Harvard University will begin offering a Master in Design Engineering (MDE) beginning in fall 2016. The two-year program was developed and will be jointly taught by faculty from Harvard’s Graduate School of Design (GSD) and John A. Paulson School of Engineering and Applied Sciences (SEAS).
The program is designed to give students the skills to take a collaborative approach to complex open-ended problems. The multi-disciplinary curriculum encompasses engineering and design as well as economics, business, government regulation and policy, and sociology.
“From new materials and fabrication techniques to increasingly sophisticated distribution systems and prototyping technologies, practitioners today have at their disposal a powerful design engineering toolkit,” said Francis J. Doyle III, the John A. Paulson Dean and John A. & Elizabeth S. Armstrong Professor of Engineering & Applied Sciences at SEAS. “The aim of this new program is to help graduates use those resources to address big systemic problems.”
Graduates of Harvard’s new MDE program will be qualified for careers that require broad problem-solving skills, including entrepreneurship, business consulting, technical consulting, innovative engineering, and business development.
Students will take the equivalent to four courses per semester over two years, including a series of seminars and guest lectures by innovators, designers, business leaders, and government officials. During the second year, students will complete a design project.
Students enrolled in the program will be asked to develop comprehensive plans to tackle real-world questions such as:
- What would it take to convert the U.S. transportation system from its almost total reliance on gasoline to more economical and environmentally friendly alternatives?
- How could the health care delivery system be transformed to yield better outcomes at lower cost?
- What steps can cities take to adapt to rising sea levels and other climate change-induced environmental impacts with minimal disruption to society?
- How can homes be designed to consume zero net energy by minimizing year-round heat transfer and incorporating on-site generation of energy?
- In developing products that integrate into the Internet of Things, how should companies design devices that balance individual privacy and security with the benefits of networked intelligence?
- In addressing these design challenges, students will take into account technological, consumer acceptance, economic, regulatory, legal and other considerations.
For guidance, students can utilize one-on-one tutorials, reviews, and critiques with faculty from both schools as well as experts in related engineering design fields.
Harvard’s MDE program is intended for architecture, urban planning, engineering, and science professionals – individuals with an undergraduate degree, demonstrated technical literacy, and at least two years of real-world experience in engineering, design, government, and/or business.
Prospective students interested in learning more about the MDE program can visit its website or contact designengineering@harvard.edu for application and admission information.
Related Stories
| Jan 31, 2014
6 considerations for rehabbing student union buildings
Most colleges and universities feel pressure to offer the latest amenities in order to attract and retain the best and brightest students. While hauling in the bulldozer to create modern facilities is attractive in some regards, deciding to renovate can be just as effective and, in some cases, even preferable to new construction.
| Jan 30, 2014
Mayors of 10 metros unite to cut building-related climate pollution
Organizers say combined initiative could cut as much climate-change pollution as generated by 1 million cars every year, and lower energy bills by nearly $1 billion annually.
| Jan 30, 2014
See how architects at NBBJ are using computational design to calculate the best views on projects [video]
In an ideal world, every office employee would have a beautiful view from his or her desk. While no one can make that happen in real life, computational design can help architects maximize views from every angle.
| Jan 30, 2014
The evolving workplace: One designer's inspiration board
"Open office" has been a major buzzword for decades, and like any buzzword, some of the novelty has worn off. I don't believe we will abandon the open office, but I do think we need to focus on providing a dynamic mix of open and closed spaces.
| Jan 30, 2014
How reverse engineering nature can spur design innovation
It’s not enough to copy nature. Today’s designers need a deeper understanding of environmental nuance, from the biome in.
| Jan 30, 2014
What to expect in the metal building industry in 2014
Every year brings changes. This one won’t be any different. We’ll see growth in some areas, declines in others. Here’s a little preview of what we’ll be writing about 2014 when 2015 comes rolling in.
| Jan 30, 2014
What's in store for healthcare capital markets in 2014?
Despite the shake up stemming from the Affordable Care Act, 2014 will be an active year in healthcare capital markets, according to real estate experts from CBRE Healthcare.
| Jan 29, 2014
Richard Meier unveils 'urban courtyard' scheme for Mexico City towers
A grand atrium, reaching some 30 stories, highlights the contemporary, bright-white design scheme unveiled this week by Richard Meier & Partners for a new mixed-use development in Mexico City.
| Jan 29, 2014
Hotel, retail, recreation sectors to lead growth in 2014
AIA's Consensus Construction Forecast, a survey of the nation’s leading construction forecasters, is projecting that spending will see a 5.8% increase in 2014, led by the hotel, retail, and amusement/recreation sectors.
| Jan 29, 2014
Notre Dame to expand football stadium in largest project in school history
The $400 million Campus Crossroads Project will add more than 750,000 sf of academic, student life, and athletic space in three new buildings attached to the school's iconic football stadium.
