IT Project manager / service delivery
Newtone Consulting is seeking an IT Project Manager to oversee service delivery and project governance. The role involves managing project schedules, coordinating with internal and external stakeholders, and ensuring vendor performance and SLA adherence. The successful candidate will monitor system maintenance, security compliance, and operational reports. This position requires strong leadership and experience in end-to-end project and support services.
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Experience
5-10 years
Function
Operations
Work mode
Onsite, Singapore
Company
Tier 3
What you will work on
Newtone Consulting is seeking an IT Project Manager to oversee service delivery and project governance. The role involves managing project schedules, coordinating with internal and external stakeholders, and ensuring vendor performance and SLA adherence. The successful candidate will monitor system maintenance, security compliance, and operational reports. This position requires strong leadership and experience in end-to-end project and support services.
TAL's take
Tier 3 company with a standard IT project management role.
Clear and coherent responsibilities defining an IT project management and service delivery role.
Must haves
- Strong leadership, planning, and project management skills
- Excellent interpersonal, verbal, and written communication abilities
- 5-10+ years in project management, service delivery, or IT operations roles
- Proven track record managing end-to-end project delivery and steady-state support services
- Experience working with external vendors and multi-stakeholder environments
About the company
Small consulting company with limited digital footprint.
Posts mentioning Newtone Consulting
Newton School fake placements
[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.
Instructor salary for Newton School (online)
I wanted to know if instructors are earning good utilising their hours as a part time here. Has anyone worked as an instructor and any idea what is the range of hourly pay for an SQL, Excel, power BI instructor.