Midhun Palakkal Raghunath

Available to hire

I am Midhun Palakkal Raghunath, an acoustics and audio technology graduate from Aalto University.

About

I am Midhun Palakkal Raghunath, an acoustics and audio technology graduate from Aalto University. I bring hands-on experience in loudspeaker development, electroacoustic measurement, signal processing, and simulation-driven acoustic design. I am skilled in prototyping, testing, and refining loudspeaker systems through structured measurements, data analysis, and practical engineering workflows. With over six years of experimental R&D experience at IIT Madras, I maintain a strong discipline in laboratory work, repeatable data acquisition, and measurement-based problem solving.

I thrive in collaborative, hands-on environments where experimental rigor and practical engineering meet creative problem solving. I am passionate about translating complex acoustic data into reliable, manufacturable solutions and continue to expand my skill set across measurement, modeling, and prototyping.

  • 7 years' experience
  • Joined June 2026

Languages

  • EnglishFluent
  • HindiFluent
  • TamilFluent
  • MalayalamFluent
  • FinnishBeginner

Industry experience

  • Manufacturing
  • Education
  • Professional Services
  • Media & Entertainment
  • Software & Internet

Work experience

Master's Thesis · Aalto Acoustics LabJun 2025 – Dec 2025 · 7 mos

Optimized a spherical loudspeaker array for voice directivity using a MATLAB-based spherical-cap radiation model and developed a simulation-driven workflow to study array geometry, driver configuration, and directivity behavior.

Project Officer · IIT MadrasMay 2017 – Jul 2023 · 6 yrs 3 mos

Led complex thermoacoustics and combustion-instability experiments with strong focus on data quality, structured testing, and technical reporting. Analysed high-precision data, supported lab operations and equipment use, and improved repeatable workflows and team training.

Master's Thesis & Internship · DRDO - RICMay 2016 – Apr 2017 · 1 yr

Modeled piezoelectric acoustic transducers and synthesized PZT thin films using sol-gel processing. Simulated piezoelectric hydrophones and MEMS-based acoustic transducers using CoventorWare.

Education

MSc (Tech) in Acoustics and Audio Technology · Aalto University2023 – 2025
MSc in Materials Science · ANNA UNIVERSITY2015 – 2017
BSc in Physics · University of Madras2012 – 2015

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