Leading HARMAN's Acoustic Systems Engineering and Active Sound Management global department in Europe, USA, Japan, Korea and China regions - the team of ~120 acoustic engineers, managers and directors, and project leaders - specializing in in-car branded sound systems development - architectures and sound tuning, and active sound management solutions.Selected customers: Alfa-Romeo, Aston Martin, Audi, Bentley, BMW, Daimler, Ferrari, Ford, McLaren, Mini, Volvo, Renault, GM, Fiat, KIA, Genesis, Toyota, Lexus, Subaru, Geely, Great Wall and many othersAudio and Technology Brands: JBL, Harman/Kardon, Bowers & Wilkins, Bang & Olufsen, Revel, Mark Levinson, Lexicon, Infinity, AKG• Chief Acoustic Systems Architect role for all Harman customers in the world - developing system architectures, components requirements and integration (amplifiers, transducers, mechanical and signal processing)• leading acoustics development with internal and external organizations starting with system design, through product development gates until SOP+90 and Change Requests with a focus on the sound performance and branded sound• technology scouting, collaboration with Research groups and Universities on refining proofs-of-concept into serial development• maintaining the quality of the projects by HARMAN standards; resolving quality problems; recommending and implementing system improvements• forecasting requirements; head-count planning, preparing an annual budget; scheduling expenditures.• growing professional and technical knowledge by attending educational workshops; benchmarkingstate-of-the-art practices; participating in professional societies (Audio Engineering Society).

Together with AES AA 2019 Committee, I am managing submissions of scientific publications and workshops, including peer reviews.

Management of the Bang & Olufsen Automotive Acoustics staff of engineers, specialists and technical project managers. Responsibility for the acoustic performance of the Bang & Olufsen branded sound systems in Audi, BMW, Mercedes-AMG and Aston Martin.

Design, development and implementation of Bang & Olufsen Advanced Sound Systems for Audi and BMW. Working on current projects and on innovative concepts for future projects.- audio engineering of in-car sound systems (equalisers, delays, compressors, spatial processors, etc.)- creating sound identity of automotive sound systems by skilful sound tuning- frequent collaboration with the customer- signal flow review, design input, functionality testing- concept specification and realisation- in depth review of mechanical data related to acoustical packaging- amplifier review / testing- application of multiple measurement techniques- overview of source types, DSP, amplifier, cable harness, loudspeaker and enclosure acoustics

- research collaboration with Music Research, Sound Recording Area on projects related to room acoustics and psychoacoustics- research member of the Small Environment Acoustics Research & Testing lab at McGill University

- High Definition Impulse Response Research Group- virtual acoustics research- McGill recording studios maintenance- studio and live recordings

I worked as a freelance sound engineer, broadcast engineer and acoustician for various clients:- National Polish Television (sound supervision, live mixing news programmes, broadcasting from studio and broadcast truck)- BBC Worldwide (recording and production of dubbing and voice-overs, mainly for CBeebies channel - over 300 episodes)- Polish National Radio (assisting, FOH mixing of live studio concerts)- Tercja Recording Studio (music production, mixing, recording, commercial post-production)- McGill University (webcast engineer - live mixing and broadcast of local concerts)

Summer internship in a world renowned classical music production facility.- sound editing- production assistance- microphone / loudspeakers measurements- audio archiving

author of 30+ publications on audio hardware (testing and general reviews) and on multichannel audio technology.

lectures and presentations on music technology and introduction to computer science for music students