Kyle Frith
About Kyle Frith
Kyle Frith is a recruiter currently employed at Searchability in Chester, England. He has a diverse work history that includes roles in retail management, fitness, and testing, along with a background in sports and exercise science.
Current Role at Searchability
Kyle Frith has been working as a Recruiter at Searchability since 2021. His role involves identifying and attracting talent for various positions within the organization. Based in Chester, England, he has contributed to the recruitment process by leveraging his experience in the retail and fitness sectors.
Previous Experience in Retail Management
Kyle Frith has held several management positions in the retail sector. He served as Branch Manager at HSS Hire from 2018 to 2020, overseeing operations and staff management. Prior to that, he worked as Team Manager at Under Armour for five months in 2017, where he was responsible for team performance and customer service.
Experience in Sales and Customer Service
Kyle's background includes roles focused on sales and customer service. He worked as a Sales Executive/Duty Manager at Total Fitness from 2016 to 2017, and as a Retail Sales Consultant at Next Retail Ltd for seven months in 2014. These positions helped him develop skills in customer engagement and sales strategies.
Educational Background in Sports and Exercise Science
Kyle Frith studied at Coleg Cambria, where he completed a Level 3 qualification in Sports and Exercise Science from 2013 to 2015. This educational background provided him with foundational knowledge in sports studies, which complements his professional experience in the fitness and retail industries.
Diverse Work History
Kyle has a diverse work history that includes various roles across different sectors. He worked at CeramTec UK Ltd as a Piezo Testing technician from 2020 to 2021 and held the position of Deputy Manager at DW Fitness for four months in 2018. Additionally, he served as Team Trainer at TOPSHOP TOPMAN for 11 months in 2015, showcasing his adaptability across different job functions.