Sergei Furduy: Engineering Confidence in High-Stakes Environments

When failure isn’t an option, experience matters.

For over 25 years at Concept Systems, Sergei Furduy has built a career around exactly that – delivering automation solutions in environments where precision, safety, and reliability are non-negotiable. From aerospace crane systems to nuclear applications and advanced carbon fiber manufacturing, his work operates behind the scenes of some of the most complex systems in the world, quietly doing exactly what it’s supposed to do.

That’s by design.

A Career Built on High-Stakes Systems

Sergei’s foundation in industrial automation began at Odessa National Polytechnic University, in Ukraine, where he focused on adaptive control systems for CNC machines and crane drive systems. This early exposure to motion control would soon shape his career.

That foundation evolved into a global portfolio of projects spanning industries and continents:

• Crane systems used in aircraft assembly and paint hangars
• CNC machines supporting nuclear reactor repair
• Automated welding systems for nuclear fuel containers
• Carbon fiber manufacturing systems for aerospace components in Japan
• Controls retrofits that expand across many industries – Listen to Sergei talk more about retrofits here

“If you’ve flown on an aircraft,” Sergei notes, “there’s a good chance it was assembled or painted using cranes I helped design.”

His experience isn’t defined by a single niche, though; it’s defined by depth across systems where the cost of failure is measured in safety, schedule, and millions of dollars.

Technical Depth That Validates the Work

Sergei is known as a technical anchor here at Concept Systems. An engineer who doesn’t just solve problems but ensures systems will perform reliably in real-world conditions. His depth spans PLC, HMI, and DCS platforms across Rockwell, Siemens, and Fanuc environments, along with advanced motion control, CNC programming, and multi-axis system integration. Over the years, he has designed and commissioned everything from overhead crane control systems and automated welding machines to highly specialized CNC tools used in nuclear reactor repair.

It’s this level of rigor that teams consistently rely on. When systems behave unexpectedly or critical issues surface, engineers often look to Sergei to validate what’s happening and why… cutting through assumptions to identify the true root cause. He doesn’t just restore functionality; he ensures the solution is technically sound, safe, and repeatable.

That trust becomes especially critical in high-pressure moments. When time is limited, stakes are high, and the path forward isn’t immediately clear.

Calm in Chaos

“He’s not someone who gets rattled,” a Senior Engineer shared. “You get into a tough situation, and he’s just, ‘Okay, let me work.“

That calm, methodical mindset has been a constant across more than 260 projects. Whether he’s commissioning systems overseas or troubleshooting complex crane automation in the field, colleagues often point to his ability to remain the most reasonable person throughout a project, especially during the inevitable ups and downs of long, demanding work.

On one of many automated welding systems, a longtime teammate recalled the long hours Sergei put in to ensure every detail was right, spending extended time close to active TIG welding processes. The process requires tight safety measures and poses a risk of exposure to intense UV light, which may result in eye damage, a reminder of how physically demanding these environments can be. Even then, Sergei remained focused on delivering the system correctly and supporting the team through completion. That level of composure is directly tied to how Sergei approaches ownership.

Sergei brings a “finish it right” mentality to every project, with a consistent focus on safety, correctness, and long-term reliability. It’s a standard his teammates rely on and one that aligns closely with Concept’s culture: we stay until it’s done and done right.

Global Collaboration, Done Right

Sergei’s work has taken him across the globe, but more importantly, into environments where collaboration isn’t optional; it’s critical to success.

One of the defining chapters of his career was the multiple trips to Nagoya, Japan, to support the startup of dual-gantry CNC systems used to manufacture carbon fiber wings for an airliner. The project brought together teams from the U.S. and Japan, each with different engineering approaches, communication styles, and expectations.

“It was a true team collaboration,” Sergei shared. “We weren’t just delivering a system. We became part of the customer’s team.”

Working side by side with global aerospace partners, the team navigated language barriers, aligned technical standards, and shared practical knowledge across disciplines. Concept’s project methodology became a unifying thread, driving consistency while allowing space for different perspectives and problem-solving approaches.

His global experience also extended into Europe, supporting highly specialized CNC systems used for nuclear reactor repair in Sweden. Projects where precision, safety, and regulatory compliance are paramount. Standing at the edge of a reactor vessel during preparation for critical repairs, Sergei recalls the moment as something out of a science fiction film yet grounded in real-world responsibility.

Across continents and industries, Sergei brings the same approach: integrate fully, collaborate openly, and deliver systems that perform, no matter the environment.

Core Competencies

Application Experience

Carbon Fiber Manufacturing Workcells (Japan)

Served as Project Manager and Lead Engineer for the design, manufacturing, and integration of advanced industrial automation workcells supporting carbon fiber component production for aerospace applications. Delivered three automated workcells featuring multi-axis CNC systems (42-axis motion), Siemens 840D controls, and SIMATIC S7 PLC platforms. Systems included integrated material handling, safety laser scanners, dual operator stations, and centralized data collection. Engineered robust control systems utilizing Profinet, Profibus, and industrial Ethernet networks, along with complex cable management solutions designed for continuous motion and high-flex applications.

Automated Welding Systems for Nuclear Applications

Led the design, manufacturing, and integration of multiple industrial automation systems for automated TIG welding, supporting high-compliance nuclear applications across domestic and international facilities. Developed 6-axis custom motion control systems using Rockwell PLCs and Delta Tau platforms, combining standard automation technologies with specialized kinematics. Systems included real-time process monitoring, data recording for critical operations, and detailed HMI development. Delivered fully documented solutions aligned with strict regulatory and safety standards.

Semiconductor Facility Control Systems

Engineered and integrated industrial automation control systems for a semiconductor manufacturing facility, focused on cleanroom environmental and process control. Designed systems to monitor and regulate air handling, pressure control, gas detection, utilities, and safety systems. Integrated PLC-based control architecture (Allen-Bradley PLC5), VFDs, and instrumentation across multiple facility subsystems, including chillers, boilers, scrubbers, and fluid handling systems. Delivered a centralized control solution enabling reliable, safe, and efficient facility operations.

Let’s Solve What Matters Most

High-stakes automation requires more than technical capability. It requires experience, accountability, and the ability to deliver under pressure.

If you’re facing a complex system challenge, Concept Systems brings the depth to get it right.

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