VG Engineering
Better Systems through Advanced Engineering

The roar of jet engines in an aircraft testing facility. The hum of gas turbines powering energy plants. The vibration of industrial mechanical equipment. The background noise of heating and ventilation systems in commercial buildings. The din of traffic on highways. And the deliberate silence of NASA's research labs. Behind these advanced mechanical systems lie common challenges: excessive noise, disruptive vibrations, inefficient airflow, and poor exhaust flow dispersion that hinder critical environments. These issues don't just impact performance—they waste energy, reduce efficiency, and create less livable and workable spaces.

From quiet gas turbines to airflow control in wind tunnels and noise management in defense facilities, industries face growing pressure to design systems that are efficient, precise, quiet, and sustainable.

VG Engineering is the go-to destination for tackling noise, vibration, flow, and dispersion control challenges.

“By blending decades of expertise with cutting-edge innovation, we ensure our solutions meet today’s demands while preparing industries for the possibilities of tomorrow,” says Vadim Akishin, President.

Whether it’s silencing disruptive noise, streamlining airflow, or managing exhaust gas dispersion, VG Engineering delivers tailored solutions to meet the needs of the industrial, power generation, and aviation markets. The company’s seamless integration of advanced engineering with practical manufacturing makes it a top choice among clients. Unlike firms that specialize solely in consulting or production, VGE bridges the gap between design and execution. This synergy ensures every solution is technically sound, cost-effective, and manufacturable, reducing inefficiencies and ensuring a smooth transition from concept to reality.

At the core of this seamless approach is VG Engineering’s expertise across three critical areas: noise control, flow optimization, and exhaust gas dispersion management. For noise control, the company develops advanced technologies like industrial silencers, noise barriers, and heavy-duty acoustic doors to minimize environmental disruption and meet regulatory standards. In flow optimization, VGE enhances systems such as gas turbines, HVAC units, and industrial fans, ensuring smooth, efficient operations that reduce emissions and improve overall performance. Also, the company designs systems that simulate real-world conditions for applications like aircraft engine testing, safeguarding against heat, fire, and structural stress while ensuring precise and reliable results.

What truly sets VG Engineering apart is its ability to provide comprehensive turnkey solutions—offering end-to-end services that take projects from concept to completion with precision and efficiency. This approach integrates advanced engineering, meticulous design, and practical manufacturing, ensuring every project meets the highest standards of quality and performance. Moreover, it allows clients to work with a single trusted partner, eliminating errors at every stage—be it design, simulation, manufacturing, or installation.

This vision becomes a reality at the company’s engineering office in Mississauga, Ontario, where cutting-edge research and development take center stage. Leveraging advanced tools like ANSYS CFX and Fluent for computational fluid dynamics (CFD) simulations, VG Engineering refines its designs to perfection. These concepts are then brought to life at the Breslau, Ontario manufacturing facility, which employs CNC equipment, plasma cutting, and other advanced manufacturing processes to deliver precision-engineered solutions.
VG Engineering’s turnkey approach is best illustrated through real-world success stories. For instance, a global food processing company struggling with underperforming ventilation saw airflow increase by 25 percent, from 65,000 CFM to 85,000 CFM, after VGE’s targeted adjustments, including flow straighteners and vanes. This improvement allowed the plant to avoid costly delays and commission operations successfully. Similarly, an aviation client required a cost-effective solution to reduce noise levels at an aircraft engine testing facility. VGE used advanced flow and acoustic simulations to design a custom silencing system that maintained backpressure limits without requiring a full facility overhaul, enabling the client to continue testing engines without disruption.

The company’s credibility is underscored by its numerous certifications, reflecting VGE’s commitment to excellence across all operations. It holds ISO 9001:2015 certification, ensuring high-quality operations. Its engineering office is authorized by Professional Engineers Ontario (PEO), meeting stringent industry standards. Similarly, its manufacturing facility is certified for CSA W47.1 fusion welding, ASME B31.1 and B31.3 process and power piping, and ASME Section VIII, Division 1 pressure vessel manufacturing.

VG Engineering has built its reputation on solving challenges that others often overlook. By addressing unseen forces, the company helps industries achieve whisper-quiet, peak-performing operations that set new benchmarks across sectors. From precision engineering for NASA to transforming processes across global industries, VG Engineering continues its pursuit of improving operations today and paving the way for a more efficient and sustainable future.