Ginaz Almus

Research Group: Control and Manipulation of Microscale Living Objects Multiphysics simulations (Acoustics, Solid Mechanics, Electro-mechanics, CFD & Thermal), acoustofluidic MEMS experiments, image and data analysis

Supervised graduation projects of senior mechanical engineering students Assisted mechanical engineering courses (Machining Dynamics and Machine Tool Vibrations, Mechanical Engineering Systems Laboratory, Acoustics & Noise Control Engineering, Theory of Machines, and Statics)

Led a startup and TÜBİTAK-founded R&D project, focusing on structural and vibration simulations and developing a nonlinear vibrating system model. Responsibilities also included managing finance, business, and engineering operations.

Consultancy for noise & vibration control in construction projects, determination of project requirements and specifications according to building standards (ASHRAE, REHVA, ISO), room acoustic & material simulations, vibration treatment of HVAC devices, acoustic measurements (Brüel & Kjaer), material tests with impedance tube, material development, documentation

PhD Candidate

Thesis Title: Numerical Investigation on the Acoustic Imaging of the Human Respiratory System and Manufacturing of the Synthetic Experimental Model Modeled the 3D human respiratory system using image processing techniques, investigated sound propagation, and performed acoustic imaging methods on the model of the human respiratory system to compare diagnostics potentials, and performances of different beamformers