I don’t just install HVAC systems — I engineer them for optimal performance, quiet operation, and long-term reliability.
Whether it’s a cinema set where absolute silence is non-negotiable, a precision manufacturing facility where temperature fluctuations compromise tolerances, or a high-end residential project demanding discreet yet effective climate control, I design and implement systems that work flawlessly. Not just in CAD, but getting my hands dirty with compressor oil when prototyping.
Understanding the Carnot cycle is one thing. Engineering a system that maintains ±0.5°C stability and 400 ppm of CO₂ across a 1000 m² space while operating at peak efficiency is another. I apply first-principles thinking to cooling and heating challenges, ensuring that every component — from compressor to duct layout — serves a purpose without waste.
Thanks to my Soviet-era STEM education, a product designer and manufacturing engineer roles, I can integrate:
I prioritize longevity over short-term savings. That means:
I’ve also built modular, roll-in/roll-out systems — temporary HVAC setups for film shoots in historic buildings, where climate control must be installed and removed without a trace. A week of on-location shooting, then gone — as if it was never there.
I don’t just sit behind a CAD screen. I build, braze, wire, vacuum, charge, test. I fine-tune airflow dynamics on-site and personally ensure that every component functions as engineered.
In a team, I make sure the documentation is clear and everyone understands the rationale of each design choice — my colleagues are a source of ideas and clever tricks, not ego-boosters to boss around.
From ultra-modern passive buildings to derelict industrial spaces, I adapt HVAC designs to real-world constraints — balancing efficiency with practical implementation.
Film production sets, recording studios, and high-end residential spaces require HVAC systems that work without making their presence known. That means:
I optimize HVAC systems for energy savings without sacrificing performance.
Sometimes a Daikin or Midea system can just drop in perfectly without much modification.
But even the Daikin team expect me to tinker with their generic layouts or default configurations. It’s a win-win — I get bleeding-edge tech, they get real-world field data.
Every project receives a bespoke engineering approach, ensuring that the system is tailored to its exact environment, constraints, and user requirements.
I maintain an active network of manufacturers, integrators, tool specialists, and gas suppliers in the HVAC industry:
HVAC doesn’t stand still — new regulations, efficiency standards, and refrigerant transitions are constantly reshaping the field. I stay ahead by following EU regulatory bodies and attending industry-defining trade shows like Chillventa, SIFA, and Batimat.
Where the best engineers in the industry can judge the mediocre ventilation and cooling of exhibition halls. If only they'd let us redesign them!
If you need an HVAC system that balances fresh air, silence, efficiency, and reliability, let’s discuss your specs. I engineer solutions that last. Without the CO₂ headache.
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