Systems Engineering

The Outcome You Want is the Outcome You Receive

Establishing systems specifications and requirements is critical to the success of any new product. Intertec Engineering’s requirements analysis, system design, and aftermarket support services will accelerate your time-to-market while ensuring continued improvement over the product lifecycle.

With proven expertise in the development of large systems, our team of experts will help you create a unifying architecture and identify and correct problems that typically emerge in the design process - regardless of scale. Our engineers are experts in finding solutions that lead to cost-effective, accelerated testing of complex industrial systems.

Intertec Engineering’s test systems team supports requirement development and allocation, system architecture definition, and certification planning for test and control systems, including:

  • ARP4754A, DO-178B/C
  • System Design
  • System Verification
  • System Validation
  • System Integration
  • Project Planning and Management
  • Process Development
  • Safety Analysis
  • Testing (DO-160)

Every Project Begins with Design

Your project’s success is determined in the design stage, so it’s crucial that you get it right. Especially for complex systems like aircraft, marine, and industrial systems, design needs to be done right the first time. As more and more companies are turning to model-based systems engineering (MBSE) to manage product development, it’s clear that they’ve made the same realization.

MBSE implements an architecture-based systems engineering approach which allows companies to manage project development, requirements, validation, and verification more effectively. But, these processes require expert intervention - which is where we come in.

Intertec’s team of experienced engineers and subject matter experts (SMEs) excel precisely in these areas. Intertec will provide you with expert guidance and support throughout the entire concept stage to create models, designs, and documentation that will eliminate disruptions.

Our system and guidance document expertise includes:

  • Doors, Doors NG
  • CAMEO. MagicDraw
  • SysML
  • ARP4754a
  • MOSA, FACE
  • Agile

Intertec will ensure that each and every component is tested and verified for optimal performance. With scalable engagement models, we will provide exactly the support you need, when you need it.

No matter how complex the project, Intertec will handle it - improving test accuracy, time-to-market, and scaling your team’s capacity.

Frequently Asked Questions

What is systems engineering?
Systems engineering focuses on the design, development, implementation, and management of complex systems. It involves the application of engineering principles, methods, and tools to the design and development of systems that meet requirements for functionality, performance, cost, and schedule. Overall, it ensures that all aspects of a system are taken into account and function as needed.
What is the systems engineering process?
The systems engineering process is structured to the design and development of complex systems. It typically involves steps including requirements analysis, conceptual design, detailed design, implementation, testing and evaluation, and maintenance and operation.
What are common tools used in systems engineering?
  • Systems modeling and simulation
  • Requirements management
  • Project management
  • Configuration management
  • Risk management
  • Verification, validation, and testing (V&V)
How does systems engineering help ensure the reliability, efficiency, and cost-effectiveness of a system?
Systems engineering provides a structured and holistic approach to the design and development of complex systems. Through the use of tools, systems engineers are able to identify, analyze, and optimize various components of a system to ensure that it meets the needs of the customer, performs as intended, and is cost-effective. Systems engineers also use risk management tools to identify potential issues and develop strategies to mitigate them, increasing reliability of the system.
How does systems engineering impact safety and security?
Through the use of risk management tools, systems engineers identify potential safety and security risks and develop strategies to mitigate them. They also incorporate safety and security requirements into the system design to ensure that these requirements are met throughout the process. They also consider the entire life-cycle of a system and take into account security during the maintenance and operation phases.

Intertec Engineering provides engineering solutions with a team of experts

No matter how complex, we manage every project from conception to completion