| Date | 12/09/2025 |
|---|---|
| Intitulé du poste recherché | Request fot Internship + Master’s Thesis in Acoustics & Vibrations (February – August 2026) |
| Expérience professionnelle | *** Research Intern, Laboratoire de Mécanique et d’Acoustique (LMA), Marseille, France • Research on structural vibrations and acoustic wave propagation using FDTD in MATLAB, and COMSOL. • Acoustic Black Hole (ABH) modeling for vibration damping and noise reduction. • Combined computational and experimental workflows for acoustic metamaterials. |
| Formation | *** Erasmus Mundus Joint master’s degree in WAVES (Waves, Acoustics, Vibrations, Engineering and Sound) * 3rd Semester-Aix Marseille University (AMU) & Centrale Marseille, France: Environmental Acoustics | Acoustic Imaging & Non linear Systems | Aero & Vibroacoustics Metamaterials | Waves in continuum media * 2nd Semester-Universitat Politècnica de València (UPV), Spain: Psychoacoustics & Room Acoustics | Electroacoustics & Sound Systems | Musical Acoustics & Signal Processing | Ultrasounds & Underwater Acoustics | Programmable Instrumentation & Simulations * Ist Semester-Universidad de Coimbra (UC), Portugal Building Acoustics & Vibrations | Computational Modelling | Sound Insulation & Noise Control Instrumentation & Acoustic Measurements | Sustainable Building Rehabilitation *** Bachelor of Civil Engineering National University of Sciences and Technology (NUST) Structural Engineering | Building Dynamics | Construction Materials |
| Type de poste recherché | Without acoustics, our built and natural environments would be incomplete — sound is at the heart of comfort, functionality, and sustainability. With a background in Civil Engineering and current specialization in the Erasmus Mundus WAVES Master’s programme, I am seeking a 6-month internship combined with my Master’s thesis project (February – August 2025). My areas of interest include: * Building acoustics & room acoustics * Environmental acoustics & noise pollution control * Vibration control, acoustic metamaterials & vibroacoustics * Computational modeling (FEM/BEM/FDTD), Simulations (MATLAB, COMSOL, cadnA, soundPLAN, CATT Acoustics, ODEON, EASE, INSUL ) * Hands-on experimentation and real-life acoustic projects I am highly motivated to contribute to innovative and sustainable acoustic solutions within engineering, consulting, or research environments, while advancing my thesis in applied acoustics and vibrations. I am open to discuss any potential opportunity, as I bring a diverse and multidisciplinary acoustics background. |
| Contact | Shoaib Irfan 📧 📧 📞 +33 774695915 (Marseille, France) |
| Courriel | |
| Site internet | https://www.linkedin.com/in/shoaibirfan1556 |
