Advanced Engineering
Innovation in Action. Precision in
Every Detail.
Engineering solutions that turn complexity into clarity and keep systems performing with precision, reliability, and readiness through every lifecycle stage.
Advanced engineering is essential for managing technical complexity, reducing lifecycle risk, and ensuring systems remain adaptable as mission needs evolve. It provides the structure, analysis, and integration required to keep platforms reliable and ready for sustained operations.
Advanced Engineering Capabilities
At Precise Systems, we bring clarity to complexity by applying advanced engineering disciplines that are agile, scalable, and aligned with operational priorities. Our teams combine modern digital engineering, systems analysis, and hands-on technical expertise to improve system reliability, enhance performance, and support sound decisions from concept through sustainment.
Model-Based Systems
Engineering (MBSE)
Model-Based Systems Engineering brings structure to complex programs by unifying requirements, design, analysis, and verification within a shared digital environment. Precise Systems uses MBSE to strengthen traceability, accelerate decisions, and reduce integration risk across the lifecycle.
Powered by our AWESUM® Tool Suite, our approach helps teams visualize system behavior, validate assumptions early, and maintain a unified digital thread. We support organizations transitioning from document-based methods to model-centric engineering through tailored frameworks, training, and governance. The result is improved collaboration, clearer technical baselines, and systems ready for future growth.
Learn MoreOpen Systems
Architecture (OSA)
Open architecture enables adaptability, and Precise Systems designs with that principle at the core. Using the Harmony™ methodology and the FACE Architecture Modeling Environment (FAME™), we create modular, standards-aligned architectures that support rapid upgrades and seamless integration.
Our OSA approach improves interoperability, encourages software reuse, and lowers lifecycle cost by relying on well-defined interfaces and common data models. From early concept development through sustainment, we apply open systems principles that keep complex systems flexible, modern, and ready to evolve.
Learn MoreAvionics & Vetronics
Development and Integration
Precise Systems integrates complex electronic subsystems that must perform reliably in demanding operational environments. We support the full lifecycle, from requirements and design through prototyping, integration, testing, and sustainment. Our work ensures interoperability, stable performance, and technical readiness while aligning with evolving digital engineering practices and system-of-systems requirements.
Corrosion
Engineering
We address corrosion challenges through proactive engineering, advanced materials selection, and lifecycle-based mitigation strategies. Our teams evaluate risk factors, develop protection plans, and recommend long-term measures that safeguard critical systems and reduce sustainment costs. This improves availability, extends service life, and helps organizations maintain operational continuity.
Alternative Power (Battery &
Fuel Cell) Engineering
Precise Systems supports the engineering and integration of advanced power solutions, including battery technologies and fuel cell systems. We analyze performance requirements, environmental conditions, safety factors, and integration constraints to design power systems that meet reliability, endurance, and efficiency expectations. Our work supports energy resilience and future-focused platform modernization.
Engineering
Support
Our engineers provide flexible, full-spectrum support across concept development, system analysis, configuration management, modification planning, and sustainment engineering. We assist with technical reviews, requirements development, risk assessments, digital engineering adoption, and process optimization. Whether working alongside existing teams or leading engineering activities, we bring the expertise needed to maintain momentum and deliver measurable progress.
Sustaining Engineering
and Lifecycle Readiness
Precise Systems supports sustainment engineering efforts that mitigate obsolescence, maintain system integrity, and preserve fleet readiness. We evaluate reliability and supply data, identify readiness degraders, and recommend solutions such as redesign, reverse engineering, alternative sourcing, or lifecycle buys. Our engineers conduct failure analyses, support engineering investigations, and provide integration guidance for design changes and upgrades. By combining technical judgment with detailed data analysis, we help organizations address issues early, control lifecycle costs, and keep critical systems operating safely and effectively.
Engineering for
Long-Term Success
Across every discipline, our focus is on producing engineering solutions that support clear decisions, reliable systems, and sustainable performance. Precise Systems brings together technical depth, digital engineering experience, and lifecycle awareness to help customers meet complex and evolving requirements with confidence.