Charlotte Pollock - Graduate Acoustic Consultant

 

Meet Charlotte, MEC's newest Acoustic Consultant who brings a unique blend of music and sound engineering expertise to her role. After completing a BSc in Music & Sound Technology at Staffordshire University, Charlotte went on to study for a Master’s in Audio Engineering at the University of Derby. This solid foundation in sound and acoustics led her to join MEC as a Graduate Acoustic Consultant in September 2024, where she is already making her mark in the field of acoustic consulting.

 

Tell us a little about your role. 

As an Acoustic Consultant, I am responsible for conducting noise surveys and modeling noise maps using CadnaA to assess the distribution of noise across a site. I then recommend the most effective mitigation measures to ensure compliance with noise regulations.

This may involve advising developers on acoustic treatments, adjusting building facades, or reorienting dwellings. My role is crucial in helping people live and work in spaces that are comfortable and free from disruptive noise issues.

 

How have you found being a female engineer working at MEC? 

Since joining the team, I have thoroughly enjoyed my time as an engineer at MEC.

I feel valued and appreciated in my role, and I am treated with fairness and respect.

 

Would you encourage other women to consider roles in engineering? 

I would definitely encourage other women to consider engineering roles.

You can achieve anything you set your mind to, regardless of your gender.

It's important for more women to join this sector and challenge the outdated notion that engineering is traditionally a "man's job."

 

Looking Ahead

 

Charlotte’s enthusiasm for acoustics and her drive to build on her existing skills make her a valuable asset to the MEC team. As she continues to grow in her role, she is excited about the opportunity to contribute to the development of quieter, more sustainable environments. With her passion, expertise, and determination, Charlotte is on a clear path to making a significant impact in the field of acoustic engineering.