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The planet faces immense threats, from ensuring clean water access to sustainable infrastructure development. Six of the National Academy of Engineering’s “Grand Challenges” fall squarely in this domain. Addressing these complex issues requires a unique breed of engineer — one with expertise beyond pure science. Enter Environmental and Ecological Engineering (EEE) programme at Purdue University.
Purdue’s EEE programme equips students with the advanced knowledge and skills needed to solve these pressing problems. Ranked #12 for graduate programmes (US News & World Report, 2023), EEE goes beyond the traditional confines of the discipline. This means future engineers consider not just the technical aspects of a solution but also its environmental and ecological impact.
This multifaceted focus is what drew Lamia Fairooz to pursue his master’s in EEE at Purdue. “I chose to do the programme here because its extensive research facilities and industry connections provide a unique opportunity to gain a comprehensive education and practical experience,” says the student from Bangladesh.
Purdue University’s research is predominantly applied and frequently sponsored by industry. Source: Purdue University
Diverse curriculum with sustainable solutions
Purdue EEE offers Master of Science (MS), Doctor of Philosophy (PhD), and combined degrees. Each prepares graduates to develop sustainable solutions for multiple environmental challenges, encompassing clean water and air, waste management, and resource conservation. The curriculum extends beyond conventional environmental engineering by incorporating industrial sustainability — designing systems that minimise waste and maximise resource efficiency. This two-pronged approach reflects Purdue EEE’s commitment to genuine sustainability, addressing existing environmental problems while simultaneously preventing future ones.
The EEE MS programme includes industry exposure, allowing students to take part in design projects that address real-world challenges, such as food waste reduction or clean water access. “The balance between theoretical learning and practical application in the EEE programme is well-managed,” says Fairooz. “The coursework is designed to impart necessary theoretical concepts, complemented by class projects that involve the application of those concepts.”
Unlike many similar programmes, Purdue’s EEE MS programme — which can be completed in three semesters — welcomes students from a broad spectrum of STEM backgrounds. This creates a learning environment where various views can interweave to spark fresh ideas and solutions. The curriculum’s flexibility allows students to grow specific interests, ensuring a focus on areas most relevant to their career aspirations.
With 21 faculty members appointed across seven different departments within the university, students benefit from this wide range of expertise and hone well-rounded problem-solving skills. Support and facilities are just as vast — just ask Fairooz.
“The faculty members are approachable and always willing to provide guidance and mentorship,” he says. “In terms of resources, the Centre for Career Opportunities (CCO) has been particularly helpful in building my resume, expanding my network, and preparing for job searches.”
Purdue University admits students from various STEM backgrounds and offers a highly flexible study plan. Source: Purdue University
Research at the forefront of innovation
Research opportunities for EEE students are plenty. Notably, all students are encouraged to participate in research labs, and even non-thesis students can take up directed research or exploratory projects. Purdue EEE actively partners with industry leaders who sponsor and mentor student design teams and research projects.
“Many of our programme alumni continue to support academic programmes and will hire our students as professional engineering interns during summer term or off-semesters,” says John Howarter, Associate Professor of Materials Engineering and Environmental and Ecological Engineering.
#12th in Graduate Environmental Engineering in the U.S. Source:
U.S. News & World Report (2023)
Career preparation and a diverse student body
Purdue EEE understands the importance of career prospects. This is why the MS maintains a 100% internship or independent project completion rate for graduating students, ensuring they are job-ready. The programme has academic support systems, including a Director of Industrial Experience who connects students with industry figures and facilitates career development opportunities in various industries. It’s this full suite of support and resources that land EEE graduates in various industries, from semiconductors and automotive to healthcare and water treatment.
“Purdue University regularly hosts career fairs and networking events, which have been instrumental in connecting with potential employers,” Fairooz says. “The connections I’ve made with alumni and professionals in the field have shaped my career path. Additionally, the opportunity to work as a Lab Assistant at Lee Lab has allowed me to gain valuable hands-on experience in my field.”
Diversity is another cornerstone of the programme. With a student body and faculty composition that consistently includes roughly 55% women and students from over 14 countries, Purdue EEE cultivates a welcoming and inclusive environment for all.
Interested? Learn more about Environmental and Ecological Engineering at Purdue University.
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