Curriculum Guides

Overview

Engineering curriculum guides provide comprehensive roadmaps for students pursuing engineering degrees. These structured learning paths ensure students acquire the fundamental knowledge, technical skills, and professional competencies required for successful engineering careers while meeting ABET (Accreditation Board for Engineering and Technology) accreditation standards.

Understanding the curriculum structure helps students plan their academic journey, identify prerequisites, and ensure they're building the right foundation for their chosen engineering discipline.

Typical 4-Year Engineering Curriculum Structure

Freshman Year (Year 1)

Foundation Building

• Calculus I & II - Derivatives, integrals, series
• General Chemistry - Atomic structure, bonding, reactions
• General Physics I - Mechanics, thermodynamics
• Introduction to Engineering - Problem-solving, design thinking
• Programming Fundamentals - Python, MATLAB, or C++
• English Composition - Technical writing skills

Sophomore Year (Year 2)

Engineering Fundamentals

• Calculus III & Differential Equations - Multivariable calculus, ODEs
• General Physics II - Electricity, magnetism, optics
• Statics & Dynamics - Force analysis, motion
• Materials Science - Material properties, selection
• Circuit Analysis (varies by major) - Basic electrical theory
• Engineering Economics - Cost analysis, decision-making

Junior Year (Year 3)

Discipline-Specific Core

• Major-Specific Courses - Core subjects for your discipline
• Thermodynamics (most disciplines) - Energy systems
• Fluid Mechanics (mechanical, civil, chemical) - Flow analysis
• Lab Courses - Hands-on experimentation
• Statistics & Probability - Data analysis, uncertainty
• Technical Electives - Specialization begins

Senior Year (Year 4)

Advanced Topics & Capstone

• Senior Design/Capstone - Year-long team project (ABET required)
• Advanced Technical Electives - Specialization deepens
• Professional Development - Ethics, communication, leadership
• Engineering Management - Project management, systems thinking
• Independent Study/Research (optional) - Faculty-guided research

ABET Accreditation Requirements

ABET-accredited programs must demonstrate that graduates have:

• Technical Knowledge - Ability to apply math, science, and engineering principles
• Design Capability - Skills to design systems, components, or processes
• Problem-Solving - Ability to identify, formulate, and solve complex problems
• Communication - Effective written and oral communication skills
• Teamwork - Function effectively on multidisciplinary teams
• Ethics & Professionalism - Understanding of professional and ethical responsibility
• Lifelong Learning - Recognition of need for continued education
• Contemporary Issues - Knowledge of contemporary engineering issues

Credit Hour Distribution (Typical)

For a 120-128 credit hour degree:

• Mathematics & Basic Sciences - 30-36 credits (25-30%)
• Engineering Topics - 45-54 credits (40-45%)
• General Education - 18-24 credits (15-20%)
• Free Electives - 12-18 credits (10-15%)

Online Curriculum Resources

• MIT OpenCourseWare - Free course materials from MIT
• Coursera - University courses in engineering fundamentals
• edX - Engineering programs from top universities
• Khan Academy - Math and science prerequisites
• Paul's Online Math Notes - Comprehensive calculus and DE notes
• Engineering.com - Career guides and curriculum advice

Tips for Navigating Your Curriculum

• Meet with Advisors Early - Plan your 4-year schedule in advance
• Understand Prerequisites - Know what courses unlock others
• Balance Course Load - Don't overload difficult courses in one semester
• Take Summer Courses - Catch up or get ahead strategically
• Choose Electives Wisely - Align with career goals or graduate school plans
• Track ABET Requirements - Ensure you're meeting all graduation criteria
• Consider Co-ops/Internships - May extend timeline but provide experience