SPELL
Angie M. is a seasoned professional in sustainability and engineering, currently serving as a Sustainability Specialist at SPELL since March 2021. Previously, Angie worked at Honeywell as a BMS Quality and Commissioning Engineer from August 2017 to March 2020, and at Schneider Electric as a BMS Commissioning Engineer and QA Manager from October 2015 to March 2017. Angie founded Mimi Chaos Swimwear LLC, contributing to the startup from 2012 until August 2015. Additional experience includes roles at Tenova Takraf as a commissioning engineer and technical commissioning assistant, and at Mechanical Enterprises Inc. as a Mechanical Engineer/Project Coordinator. Angie began a career in mechanical design engineering at Sopogy in early 2011. Educational credentials encompass a Bachelor of Applied Science in Mechanical Engineering from the University of Hawaii at Manoa and a Diploma in Sustainable Operations from Envirotech Education.
SPELL
Spell is a modern-bohemian fashion brand. The story began when two sisters joined each other in the idyllic beachside town of Byron Bay, Australia, to continue a journey they'd started together many moons ago, as children. Inspired by far-off places, vintage treasures and childhood memories. The sisters' designs allude to the dreams of their Latvian grandparents who fled war-torn Europe bound for America, but for a twist of fate ended up in a dusty refugee camp in Australia; to their hippie parents, a leather craftsman and potter, who in the 1970s hopped from town to town following their own wild dreams. Most of all, Spell's flowing, feminine dresses, love of turquoise, florals and age-old lace, whisper to the sisters' own childhood. Spell taps into that sense of nostalgia, beauty and freedom that so compliments the female spirit. The vibrant, expressive part of you that emerges on vacation, or mid-strut at a festival, Spell brings that spirit to life, wherever you are. All garments are proudly designed and sampled in the Arts & Industry Estate of Byron Bay, and produced ethically in factories around the world.