporting on outcomes and residual risks