University of Tulsa

What you'll study

The programme builds a strong foundation in mathematics, chemistry and physics before progressing to core chemical engineering subjects and electrochemical specialisations. Early years focus on calculus, differential equations, general chemistry, organic chemistry, physics and introductory engineering principles. Core chemical engineering modules typically include thermodynamics, fluid mechanics, heat and mass transfer, reaction engineering, transport phenomena and process control.

• Electrochemical engineering and materials: courses covering electrochemistry fundamentals, corrosion science, electrode materials, and surface electrochemistry.
• Energy and devices: modules on batteries, fuel cells, electrolyzers and energy-storage systems, including performance, degradation mechanisms and systems integration.
• Practical laboratory and design work: hands-on lab courses in chemical engineering operations and electrochemical testing, plus a multi-semester senior design project addressing real industrial problems.
• Computational and analytical methods: numerical methods, process simulation, data analysis and modelling applied to electrochemical processes.

Students also take elective topics that can include advanced materials, catalysis, environmental engineering, process safety and entrepreneurship. The curriculum emphasises laboratory experience, teamwork and communication skills, preparing students for both industry and postgraduate study.

Entry requirements

Applicants should hold a recognised secondary school diploma with strong preparation in mathematics and sciences. Typical preparation includes high school calculus (or equivalent), chemistry and physics. Admissions decisions consider academic record, recommendation letters and any relevant extracurricular or work experience.

• Domestic applicants: competitive grades in college-preparatory mathematics and science courses are expected.
• International applicants: an equivalent secondary qualification is required along with demonstrated English proficiency where applicable.
• Recommended background: Advanced Placement or A-level courses in calculus, chemistry and physics are beneficial. Some students enter prepared to begin university calculus; others may take preparatory mathematics courses.

Career prospects

Graduates with this chemical engineering degree and an electrochemical focus have a broad range of career options. Common pathways include roles in energy storage and battery manufacturing, fuel cell and electrolyser development, corrosion and materials protection, electroplating and surface finishing, and process engineering in chemical and petrochemical industries.

• Positions in research and development for companies working on advanced electrodes, electrolytes and cell designs.
• Process, production and quality engineering roles in manufacturing and industrial plants.
• Consulting and technical services related to corrosion mitigation, material selection and process optimisation.
• Further study at master’s or doctoral level in electrochemical engineering, materials science or chemical engineering disciplines.

The University of Tulsa’s location and industry links also support internship and employment opportunities with regional energy, materials and manufacturing companies.

Why study at University of Tulsa

The University of Tulsa offers a personalised undergraduate experience with relatively small class sizes and direct access to faculty. The chemical engineering programme is professionally focused, combining strong theoretical instruction with substantial laboratory work and an applied senior design sequence.

• Hands-on learning: laboratory courses and project-based assignments give practical experience in process equipment and electrochemical testing.
• Industry connections: proximity to a strong regional energy sector provides opportunities for internships, collaborative projects and employment pathways.
• Undergraduate research: students can participate in faculty-led research in areas such as corrosion, energy storage and materials, gaining experience useful for industry or graduate study.
• Accreditation and career support: the programme prepares students for professional practice and licensure pathways, with career services to support job placement and co-op opportunities.

Together, these features make the University of Tulsa a practical choice for students seeking a chemical engineering degree with a focus on electrochemical technologies and their applications in energy and industry.