IMEG Corp, formed in 2015, through a merger of KJWW Engineering Consultants and TTG Engineers, is one of the largest engineering consulting firms in the U.S. specializing in high performing building systems, infrastructure, and construction-related services. With a global footprint of over 30 offices and a deep bench of over 1,000 team members, we know the technical skills of our people is our product and we strive to build long-lasting client relationships through our guiding principles, expertise, and iterative project approach.
We are currently seeking a Lighting Designer to work in our growing Chicago office. The ideal candidate will have a minimum of three - five years of experience in lighting design, with a focus in Hospitality and/or Theatrical lighting projects. The individual will be applying their bachelor’s degree in a fast pace environment and be involved with unique and challenging projects. To succeed in this position, the individual should possess strong communication skills, be a self-starter, and have the ability to work well within a team setting. Previous work experience with Revit is required and a knowledge in AGI, Maxwell and Sketch Up would be a plus.
IMEG is proud to be an Equal Opportunity Employer. We are committed to providing equal employment opportunities in all employment practices, without regard to race, color, religion, gender, national origin, citizenship status, marital status, age, veteran’s status, disability, sexual orientation or any other characteristic protected by law.
~ 3-5 Years of Previous Industry Experience - Focus on Hospitality and/or Theatrical Lighting projects ~ Bachelor's Degree ~ Previous Experience working with Revit ~ Knowledge in AGI, Maxwell, and Sketch Up a plus
IMEG is one of the largest design consulting firms in the U.S. specializing in high-performing building systems, infrastructure, program management, and construction-related services. We strive to build long-lasting client relationships through our guiding principles, expertise, and iterative project approach.