To implement, manage and monitor earth observation systems, encompassing the design of EO systems architecture, ingestion, processing, archiving and dissemination of products for existing and new satellite sensors received.
Key Outputs:
Oversee the transfer (data management) of old archive data to new archiving systems and availability of processing systems/products.
Oversee the dry run of systems and onsite acceptance systems testing with international and local suppliers
Perform technical tasks, such as software development, systems integration, systems administration, testing, etc. where needed to implement, integrate, automate, or improve Earth observation data systems.
Establish appropriate processes and practices and ensure that these are implemented to create an enabling and supportive for technical growth, reliability, communication, and quality of services
Define and document options for future system architectures as input and to enable the roll out of the Data Systems strategy and plan.
Consult with the business to discuss the Directorate's needs, conduct research on best technologies and set up systems to deliver on requirements
Keep abreast of relevant technology by networking and participating at technical conference, webinars and workshops
Operate within the framework of applicable industry regulations and best practices
Manage the project close-out process and produce final project report, reviewing strategic project and lessons learnt
Identify strategic projects based on strategic priorities, objectives and action plans for existing and new satellite sensors other programmes.
Provide input into and manage maintenance and operational contracts with local and international suppliers, pertaining to technical requirements, budgeting, costing, risk analysis and management, scheduling, and maintenance levels
Develop business case to determine feasibility, associated costs, risks and user requirements
Prepare and track project plan to map out project activities, resource planning, costs, and associated risks
Execute strategic projects to ensure adherence to project plan and timeframes
Participate in new sensor evaluations to establish / recommend the EO sensor portfolio for national and regional requirements
Monitor compliance to contract and systems integration processes
Develop and monitor adherence to data ingestion and production standard operating procedures
Provide feedback on quality of passes received
Lead formal systems engineering and project management processes.
Project Engineering, Integration and Upgrade of Earth Observation Systems
Qualifications and Experience:
Master's Degree in Engineering, Electronics or Aerospace (NQF Level 9)
Minimum 5 years' experience in Systems Engineering and technology management
Minimum 5 years' experience in software development and systems integration
Relevant skills and knowledge of Amazon Web Services or equivalent cloud solution architecture.
Experience building and maintaining big data pipelines including open data licensing, metadata, and other standards such as CEOS specifications for analysis ready data.
Ability to epitomise positive, collaborative, and inclusive team culture.
Experience working with scientific specialists and Earth observation data.
Open-source software development practices.
Ability to communicate complex systems in simpler terms with internal and external stakeholders.
Build and maintain relationships with infrastructure and data processing partners.
Experience working in diverse and inclusive teams.
Systems and software modelling tools / languages, i.e., UML, SysML, LML
Standardized architecture definition and documentation approaches, i.e., ISO/IEC 42010, SEI Views and Beyond, DoDAF, TOGAF, etc.
Holistic view of Business, Satellite Systems, Operations, Market, and other Ground stations
Information Technologies, Computers and networks, internet, product delivery mechanisms
Database Management and Storage technologies
EO Ingest, Archive and Catalogue Systems
EO Processing Systems, GIS
SLA and maintenance management, risk assessment and systems analysis
Systems requirement identification, systems specification, verification and validation, product life cycle and project management.