Canisius University

What you'll study

The programme builds a foundation in mathematics, basic sciences and core engineering principles alongside Canisius’s general education curriculum. Early years concentrate on calculus, physics and chemistry, together with introductory engineering topics such as statics, materials, circuits and programming. Later study typically moves into more specialised engineering subjects—such as thermodynamics, fluid mechanics, dynamics, systems and controls, design and manufacturing—culminating in a year-long capstone design or senior project that emphasises team-based problem solving and applied design.

• Typical modules: Calculus and differential equations, General Physics, Introductory Chemistry, Engineering Mathematics, Statics and Dynamics, Materials Science, Electrical Circuits, Thermodynamics, Fluid Mechanics, Computer-Aided Design (CAD), Control Systems, Engineering Design and Capstone Project.
• Skills developed: analytical modelling, experimental lab work, computer modelling and simulation, technical communication, project management, and ethical/professional decision-making.
• Programme structure: Combination of core engineering courses, elective or concentration options, liberal arts requirements and experiential components such as laboratory courses, design studios and internship/co-op placements where available.

Entry requirements

Applicants should hold a high school diploma or equivalent with strong preparation in mathematics and science. Recommended subjects include advanced mathematics (algebra, geometry and calculus where available), physics and chemistry. Admissions typically look for evidence of academic strength in quantitative subjects and a demonstrated interest in engineering through coursework, extracurricular activities or relevant work/volunteer experience.

• Academic expectations: Competitive performance in mathematics and science courses at secondary level; colleges and advanced placement credits may be considered for placement.
• Application materials: Completed application form, academic transcripts, personal statement describing interest in engineering, and letters of recommendation if requested.
• Transfer students: Transfer applicants with college-level engineering, mathematics or science credits are considered; previous coursework is evaluated for advanced standing and suitable placement.

Career prospects

Graduates are prepared for entry-level technical roles across a range of industries, or for continued study in graduate engineering or professional programmes. The combination of technical training and liberal arts skills supports careers that demand problem solving, effective communication and interdisciplinary collaboration.

• Typical entry roles include positions in design and drafting, manufacturing and production engineering support, quality assurance, field engineering, technical sales, and systems or process engineering.
• Graduates also progress to postgraduate study in specialized engineering disciplines, engineering management, or professional certification pathways where applicable.
• Regional industry connections, internships and co-curricular projects can lead to opportunities in sectors such as manufacturing, energy, healthcare technology, infrastructure, and software-driven systems.

Why study at Canisius University

Canisius offers a small-campus environment with a focus on personalised instruction, mentorship and the Jesuit commitment to educating the whole person. Students benefit from close interaction with faculty, opportunities for undergraduate research and practicum experiences, and a curriculum that integrates technical training with communication, ethics and leadership development.

• Small class sizes: Enhanced access to faculty and collaborative learning in labs and design courses.
• Experiential learning: Emphasis on hands-on labs, capstone projects and internship opportunities that connect classroom learning to real-world engineering challenges.
• Location advantages: Proximity to regional industry and engineering employers supports internship and employment pathways.
• Support services: Academic advising, career services and pre-professional guidance help students plan for licensure, graduate study or entry into the workforce.