Sustainable building graduate programs

Prerequisites for undergraduate degrees in sustainable architecture and design typically include a high school diploma or GED, including successful completion of courses in basic sciences like Earth science and physics, as well as in mathematics. Prerequisites for graduate degrees often include an undergraduate degree in a discipline related to the discipline of the desired graduate degree.

Applicants with a degree in a related discipline such as engineering, geography, computer science, or industrial design also qualify for admission. In addition, architects in the U. Harvard Extension Alumni Association. Website Archives. Privacy Statement. Field: Sustainability. It may seem daunting to tackle schoolwork while working full time. You'll explore challenges you face in your work today, test potential solutions, and see immediate results tomorrow.

At Harvard Extension School, your admission is based largely on your performance in two specific Harvard Extension courses that you complete before submitting an application. Failure is temporary. And you fail one day, and the next day what you learn from that failure becomes the seeds of success.

Read Bradley Ashton Thomas's Story. Affordability is core to our mission. After admission, you may qualify for financial aid. Courses in this certificate provide an understanding of the environmental impact associated with the construction and energy consumption of buildings.

The 12 credit Graduate Certificate in Sustainable Building Design is comprised of 4 courses for those who wish to gain the foundational skills and knowledge to address sustainability in the design of buildings. While sustainability standards in the architecture industry is increasing many firms are making large investments in addressing climate change.

This certificate will attract professionals in the architecture industry that want to update their skillset with cutting edge tools, techniques to address sustainability goals. Related professions include Architects and Architecture Consultants. Principles and technologies governing net-zero building design to achieve the outstanding performance that goes beyond minimum green requirements.

Case studies of existing high-performance green buildings around the world will be analyzed in terms of their design, system integration, renewables, and environmental performance, which will be accompanied by lectures about the principles and tools applied to the projects. The use of existing net-zero energy standards will be also discussed. Life Cycle concepts as first applied to inanimate objects and systems by the U.

Opportunities for design students to integrate data driven design decisions through methodologies and tools that translate formal Life Cycle Assessment into their own design workflows. Building Energy Modeling BEM and energy optimization techniques using the EnergyPlus whole-building energy simulation program to develop student competency with whole-building energy simulation.