Wartburg College

What you'll study

The Engineering Science curriculum blends rigorous coursework in calculus, physics and chemistry with engineering fundamentals and hands‑on laboratory work. Typical modules include Calculus and Differential Equations, General Physics (mechanics and electromagnetism) with labs, General Chemistry, Statics and Dynamics, Materials Science, Thermodynamics, Electrical Circuits and Electronics, Introduction to Programming for Engineers, Numerical Methods, and Engineering Design. The programme emphasises experimental methods, data analysis, technical communication and engineering ethics.

Because Wartburg is a liberal arts college, students also complete a general education core covering the humanities, social sciences and communication skills. Project‑based learning and a senior capstone or design project are central components, giving students practical experience in problem definition, modelling, prototype development and team collaboration. Opportunities for independent research with faculty, internships with regional industry partners, and fieldwork are commonly integrated into the course of study.

Entry requirements

Applicants should hold a secondary school diploma or equivalent with a strong preparation in mathematics and the sciences. Recommended courses at secondary level include algebra, geometry, precalculus or calculus, and physics or chemistry. Admissions typically consider cumulative GPA, performance in STEM subjects, letters of recommendation (often from mathematics or science teachers), and a personal statement addressing reasons for studying engineering.

Because the programme builds on college mathematics early, students who have completed calculus or advanced math in secondary school will be better prepared for first‑year work. Returning adult learners and international applicants are welcome; they should provide documentation of prior study and any relevant transcripts. Placement testing or advising may be used to determine the correct first‑year mathematics sequence.

Career prospects

Graduates of the Engineering Science programme follow several common pathways. Many transfer into accredited engineering programmes at partner institutions or other universities to complete a professionally accredited bachelor’s degree in civil, mechanical, electrical, chemical or computer engineering. Others enter the workforce directly in technical roles where strong analytical, laboratory and problem‑solving skills are valued, such as technician roles, process support, quality control, technical sales or manufacturing engineering support.

Alumni also pursue graduate study in engineering, applied science or related fields, and some move into interdisciplinary careers in project management, systems analysis, consulting or education. The combination of a liberal arts background and engineering fundamentals suits roles that require strong communication, teamwork and adaptability as well as technical competence.

Why study at Wartburg College

Wartburg College offers the Engineering Science programme within a small, student‑centred liberal arts environment, which means small class sizes, close faculty mentoring and accessible undergraduate research opportunities. The college’s emphasis on applied learning and community engagement helps students build practical skills through labs, internships and capstone projects.

The programme is designed to prepare students for multiple pathways—entry into an accredited engineering programme, graduate study or technical employment—while the broader liberal arts curriculum develops communication, critical thinking and ethical reasoning. Regional industry connections and a focus on experiential learning make Wartburg a good fit for students who want the analytical foundation of engineering combined with personalised support and professional development.