McGaw Chapel Seating Chart

Located on the campus of Ohio Wesleyan University in Delaware, Ohio, McGaw Chapel is not only a place of worship but also a popular event venue. The chapel’s grand architecture and rich history provide a unique backdrop for various events such as weddings, concerts, lectures, and receptions.

Constructed between 1892 and 1895, McGaw Chapel was named after philanthropist Joseph T. McGaw who had contributed $20,000 towards its construction. The design of the chapel was overseen by famed architect Robert S. Platt who incorporated elements of Gothic Revival and Romanesque architectural styles to create a grand structure. The chapel’s stunning stained-glass windows, intricate ceiling moldings, and impressive organ have been admired by visitors for over a century and are still in use today.

When it comes to event planning, McGaw Chapel provides a unique and elegant space. The chapel can accommodate up to 1,200 guests, with seating options including pews or chairs, providing flexibility for different types of events. The chapel’s natural acoustics make it an ideal location for musical performances. In addition, the venue has ample space for staging and sound equipment, making it a favorite among local bands and performers.

Another perk of hosting an event at McGaw Chapel is the beautiful surrounding campus. Many couples choose the chapel as their wedding venue because of its romantic atmosphere and picturesque surroundings. The university’s well-maintained gardens provide a lovely backdrop for wedding photos. The proximity of Delaware’s downtown area also makes it easy for guests to enjoy all that the town has to offer.

McGaw Chapel is a versatile venue that can accommodate a variety of events. From weddings and musical performances to business conferences and lectures, this historic building offers a unique and elegant space for all types of gatherings. Whether you’re looking for a beautiful spot to say “I do” or a stage for your band’s next gig, McGaw Chapel is an excellent choice for any event.