Program Overview

University Programs

The university offers a range of programs, including undergraduate, graduate, and continuing education options.

Academic Programs

• Undergraduate programs
  • Architecture and Sustainable Design (ASD)
  • Design and Artificial Intelligence (DAI)
  • Engineering Product Development (EPD)
  • Engineering Systems and Design (ESD)
  • Humanities, Arts and Social Sciences (HASS)
  • Information Systems Technology and Design (ISTD)
  • Science, Mathematics and Technology (SMT)
• Graduate programs
• Continuing Education (SUTD Academy)
• 42 Singapore

Research Programs

• Research news
• Research centres
• Research programmes and fellowship
• Research integrity
• Institutional Review Board (IRB)

Innovation and Enterprise

• Innovation ecosystem
  • Future of Innovation
  • Educational technology
  • Fabrication lab
• Innovation showcase
  • Book of Innovations
• Innovation for community
  • STEAMunity
  • Design Innovation (Consultancy & Training)
• Innovation in education
  • daVinci@SUTD Experience
  • STEAMxD Immersion Programme
  • Digital Learning Capability Centre (DLCC)
• Partnering corporates
  • Research collaborations
  • Technology licensing
  • Translational Research Lab (DesignZ)
• Supporting entrepreneurs
  • Venture and incubation experience

Admissions

• Undergraduate admissions
• Graduate admissions
• Continuing Education admissions
• 42 Singapore admissions

Campus Life

• Student experience
  • UxOP
  • Student life
  • Global experience and exchange
  • Career development
  • Student well-being
• Campus facilities
  • Academic facilities
  • Housing
  • Sports and recreation centre
  • F&B and services
  • Library

Course Details

10.002 Physics I

This course is the typical first year mechanics course for engineering students. It is basically based on the corresponding Physics I course offered at MIT. Topics include:

• One Dimensional Motion
• Two Dimensional Motion
• Force and Newton's Laws of Motion
• Energy
• Systems of Particles
• Center of Mass
• Momentum conservation
• Two Dimensional Rotational Motion kinematics and dynamics

Learning Objectives

• Students will have a basic understanding of kinematics and the use of vector analysis.
• Students will have an understanding of Newton's law of motion.
• Students will have an understanding of energy conservation.
• Students will have an understanding of momentum conservation.
• Students will have an understanding of two-dimensional rotational motion and angular momentum conservation.

Delivery Format

5-0-7

Grading Scheme

• Final exam 35%
• Mid-term exam 30%
• Homework 10%
• Class participation 5%
• Project [Design 2D] 5%
• Project [Design 1D] 15%