Bachelor of Science in Sustainable Design Engineering

Program Overview

Through a hands-on, project-based approach, students develop strong problem-solving abilities, technical expertise, and professional skills. The program emphasizes sustainable engineering solutions, preparing graduates to address global challenges with innovation and creativity while fostering a deep understanding of environmental, social, and economic impacts.

Program Outline

Degree Overview:

Program Structure:

• Duration: Four or five years, depending on the start term (Fall or Winter).
• Total Credits:
  • Four-Year Plan: 141 semester hours (71 Fall, 70 Winter).
  • Five-Year Plan (Fall Start): 141 semester hours (71 Fall, 70 Winter).
  • Five-Year Plan (Winter Start): 141 semester hours (68 Fall, 73 Winter).
• Focus Areas: Mechatronics, Sustainable Energy, or Bioresources.

Core Courses:

• Year 1:
  • Single Variable Calculus I & II, Linear Algebra, Writing Studies, Indigenous Teachings.
  • Engineering Communications, Sustainability in Engineering Design, Computer Programming.
• Year 2:
  • Engineering Mechanics I & II, Materials Science, General Chemistry, Statistics for Engineering Applications.
  • Multivariable and Vector Calculus, Differential Equations, Electric Circuits.
• Year 3:
  • Engineering Projects I & II, Strength of Materials, Thermo Fluids I & II, Digital Logic Design.
  • Engineering Measurements, Materials, Mechanics and Manufacturing.
• Year 4:
  • Heat Transfer and Thermodynamic Cycles, Technology Management and Entrepreneurship.
  • Project-Based Professional Practice I & II, Systems Engineering, System Dynamics with Simulation.
• Year 5:
  • Facilitated Study and Experimental Practice, Project-Based Professional Practice III & IV.
  • Computational Methods for Engineering Design, Focus Area Electives, Complementary Studies.

Focus Area Electives:

• Mechatronics:
  • Introduction to Mechatronics, Mechatronic System Integration, Real-time Embedded Systems.
  • Advanced Robotic Dynamics and Control, Fluid Power Control, Biomedical Signal Processing.
• Sustainable Energy:
  • Introduction to Sustainable Energy, Wind and Water Power, Solar Energy and Electricity Storage.
  • Advanced Energy Storage, Micro Grids, Fluid Loads on Energy Structures.
• Bioresources:
  • Introduction to Bioresources, Engineering Applications of Biological Materials, Soil Mechanics.
  • Biotechnological Processes, Geoinformatics in Bioresources, Fundamentals of Agricultural Machinery.

Key Requirements:

• Minimum Grade: 60% in core project-based courses (ENGN 1210, 1220, 2210, 2220, 3710, 3720, 4710).
• Focus Area Electives: At least 4 electives, with one at the 4000 level.
• Complementary Studies: Non-engineering or non-science courses.

Additional Notes:

• Course Availability: Elective courses are subject to enrollment and instructor availability.
• Cross-Listed Courses: UPEI 1010 (Writing Studies) is cross-listed with ENG 1010.
• Design Clinic Model: Hands-on, experiential learning with real-world projects integrated throughout the program.

Career Opportunities:

• Potential Roles: Design Engineer, Industrial Engineer, Procurement Engineer, Development Engineer.
• Industries: Aerospace, Automotive, Marine, Renewable Energy, Biomedical Engineering.
• Graduate Readiness: Graduates are prepared to provide sustainable engineering solutions from day one.

Accreditation:

• Canadian Engineering Accreditation Board (CEAB): Accredited for licensure as a professional engineer in Canada.
• Egyptian Supreme Council of Universities: Recognized as equivalent to Egyptian engineering degrees.
• Egyptian Engineers Syndicate: Graduates are eligible for membership and engineering licenses in Egypt.

Facilities:

• State-of-the-Art Labs: Design studios, machine shops, innovation labs with 3D printers, laser cutters, and CAD milling machines.
• Collaborative Spaces: Ideation spaces, collaborative classrooms, and product assembly labs.