Systems engineers
play an integral role in the success of businesses in many industries.
They lay the
foundation or blueprint for systems to begin conception, production, and
realization of valuable operations. The International Council on Systems
Engineering (INCOSE) dates the origin of systems engineering back to World War
II (1940s) at Bell Telephone Laboratories. Today, systems engineering is a
process that includes identifying a problem based on consumer needs and
developing a solution that is constantly re-evaluated throughout its execution.
In short, systems engineers monitor the performance of systems and continually
assess all stages of operations to ensure that a problem is solved.
The American Society of system engineer reported that
systems engineers’ possess an in-demand ability to apply an interdisciplinary
approach to ensure technical needs are translated into step-by-step
processes—in effect, producing efficient and effective results. A systems
engineer will often collaborate with a project manager and the engineering
team, and take the lead to translate between the two to facilitate the
achievement of a successful system. The systems engineer will also work
throughout each stage of the given system or process, from design and development
to validation and operation, onto quantitative risk assessment, often focusing
on performance, testing, scheduling, and costs. Due to the broad nature of the
work, a systems engineer may work in virtually any industry, from software
development and robotics, to nanotechnology or civil engineering.
Because of the type
of work involved, not surprisingly, those who hope to pursue a career as a
systems engineer should be highly proficient in math and science-related
topics. Additionally, many systems engineers will be in near constant
communication with engineering teams, project managers, and other stakeholders
in the project. Ultimately, aspiring systems engineers should have highly
developed interpersonal skills.
Systems engineering
can be a truly rewarding field. Read on to discover what it means to be in
systems engineering, including the common everyday tasks, typical employers,
specializations, and the work environment.
Engineer Responsibilities include:
·
Managing
and monitoring all installed systems and infrastructure
·
Installing,
configuring, testing and maintaining operating systems, application software
and system management tools
·
Ensuring
the highest levels of systems and infrastructure availability
Job brief
We are looking for a Systems Engineer to help
build out, maintain, and troubleshoot our rapidly expanding infrastructure.
What does a systems engineer do?
You will be part of a talented team of
engineers that demonstrate superb technical competency, delivering mission
critical infrastructure and ensuring the highest levels of availability,
performance and security. Qualified systems engineers will have a background in
IT, computer systems engineering, or systems engineering and analysis.
Responsibilities
·
Manage
and monitor all installed systems and infrastructure
·
Install,
configure, test and maintain operating systems, application software and system
management tools
·
Proactively
ensure the highest levels of systems and infrastructure availability
·
Monitor
and test application performance for potential bottlenecks, identify possible
solutions, and work with developers to implement those fixes
·
Maintain
security, backup, and redundancy strategies
·
Write
and maintain custom scripts to increase system efficiency and lower the human
intervention time on any tasks
·
Participate
in the design of information and operational support systems
·
Provide
2nd and 3rd level support
·
Liaise
with vendors and other IT personnel for problem resolution
Requirements
·
BS/MS
degree in Computer Science, Engineering or a related subject
·
Proven
working experience in installing, configuring and troubleshooting UNIX /Linux
based environments.
·
Solid
experience in the administration and performance tuning of application stacks
(e.g.,Tomcat, JBoss, Apache, Ruby, NGINX)
·
Solid
Cloud experience, preferably in AWS
·
Experience
with virtualization and containerization (e.g., VMware, Virtual Box)
·
Experience
with monitoring systems
·
Experience
with automation software (e.g., Puppet, cfengine, Chef)
·
Solid
scripting skills (e.g., shell scripts, Perl, Ruby, Python)
·
Solid
networking knowledge (OSI network layers, TCP/IP)
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