Skip to main content
Add as a preferred source on Google

Howard University Announces $785M Construction, Renovation Plan

  • By Matt Jones
  • 03/31/22

Howard University in Washington, D.C., recently announced plans for a $785-million construction initiative that will involve building three new academic halls and renovating multiple existing structures around campus. The project is the largest construction real estate investment in the school’s history, according to a news release. Construction is scheduled to begin this year and be completed by 2026.

The development is part of a phased Central Campus Master Plan that was announced in 2020 in response to an increase in enrollment and philanthropic investments. The Washington Post reports that enrollment jumped by 28 percent in two years, from 9,399 students in fall 2019 to 12,065 students in fall 2021.

 $670 million will go toward the new construction of three new academic halls. The Health Sciences Complex will play home to the Colleges of Medicine, Dentistry, Pharmacy and Nursing and Allied Health Sciences. The Center for Arts and Communications will house the Chadwick A. Boseman College of Fine Arts and the Cathy Hughes School of Communications. Finally, the STEM Center will contain STEM programs like chemistry, physics, biology, engineering, math and related lab spaces.

The three facilities will be the campus’ first new academic buildings since 1984.

“This is a watershed moment in the history of our institution,” said Howard University President Wayne A. I. Frederick. “Because of the tremendously enhanced financial posture we have worked so hard to achieve, the state of the University has never been stronger. The leadership of our board and executive team—along with the caliber of students we have enrolled, the illustrious faculty we have assembled, the dedicated staff we have hired, and the committed alumni base we have cultivated—presents an opportunity for us to solidify Howard’s status as one of the preeminent institutions of higher education in the country.”

The initiative also includes renovations to the Myrtilla Miner Building, which will house the School of Education and the Howard University Middle School for Mathematics and Science.

About the Author

Matt Jones is senior editor of Spaces4Learning. He can be reached at [email protected].

Featured

  • UCNJ Launches $30M Modernization of Physical Education Center

    The Union College of Union County (UCNJ) in Cranford, N.J., recently broke ground on a new $30-million modernization project for its Physical Education Center (PECK), according to a news release. The college partnered with DIGroup Architecture for the project’s design, transitioning the existing 42,000-square-foot structure into a campus hub for student athletics and campus life.

  • textured paper collage shows a school building on fire as a fire truck sprays water into the flames

    Why a Fire Loss Is More than Flames

    We've all seen what fire damage can do to a property, but the types of damage building owners often encounter after a fire loss can exceed expectations. Having full awareness of the different forms of damage properties can sustain helps owners respond faster, reduce continued damage, and get back on the road to recovery in short order.

  • Indiana Wesleyan University Schedules Grand Opening for New Welcome Center

    Indiana Wesleyan University recently announced that it will soon open a new Welcome Center on its campus in Marion, Ind., according to a news release. The facility will serve as the home base for prospective students and their families to learn more about the university and student life there. A ribbon-cutting ceremony is scheduled for February 19.

  • Niles West High School Natatorium Renovation

    Natatoriums are highly specialized spaces, and luminaires in this setting face several unique challenges. Perhaps the most significant is corrosion, which is exacerbated by high indoor humidity, condensation, and pool chemicals, often resulting in material degradation in luminaires not certified to perform in corrosive environments.

Digital Edition