Light & Wonder Offices

Light & Wonder is headquartered in Las Vegas and has 11 office locations.

OnSite Workplace

Employees work from physical offices.

Typical time on-site: 5 days a week

U.S. Office Locations

Global Office Locations

HQ

Las Vegas

6601 Bermuda Rd., Las Vegas, NV, United States, 89119

Bengaluru

Pattandur Agrahara Rd, Pattandur Agrahara, Whitefield, Bengaluru, Karnataka, India, 560066

Chennai

International Tech Park, Tharamani, Chennai, Tamil Nadu , India, 600113

Chicago

Chicago, United States

Egg Harbor Township

Egg Harbor Township, United States

Manchester

Manchester, United Kingdom

Mississauga

Mississauga, Canada

Oyon

Oyon, Macao

Pune

Pune, India

Reno

Reno, United States

Sliema

Sliema, Malta

2 Hours AgoSaved
In-Office
Las Vegas, NV, USA
Gaming
Two-year rotational leadership program for recent graduates, providing hands-on experience across gaming operations, finance, supply chain, production, accounting, FP&A, audit, and related business functions. Participants complete projects, develop analyses, collaborate with leaders, attend development workshops, and build cross-functional business knowledge. Successful participants may transition into roles aligned with their skills and career goals.
6 Hours AgoSaved
In-Office
2 Locations
Gaming
Lead the design and development of embedded electrical systems for gaming products, ensuring compliance and performance. Mentor junior engineers and troubleshoot complex electrical issues.
2 Days AgoSaved
In-Office
Las Vegas, NV, USA
Gaming
Develop and execute global go-to-market strategies for gaming products and enhancements. Create launch playbooks, pricing proposals, commercial packages, positioning, and sales enablement materials. Monitor product performance, pipeline activity, adoption, competitive trends, and revenue opportunities. Partner with Product Management, Marketing, and global sales teams to align roadmaps, messaging, pricing, and launches. Serve as a commercial subject matter expert for the table games portfolio and improve scalable GTM processes.