Description
Waterfall Security is looking for a motivated and creative Software System Engineer who will be part of the R&D group, and provide technical leadership and help Engineering build next-generation products to manage modern software releases.
This role will report directly to the VP R&D, and involves defining system architecture, dealing with Engineering-centric requirements, researching technical innovations, and engaging in POCs gauging technical risk. Candidates must have solid experience working on complex systems, as well as with software architecture and design process.
Responsibilities
Technical lead of multidisciplinary system development
Communicating business requirements, criteria and needs to software development teams
Researching and evaluating technical standards and tools for a project and determining which ones are the optimal choice
Assist in defining coding standards and guidelines for developers to follow.
Designing and revising a project’s structure
Distributing development tasks to a team of software engineers
Writing sections of code as part of development in a project
System characterization, system documentation management and address system requirements
Architecture definition and requirements analysis and definition
Enhance operations by performing systems analysis; suggest modifications in procedures and policies
Provide architectural oversight and guidance to Engineering teams
Evaluate new technologies
Participate in senior technical job interviews as needed
Requirements and Experience
B.Sc. in Computer Science, Software Engineering or equivalent
Experience in preliminary research and analysis before formulating concepts and requirements for system development
Experience in writing specifications and system documents
Systemic vision and good analytical abilities
Excellent problem-solving skills and ability to work independently
Ability to function as an equal peer when working with Engineering
Outstanding written and oral communication skills
Strong sense of ownership and track record of quality work
Substantial experience in C/C++ coding. C#, JavaScript, and Node – advantage.
2 years of hands-on technical leadership in a Principal Engineer or Technical Lead role
Experience in Linux/Unix based environments development
Extensive experience in multi-threading/multi-purpose environment
Experience in object-oriented design
Solid analytical capabilities
Ability to architect a solution from design through to delivery of applications and systems
Knowledge of networking architectures and protocols.
Creative and innovative
Fluent English
Advantages
Experience with design and implementation of embedded systems
Full stuck development from client to core component architecture design
Experience with implementation of high-speed systems of 10Gbps and above
Background in the security field advantage
Requirements
None
Top Skills
What We Do
Through our software-enabled hardware platforms, we enable secure and reliable operations, protecting against both today’s cybersecurity challenges and those yet to come.
Since 2007, Waterfall Security Solutions has been providing the highest level of protection for critical infrastructure and vital industries. With headquarters in Israel and offices in UAE, Singapore, USA, Europe, and Australia, Waterfall delivers the highest level of OT protection while enabling safe connectivity, visibility, and secure remote access for industrial systems.
Waterfall Security safeguards the most sensitive and critical infrastructures across a wide range of industries including Power, Oil & Gas, Water Utilities, Rail, Manufacturing, Facilities, and Mining & Metals.
As cyberattacks on critical infrastructure are on the rise, software alone is not able to deliver sufficient protections. Waterfall’s unidirectional technology uses an innovative approach, combining unique hardware paired with dedicated software that provides industrial systems with dedicated protection while still allowing remote visibility and remote access.
Attackers are physically restricted with a hardware enforced barrier that that stops OT cyberattacks and shields industrial controls from any outside attempts to plant malicious code or any other harmful activity.
