SERVICES

Responsive, Cost Effective, Best-In-Class Engineering Services

Andrews Space has been supporting the aerospace industry with responsive, cost effective, best-in-class engineering services and solutions since the company’s founding.

Our employees have extensive systems engineering and hardware development backgrounds that allow them to provide fast, effective results on a wide range of challenging aerospace programs.

Our modern computer infrastructure and state-of-the-art tool set allows our employees to support your needs either on-site or remotely, while maintaining access to Andrews’ technical experts and resources.

Andrews has supported customers with rapid prototyping and hardware development for time critical projects.

Please contact us for more information on our capabilities and to discuss how we can best support your time critical needs.

Our Services

Rapid Prototyping

Accelerates development and testing of aerospace components, systems, or models.
Utilizes advanced methods like 3D printing, CAD, and additive manufacturing.
Enables quick design iterations and early identification of design flaws.
Reduces time from concept to production, enhancing development speed.
Offers flexibility in modifying and optimizing designs efficiently.
Lowers costs and supports faster market introduction of innovative solutions.

Hardware Development

Involves designing, building, and testing physical components for aircraft, spacecraft, and related systems.
Focuses on creating durable, high-performance hardware capable of withstanding extreme conditions (e.g., high speeds, intense pressure, and temperature variations).
Requires rigorous testing and quality control to meet safety and regulatory standards.
Incorporates advanced materials (e.g., composites, alloys) to optimize strength-to-weight ratios.
Balances cutting-edge innovation with reliability, ensuring systems work flawlessly in mission-critical environments.
Often utilizes simulation and modeling to refine designs before physical testing.
Essential for enabling new advancements in propulsion, navigation, and communications systems.

Systems Engineering

Manages the design, integration, and coordination of complex aerospace systems and subsystems.
Ensures all components work together seamlessly to meet mission requirements and performance goals.
Involves defining system requirements, interfaces, and technical specifications from the project’s start.
Focuses on risk management, balancing reliability, safety, and performance across subsystems.
Uses modeling, simulation, and rigorous testing to validate system performance under various conditions.
Coordinates efforts across multidisciplinary teams, including mechanical, electrical, and software engineering.
Plays a critical role in lifecycle management, from initial concept through to deployment and maintenance, ensuring long-term mission success.

Aerospace Program Expertise

Involves comprehensive management of aerospace projects, from initial planning to final deployment.
Ensures projects meet technical, budgetary, and schedule goals through meticulous oversight and coordination.
Requires deep knowledge of regulatory standards, safety protocols, and compliance requirements in aerospace.
Manages cross-functional teams, aligning engineering, manufacturing, and logistics to achieve project milestones.
Focuses on risk assessment, mitigation, and quality control to safeguard mission objectives.
Utilizes strategic planning and resource management to optimize project outcomes within time and cost constraints.
Essential for delivering complex aerospace programs on time and within budget while meeting all mission-critical requirements.