Balancing Efficiency, Cost Controls, and Quality Standards in Aerospace and Defense Programs with Alexandru Marian, Director Global Operations Strategy & Quality at Beyond Gravity [Speaker Spotlight]

Could you begin with a brief introduction about yourself, and an overview of your responsibilities as Director Global Operations Strategy & Quality at Beyond Gravity?

I am a Senior Quality Expert in aerospace, defense, and space systems, with extensive experience in driving quality excellence and regulatory compliance in high-reliability environments.

My current role at Beyond Gravity focuses on controlling and implementing cost-efficient quality and Operational processes, from system to shop-floor, for bridging the dynamic requirements of the “Old Space” with the “New Space” era and maximizing the output for sustainability and scalability purposes.

How do you approach driving operational efficiency while still meeting the stringent quality and compliance standards required in aerospace and defense programs?

In the Space industry and as well in Aviation, operational efficiency starts with process standardization while following the quality and non-quality requirements from the industry and customers. My approach is driven by simplifying processes and maximizing the output, by reducing or eliminating non-additive value steps for efficiency upscale.

Process standardization, therefore, also goes hand in hand with “data lake” management and analysis. Therefore, the modern, cost-effective standardized processes in the aerospace business are relying on data for throughput analysis and value-added triggered actions. All this standardization is connected end to end with the entire business value chain, driving EBIT, P&L, and ROI performance.

What strategies have proven most effective for implementing cost controls without compromising safety, quality, or mission-critical outcomes?

Personally, I prefer to incorporate cost controls as a relationship between operational and business processes. We are now at a critical turning point, especially for Space manufacturers, with the rapid expansion of serial production in defense and commercial programs, where cost effectiveness is critical for market competition.

Therefore, the most effective strategy in controlling costs and maximizing output, without any safety or quality compromise, is to design measuring points in operations connected to business reporting KPIs, together with challenging what we historically call “non-quality” and driving hands-on change management with the people. In the end, the aerospace and defense industry is all about the people, which achieve extraordinary results when they go beyond conventional thinking and industry mindset inheritance.

How do earned value management and risk frameworks help ensure program performance, transparency, and accountability across complex programs?

In my experience, EVMs and risk frameworks are truly enabling performance and transparency when they are treated together as one instead of separate management reporting tools. Modern aerospace industry requires clear visibility with transparent data, enabling the management or involved personnel to take pertinent action, especially in complex programs where quality requirements are high, production is dynamic, and there is little to none flexibility in output delivery framework.

Risk framework, on the other hand, is best to be driven from peer level to peer level, which I like to call “silo strategy”, starting with the shopfloor and going up to senior management, and works best when it incorporates all dynamics of supply chain, manufacturing, quality, and program/project management, in one single view of performance.

From your experience, what are the biggest tensions between affordability, innovation, and quality, and how can organizations manage those trade-offs effectively?

Naturally, all manufacturers are aiming to design and build products with less costs and highest quality guarantee. The highest tension factor here is time to market, which often dictates the costs, as stringent quality requirements are always required by governing standards and customers. Therefore, as well in this situation, standardization of processes throughout the value chain is a must for a manufacturer to gain a competitive advantage.

The space market, with the emergence of the commercial space industry, is now turning into how I like to call “the new wild west”, where all customers from commercial and defense systems want to be in orbit fast, cheap, and with the required quality of the spacecrafts and missions. This specific behavior mandates the manufacturers and launch providers to design data-driven processes, aligned with the market requirements in terms of costs and time to market acceleration. Traditional space processes are designed for one-time products, prototypes, therefore the time to market is neglected in comparison with the current and future market demands. Organizations should start challenging the roots of their processes, which will become a transformation process where driving change management at a personal level will become a decisive factor for success.

"The space market, with the emergence of the commercial space industry, is now turning into how I like to call “the new wild west”, where all customers from commercial and defense systems want to be in orbit fast, cheap, and with the required quality of the spacecrafts and missions."

How do you align cross-functional teams around shared priorities when balancing cost, efficiency, and customer mission requirements ?

It all starts with an aligned company vision and delivery strategy, for which the peer-to-peer interaction system is the basis of efficiency and performance.

One effective approach is to define the efficient interaction between departments, with challenging the inputs and outputs and defining an integrated quality management system focused on operational quality management and delivery efficiency. Whether in build-to-print or build-to-spec organizations, the relationship between on-time delivery and cost efficiency stands at the core of operational processes.

Looking ahead, what capabilities or mindset shifts are most important for quality and program leaders navigating increasing cost pressure and program complexity?

The winning capability is flexibility with high reliability. The aerospace business is still inheriting laborious and highly administrative processes in support functions, together with classic manufacturing capabilities, which in turn generate costs and in important cases also uncontrolled rates.

Quality and program leaders should focus on enabling production and market acceleration rather than over-controlling, and this can be achieved by process modulation according to the current industry requirements and business needs, coupled with comfortable data-driven operations, which should minimize administration and focus on adding value actions. Undoubtedly, this will require a change management phase or transformation, as professionals like to call it, where making employees feel an active part of the movement will be decisive for progress or regression.