Principal Engineer

Summary of responsibilities

The designated Automation Engineer provides deep technical expertise and is tasked with the responsibility for the co-planning, co-design, implementation, operations and on-going maintenance of the new Data Center and Campus covering the on-premises virtualization platform, compute, fiber-channel based storage, enterprise backup and the consumption of ancillary Cloud services.

Key Areas of Responsibilities

• Key participant in a cross-functional team (consisting of network, storage, compute, security) which will be leading the planning, design, implementation and operations of our Future State Architecture (FSA).
• Future State Architecture will cover the following minimally: product selection of compute, fiber-channel storage arrays, enterprise backup appliances, physical and logical placement of systems elements, design and implementation of ancillary tools and services such as Jenkins, Spinnaker, Terraform, Vagrant, Postgres + Corosync, Postfix, DHCP, DNS, NTP, Grafana and syslog collectors among others.
• Responsible for the detailed planning and execution of the multi-year phased services migration (JomPAY, FPX, DuitNow et al) to the Future State Architecture with minimal downtime from a systems perspective.
• Keep abreast on emerging systems technologies which may be appropriate for adoption which would supplement our agility and provide the foundation to execute organization goals in an expedited manner.
• Acts as the deployment lead for the design, installation, operation, service and maintenance of any BAU systems solution and implementation (across various layers).
• May lead systems integration with external entities to ensure a successful implementation, when necessary.
• Participates in any computer emergency response team in response to various security incidents such as denial-of-service attacks, malware infestations and internal fraud attempts.
• To build the foundation to facilitate automated patch updates across the infrastructure.
• To build and enhance the systems monitoring capability: capacity, response and service degradation.
• To maintain an accurate record reflecting the current and historical systems settings including the decision-making rationale for said configuration.
• To inculcate the best practices, operational discipline and guidelines across the systems team.
• To participate in yearly audit exercises and ensure requirements are adhered to at all times.

Organizational (organizational responsibilities)

• To participate in other working groups of small projects undertaken by the division on issues with regards to Systems Architecture & Design.

Qualifications

Minimum Qualifications

• Degree in Computer Science with a minimum of 7 years of relevant work experience, preferably in a high pressured System Integrator environment – exceptional self starters will be considered.
• RHCE or Linux Professional Institute certification would be an added advantage.
• Experience in the IT banking and Telecommunications sector would be an added advantage.

Technical Qualifications

• Advanced level knowledge across RedHat Linux and Windows Server OS platforms.
• Experienced architecting and designing from ground zero a resilient, highly available and low latency infrastructure on a VMware (ESXI) or RedHat Virtualization (RHV) platform.
• Must be adept at programming in at lebackuast one language: Python, Ruby, Perl or advanced shell scripting.
• Mandatory experience performing systems automation using Ansible (preferable) / Chef / Puppet to drive any of the following: system deployment, operating system hardening, software management or patch deployment in a Continuous Integration and Continuous Deployment fashion.
• Implementation experience with: - Active Directory, SMTP, LDAP, DHCP, HTTPS, DNS, the open source software ecosystem covering Jenkins, Spinnaker, Terraform, Vagrant, Grafana, Apache, Squid, Tomcat, Nginx, HA-Proxy, Postfix, Oracle Web Logic, Prometheus, Elastic Search, Logstash, Kibana and JBoss among others.
• Experienced performing systems-based performance bottleneck analysis and remediation:- vmstat, iostat, lsof, sar, collectl and sysblock.
• Implementation experience with Cloud offerings from AWS and GCP such as EC2, S3, Route53, ELB, DBaaS would be an advantage.