Purdue University

Overview

The Bachelor of Science in Environmental and Natural Resources Engineering (ENRE) at Purdue University is designed to equip students with the knowledge and skills necessary to create engineering solutions that safeguard our air, water, and land resources. This program merges core engineering principles with environmental science, preparing graduates to tackle pressing sustainability and resource management challenges.

• Degree: Bachelor of Science (BS)
• Program focus: Environmental protection, water and soil systems, monitoring, and resource management
• Delivery: Full-time on-campus study
• Accreditation: ABET-accredited engineering programs (confirm specific accreditation for the ENRE major with the university)
• Language of instruction: English
• Credits/duration: Typical duration of a US bachelor's degree (confirm credit requirements with Purdue)
• Application: Apply online (application fee applies); deadlines vary by intake
• Start dates: Commonly in the fall (confirm available intakes for this major)

What you'll study

The ENRE curriculum is structured to provide a solid foundation in engineering principles during the initial years, followed by advanced studies in environmental systems and design. Students will engage in a mix of required courses, seminars, and hands-on project experiences throughout their studies.

• Year 1 (Foundation): Courses in engineering and science fundamentals, including mathematics, chemistry, and physics, alongside introductory computing and communication skills.
• Year 2 (Transition): Core engineering topics paired with ENRE-specific preparation, including a sophomore seminar and foundational coursework for future environmental design.
• Year 3 (Major Core): Specialized courses focusing on soil and water resource engineering, environmental monitoring, and technical electives relevant to the field.
• Year 4 (Capstone/Design Experience): Engineering design and professional practice, featuring project planning and an integrated agricultural/environmental engineering design project.

Example major courses include:

• Computations for Engineering Systems
• Thermodynamics Principles of Engineering and Biological Systems
• Sophomore Seminar
• Physical Properties of Biological Materials
• Design of Electronic Systems
• Soil and Water Resource Engineering
• Design of Machine Components
• Finite Element Method in Design and Optimization
• Project Planning and Management
• Agricultural Engineering Design
• Professional Practice in Agricultural and Biological Engineering

Learning-by-doing: The program emphasizes practical problem-solving through hands-on engineering projects, preparation for professional practice, and design-centric coursework.

Entry requirements

Career prospects

Graduates of the ENRE program can pursue diverse career opportunities in public and private sectors. Potential paths include roles in environmental consulting, water resource management, sustainability engineering, and regulatory compliance. The comprehensive training equips students to address environmental challenges and contribute to sustainable development initiatives across various industries.