"CONCEPT TO COMPLETION TECHNOLOGY PROJECT DELIVERY"
Company Background
Kovacs Engineering was founded in 1988, as an independent consulting engineering firm that provides concept to completion technology project delivery to end user, vendor and service provider organizations.
This methodology combines expert professional design engineering and advanced construction project management techniques to produce resilient and highly available solutions that are driven by organizational requirements rather than vendor sales objectives.
This inclusive and holistic approach provides the following tangible benefits:• True customized solutions that avoid the “one-size fits all” approach• Significant cost savings and reduced implementation time frame,• Minimizes task overlap and duplication of effort, • Consistent high-touch and valued customer relationships,• Continuous staff knowledge transfer through whiteboarding and mentoring• Reduced troubleshooting and life cycle management• Increased long-term system reliability
This methodology combines expert professional design engineering and advanced construction project management techniques to produce resilient and highly available solutions that are driven by organizational requirements rather than vendor sales objectives.
This inclusive and holistic approach provides the following tangible benefits:• True customized solutions that avoid the “one-size fits all” approach• Significant cost savings and reduced implementation time frame,• Minimizes task overlap and duplication of effort, • Consistent high-touch and valued customer relationships,• Continuous staff knowledge transfer through whiteboarding and mentoring• Reduced troubleshooting and life cycle management• Increased long-term system reliability
Project Philosophy
Avoiding needless complexity is of paramount importance in any endeavor, especially technology projects.
SIMPLE IS ALWAYS BETTER.
The simplest solution that supports all organizational requirements and requires the least amount of hardware, software, installation, implementation, provisioning and life cycle management is the best option when presented with multiple alternatives.
It also assures reduced troubleshooting and the lowest capital and operational costs.
Determining the simplest solution does require diligent effort to fully document and characterize the existing environment to create a baseline.
The simplest solution that supports all organizational requirements and requires the least amount of hardware, software, installation, implementation, provisioning and life cycle management is the best option when presented with multiple alternatives.
It also assures reduced troubleshooting and the lowest capital and operational costs.
Determining the simplest solution does require diligent effort to fully document and characterize the existing environment to create a baseline.
A detailed survey, audit and analysis of all critical infrastructure is leveraged to identify deficiencies and drives the creation, refinement and validation of the detailed design package.
As an example, you would not attempt to build a home without a complete construction package that completely specifies all major systems (foundation, structural, electrical, mechanical, elevation, etc.). The same rationale should apply to your critical infrastructure.
“A complete and detailed design package that is created by consensus is priceless.”
The detailed design package becomes the deployment, implementation and testing blueprint and serves as the bridge between the existing and the newly upgraded environment.
“A complete and detailed design package that is created by consensus is priceless.”
The detailed design package becomes the deployment, implementation and testing blueprint and serves as the bridge between the existing and the newly upgraded environment.