Frequently Asked Questions

The dual Washington DC residencies serve as cornerstones of the program, giving you direct access to the epicenter of energy policy innovation. These carefully structured experiences put you in the room with industry leaders and policy architects while building connections that can define your career trajectory.

The first residency sets you up with specialized research skills and industry connections essential for completing your capstone project, while the second celebrates your achievements among established energy leaders. They serve as a powerful complement to your online education.

Learn more about the Washington DC residencies.

SAIS Career Services provides personalized job search assistance, one-on-one career coaching, targeted interview preparation, and invitations to DC-area events, including career treks, pitch competitions, and high-level networking opportunities.

We have extensive recruitment channels, with nearly 200 employers visiting Johns Hopkins in person and online annually to present their organizations and recruitment processes.

JHU also offers more than 35 job skills courses annually that focus on highly marketable skills such as intros to R or Python, project management, crafting your “elevator pitch,” getting a security clearance, and more. These courses are completely free for current students and alumni, with most held on campus and some available online.

Other career advantages include:

  • The Johns Hopkins name that’s synonymous with excellence and exceptionally capable employees
  • A global network of 230,000+ alumni who remain highly engaged with the SAIS community
  • Active mentorship opportunities to connect you with established industry professionals

Find out more about the professional opportunities we offer and the career outlook for our graduates.

Our sustainable energy master’s program takes a broader approach than many renewable or clean energy degrees. Instead of focusing narrowly on specific technologies such as solar or wind, we incorporate the complete energy landscape. This includes a range of traditional and emerging energy sources.

This benefits our students because effective energy transitions require knowledge of the intricate relationships between existing infrastructure, policy frameworks, market dynamics, and new innovations. Our graduates excel at creating implementable energy solutions that account for political realities, economic constraints, and technical possibilities, a skill set increasingly valued by organizations driving sustainable energy transformation.

For further information, visit the FAQ page.