Embedded Systems Technology (EST) is building an enterprise as a community of people with exceptional skills, technical excellence, and extensive experience. An environment where originality, creativity, individuality and diverse opinion are valued and rewarded. If you see yourself in this vision and are looking to contribute, build world-first technologies that work, and advance your career in a collegiate-competitive environment - think EST.

EST is the world leader in technologies and methodologies for architecting - and ultra-high performance modeling, verification, and optimization of - large-scale, distributed real-time critical-control systems. These are known as the ESSE technologies, methodologies and products.


Position: Real-time network/bus modelling and distributed simulation engineer
Location: Sydney, Australia

EST is looking to employ an exceptionally talented, real-time systems architect and modelling and distributed simulation engineer with deep knowledge and experience, and good communication and collaboration abilities - all in one skin!

This challenging position involves the design and development of ultra-high performance, distributed network/bus models, and contribution to the advancement of EST's ESSE technology, methodology and products. The role requires a high-level of software, hardware and systems engineering skills and a comprehensive understanding of, and experience with, low-level hardware systems, real-time and multi-threaded embedded software, and system architecture.

To be successful, your technical profile will include a first-class degree / double degree in electrical engineering, computer science and/or computer engineering, and 5+ years post graduate experience in systems design, C++/C and Java programming languages.

EST offers a generous salary package and share option scheme. And the opportunity to work with some of the smartest co-workers in the industry who are defining EST's future and the future of the fast growing global marketplaces requiring large-scale, distributed, real-time, critical-control systems engineering and modelling.