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All jobsOnsiteEngineeringgeneral software3+ yearsgitlab ci/cd
OnsiteMid Levelgeneral software

System engineer / Devops

Newtone consultingSingaporePosted 19 May 2026

Newtone consulting is seeking a Software System Engineer to manage mission-critical systems in a 24/7 environment. The role focuses on platform engineering, CI/CD pipeline management, and Linux/Windows infrastructure support. Candidates must have experience with containerization, automation scripting, and production support. The role involves cross-functional collaboration to ensure high system stability and reliability.

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Experience

3+ years

Function

Engineering

Work mode

Onsite, Singapore

Company

Tier 3

What you will work on

Newtone consulting is seeking a Software System Engineer to manage mission-critical systems in a 24/7 environment. The role focuses on platform engineering, CI/CD pipeline management, and Linux/Windows infrastructure support. Candidates must have experience with containerization, automation scripting, and production support. The role involves cross-functional collaboration to ensure high system stability and reliability.

TAL's take

Quality 40/1005/5 clarityTier 3 company

Role provides standard DevOps responsibilities at a tier-3 consultancy with unclear long-term growth.

The JD is crisp, detailing specific operational responsibilities and a clear tech stack requirement.

Must haves

  • Minimum 3 years experience in DevOps, platform engineering, or system administration
  • Strong hands-on experience with GitLab CI/CD, Jenkins, Docker, and Kubernetes
  • Proficiency in Linux administration
  • Experience with scripting in Bash, Python, or PowerShell
  • Knowledge of monitoring, observability, and secure CI/CD pipelines

Tools and skills

gitlab ci/cdjenkinsdockerkubernetesgitlinuxbashpythonpowershell

Nice to have: react, node.js, spring boot, prometheus, grafana, nagios, zabbix.

About the company

Small consultancy firm with limited brand presence and generic job description.

Posts mentioning Newtone consulting

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[Thread] What is your favourite math equation?

TLDR: I was reading up on the Navier Stokes equations today and it is so elegant that it might be my favourite math equation. Equation 1: ∇u = 0 (conservation of mass) states that the divergence of the velocity vector u is zero, meaning there is no net change in fluid mass. Equation 2: ρ Du/Dt = -∇p + μ∇^2 u + ρF (conservation of momentum) expresses Newton's second law for fluid flow. It balances the acceleration of fluid particles (LHS) with internal forces (pressure and viscosity) and external forces (gravity or other external influences) on the RHS. This equation is foundational for modelling various fluid dynamics scenarios, from celestial bodies like stars and galaxies to F1 cars. Long Version: Here's how it works: Equation 1: ∇u = 0 (conservation of mass) So, u is velocity that can be represented as (u,v,w) vector, where u,v,w are x,y,z components of the vector. ∇u tells us that we need to do a partial derivative on u. So, ∇u = ∂u/∂x + ∂v/∂y + ∂w/∂z = 0 or, the partial derivative of every component wrt corresponding direction is 0. Equation 2: ρ Du/Dt = -∇p + μ∇^2 u + ρ F (conservation of momentum) LHS: Since, u is velocity, then Du/Dt is acceleration and ρ is density. Newton's second law, F = m x a, applies here. Wherein, Du/Dt is acceleration of fluid particles and m is the density of the fluid. RHS: -∇p + μ∇^2 are the internal forces of particles hitting into each other while F represents the external force. F in most cases is gravity, so one can replace it with g. However, if you put in electromagnetism then, you can combine Navier-Stokes with Maxwell's equations. This has over time led to the development of magnetohydrodynamics, ie how stars and galaxies form. You can model the growth of our sun with this. ∇p is our pressure gradient and represents the change in pressure. Essentially, fluids move from high pressure to low pressure. μ∇^2 represents viscous forces yielding from viscosity. Imagine this can model aerodynamics of F1 cars.

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