Chemical Engineering

Chemical Engineering at Purdue University offers a comprehensive and rigorous undergraduate program designed to prepare students for diverse careers in the chemical, pharmaceutical, energy, and materials industries. The curriculum combines fundamental principles of chemistry, physics, mathematics, and engineering to develop innovative solutions to complex industrial problems. Students gain hands-on experience through state-of-the-art laboratories, design projects, and research opportunities, fostering both technical expertise and practical skills. The program emphasizes sustainability, process optimization, and safety, ensuring graduates are well-equipped to contribute to sustainable development and technological advancement. Purdue's collaborative learning environment encourages teamwork, communication, and leadership, preparing students for leadership roles in industry and academia. The faculty comprises renowned researchers and industry professionals who mentor students and involve them in cutting-edge research in areas such as process engineering, nanotechnology, biotechnology, and environmental engineering. The curriculum includes core courses in thermodynamics, fluid mechanics, heat transfer, mass transfer, and reaction engineering, complemented by electives that allow specialization in areas like biochemical engineering, materials engineering, and renewable energy. Practical training is reinforced through co-op programs and internships, giving students real-world experience and industry connections before graduation. Purdue's chemical engineering program also emphasizes innovation and entrepreneurship, encouraging students to develop entrepreneurial mindsets and problem-solving skills necessary for startup ventures or研发 projects. Graduates of the program are prepared for further education, professional licensure, or immediate employment in sectors such as oil and gas, chemicals, pharmaceuticals, food processing, and environmental services. With a strong network of alumni, industry partnerships, and extensive research resources, Purdue University’s Chemical Engineering program stands as a leading choice for students aspiring to make a significant impact in technology and society through engineering excellence.

• CHE 52500     Biochemical Engineering
• CHE 53600     Particulate Systems
• CHE 53800     Particle Design
• CHE 54000     Transport Penomena
• CHE 54300     Polym Reaction Engr & Reactor Analy
• CHE 54400     Struct & Behav of Polymer Sys
• CHE 55000     Optimization in ChE
• CHE 55100     Pharmaceutical Engineering
• CHE 55300     Pharm Proc Dev and Des
• CHE 55500     Computer Integ Proc Oper
• CHE 55700     Intell Sys in Process Engr
• CHE 55800     Rate Control Sep Process
• CHE 59700     Crystallization Systems in Engr
• CHE 59700     Industial Catalytic Processes
• CHE 59700     Industrial Chemical Technology
• CHE 59700     Org Elec Materials and Devices
• CHE 59700     Process Synthesis
• CHE 59700     System Analysis of Energy Prod/ Energy Systems
• CHE 59700A   Risk Mgmt. Proc. Develop
• CHE 59700B   Battery Systems Lab
• CHE 59700C   Intro to Energy Stor Sys
• CHE 59700M   Engr Appl of Biol Molec
• CHE 59700N   Intro to Nanoscale
• CHE 59700Q   Intr. Quantum Cntrl Engr
• CHE 59700S   Advanced Solar Conversion
• CHE 59700T   Princ of Tissue Engr
• CHE 61100     Molecular Thermodynamics
• CHE 62100     Adv Transport Phenom II
• CHE 63200     Linear Op Methods in ChE
• CHE 63300     Probabilistic Meth in ChE
• CHE 64500     Polymer Rheology
• CHE 65600     Adv. Process Control
• CHE 66200     Catalysis
• CHE 66600     Methods in Catalysis
• CHE 66800     Colloidal & Interfacial Phen
• CHE 69700     Advanced Modeling for Catalysis Studies
• CHE 69700     Approaches to ChE Research
• CHE 69700     Crystallization Systems in Engr
• CHE 69700     Safety in ChE
• CHE 69700B  Finite Element Analysis in ChE
• CHE 69700K  Intro To Molec Sim and Mod
• CHE 69700M Elect Struc Thry and Mdle Chem Proc
• CHE 69700P  Protein Engineering
• CHE 69700T  ChE Teaching Experience
• CHE 69700X  Statistical Methods in ChE
• CHE 69700Y  Metabolic Engineering

• References: Identify three references. You will need their email address and contact information. They will submit their recommendations on-line, and then the letters will be uploaded directly to your application.
• GRE Scores: Report your GRE test scores through the ‘Test Scores’ link in your application, and request ETS submit your GRE scores to the Graduate School using institutional code 1631.
• TOEFL Scores: If you are an international student whose native language is not English, you must submit your TOEFL scores through the ‘Test Scores’ link in your application. Also, request ETS submit your TOEFL scores to the Graduate School using institutional code 1631. Please note that Chemical Engineering does not waive this requirement for PhD applicants.
• Statement of Purpose: Carefully prepare a statement of purpose that clearly outlines your goals and interests in Chemical Engineering.
• GPA & Class Ranking: Report undergraduate and, if applicable, graduate GPA(s) and class ranking(s) in your application through the ‘Education Background’ link.
• Transcripts: Upload a PDF copy of all transcripts from all institutions you have attended. Internationalapplicants should include original language and English translations of their transcripts. These documents should be uploaded to your application through the ‘Education Background’ link. Official transcripts will only be required upon admission.
• Diversity Essay: All applicants are required to submit a diversity essay, as certain fellowships will be awarded based solely on the Diversity Essay.
• Resume: The School of Chemical Engineering does not require a resume be submitted with your application. However, if there is additional information you would like the admissions committee to consider, you are welcome to submit a resume.

The Bachelor of Science in Chemical Engineering at Purdue University offers a comprehensive financial aid package to support students throughout their academic journey. Undergraduate students can access a variety of funding options, including federal and state financial aid programs, scholarships, grants, work-study opportunities, and loans. The university’s Office of Financial Aid and Scholarships provides detailed guidance and assistance to help students navigate the application processes, maximize their financial resources, and reduce the burden of educational expenses.

Purdue University participates in the Federal Pell Grant program, which offers need-based grants to eligible undergraduate students. Additionally, students may qualify for federal Stafford Loans and Federal Work-Study programs that provide financial assistance and part-time employment opportunities respectively. To be considered for these programs, students must complete the Free Application for Federal Student Aid (FAFSA) form annually. Purdue’s financial aid staff also administer institution-specific scholarships, including merit-based awards for outstanding academic achievement, leadership, and contributions to the university community.

The university encourages students to explore external scholarship opportunities from organizations, industry partners, and community foundations that support engineering students. Many scholarship programs are renewable annually, contingent upon maintaining specified academic performance standards. Purdue provides resources such as scholarship search engines and counseling sessions to aid students in identifying additional funding sources.

Furthermore, some students may consider student loans as a means to finance their education, with options including federal direct loans and private loans. It is recommended that students thoroughly understand loan terms, repayment obligations, and interest rates before borrowing.

Tuition rates for in-state and out-of-state students vary, and the university offers flexible payment plans to accommodate student budgets. Financial aid packages are personalized based on individual financial need, academic performance, and eligibility criteria. Purdue University is committed to fostering an accessible and affordable education environment, and the financial aid office assists students in planning their finances to complete their chemical engineering degree efficiently. Overall, the combination of institutional, federal, state, and external funding options makes pursuing a Bachelor of Science in Chemical Engineering at Purdue University financially feasible for a diverse range of students.

The Bachelor of Science in Chemical Engineering at Purdue University, West Lafayette, is a comprehensive program designed to prepare students for careers in the chemical engineering industry, academia, or research. The curriculum combines fundamental principles of chemistry, physics, mathematics, and engineering to provide students with a solid foundation in chemical processes, material science, thermodynamics, heat and mass transfer, and process design. Students have the opportunity to engage in hands-on laboratory work, projects, and internships that enhance their practical skills and industry readiness. Purdue's program emphasizes innovation, sustainability, and safety in chemical processes, aligning with industry standards and emerging technological trends. The faculty members are recognized experts in their fields, providing mentorship and research collaboration opportunities. Students can also participate in various student organizations, research centers, and competitions to expand their learning experience and professional network. The program prepares graduates for employment in sectors such as pharmaceuticals, energy, food processing, materials manufacturing, and environmental technology. Additionally, Purdue offers pathways for students interested in graduate studies or professional engineering licensure. The university's strong industry connections facilitate internships and cooperative education opportunities, ensuring students gain real-world experience. The Chemical Engineering program at Purdue is accredited by the Engineering Accreditation Commission of ABET, ensuring it meets national standards for engineering education quality. Overall, the program aims to develop skilled, innovative, and responsible chemical engineers capable of addressing global challenges through technological advancement and sustainable practices.