Systems Engineering

Prolancer understands if you struggling to deliver ICT systems on target (budget, time and quality). Budgets may have been cut and it may be hard to recruit the qualified staff that you need. At the same time your exiting project team is labouring to meet new demands from your customers while at the same time managing greater complexity of problems and technology.

Without help to meet the deadlines and deliver on the promises to your customers, the consequences may be significant: delayed deliveries, financial penalties, embarrassment, lost opportunities and diminished customer confidence.

However, you need help from someone that can get the job done and get it done your way; following your performance and quality standards.

Prolancer has the systems engineering knowledge, skills, experience, tools and methodology that are needed real progress on your ICT projects efficiently.

With Prolancer you can:

close resource gaps on your ICT projects;
relieve your overworked staff;
lower your project cost;
reduce the project and engineering risk; and
shorten the time to measurable business benefit from your ICT projects.

You can definitely count on Prolancer to help you meet deadlines and deliver on promises to your customers efficiently.

Prolancer specialises in real-time communication and network enabled enterprise and telecommunication carrier grade systems.

Service Overview

Prolancer’s Systems Engineering service is unquestionably your passport to system engineering knowledge, skills, experience, tools and methodology.

The service gives you access to experienced business analysts, systems engineers, technical writers, and optionally access to engineering tools and all aspects of the Prolancer’s own engineering methodology.

Prolancer’s engineers are experts in one or more engineering domains and systematically apply best engineering practices. In addition, all have the necessary experience to quickly grasp the big picture and then set out and perform the hands-on work required to get the job done.

Further, Prolancer’s own engineering methodology draws from some of the best engineering methodologies that are currently in use by some of the largest R&D organisations.

Finally, Prolancer’s systematic and professional approach to engineering, streamlined processes and tools and strict adherence to project milestones ensure that you reap the benefits such as lower project costs, reduced engineering risks and shorter time to revenue or measurable business value.

For more information on Prolancer’s Systems Engineering service, or if you wish to discuss your specific needs obligation free, please contact Prolancer.

Engineering Activities

Prolancer offers the following systems engineering activities:

Concept Development - to perform concept studies and analysis, requirements definition, preliminary planning and evaluation of alternative technical approaches and associated costs for the development or enhancement of a system.
Requirements Analysis - to create comprehensive requirements specification for your system.
System Architecting - to create a set of suitable system architectures and models, then to perform evaluation of each architecture and model and complete cost/benefit analysis.
Alternative Design Evaluation - to evaluate and rate alternative architectures and designs and complete cost/benefit analysis.
Prototyping - to produce a working prototype of a system.

Delivery Approach

To best accommodate you needs, Prolancer delivers all services using an approach that is fully tailored to your needs.

Prolancer’s engineers can quickly adapt to and use your methodology, tools and business systems to perform their tasks. However, all engineers have access to all aspects of the Prolancer’s own engineering methodology and tools. As a result, they are able to supplement, if so required, your engineering capability with Prolancer’s resources at no additional cost to you.

While efficiency remains absolutely the top priority during engagement, Prolancer does not compromise on quality, systems approach to engineering and iterative approach to managing risk and complexity.