Luna's Corporate Social Responsibility Plan - "We Care"
Being a good corporate citizen is a standard business practice at Luna Innovations Incorporated. At Luna, we care about our communities, our environment and our employees.
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Luna's employees are actively involved in the local communities in which we live and work. Our employee-driven Charitable Contributions Committee ensures that the company puts its time and resources into those programs with elevated needs. Our involvement includes youth mentoring and enrichment programs that focus on promoting engineering and science-oriented career choices, as well as aiding in workforce development for nanotechnology-based training. | |
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Luna believes that there is no better time than right now to take action to advance our local and global communities, as well as the health and well-being of our employees. We are taking steps in our day-to-day business to protect our planet and to ensure our employees are safe at work. We are growing our future workforce through internship offerings and sponsorship programs. Luna has a strong, professional, innovative team because we continually evaluate our benefits package and program offerings to keep turnover low and recruitment high. | |
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Luna emphasizes responsible business practices that impact the lives of our employees, the places in which we work, and the products and services we deliver to our customers and shareholders. Wellness programs encourage individuals to maintain healthy, active lifestyles. Luna University offers courses developing the total employee. Our environmental, health & safety and total quality policies and practices underline our commitment to safe workplaces and quality products and services. | |
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Luna's Environmental Stewardship Committee leads the company in its "going green" efforts by encouraging employees to apply strategies for conservation and sustainability at work and at home. In addition, Luna has green technologies under development, such as the use of carbon nanomaterials to improve organic solar cell efficiencies for alternative energy. |



