Students
Tuition Fee
Start Date
Medium of studying
Duration
Details
Program Details
Degree
Bachelors
Major
Industrial Design | Mechanical Engineering | Mechanics
Area of study
Engineering
Course Language
English
About Program

Program Overview


University Programs

The university offers a range of programs for undergraduate and graduate students.


Undergraduate Programs

  • Bachelor's Degrees:
    • Bachelor of Arts
    • Bachelor of Engineering
    • Dual-Degree Program
  • Undergraduate Experience:
    • BE Student Resources
    • Engineering Design
    • Financial Aid & Funding
    • Life After Dartmouth
    • Project Spaces & Labs
    • Research & Entrepreneurship
    • Student Life & Housing
    • Study Abroad
  • Quick Links:
    • Academic Calendar
    • BE Student Policies & Procedures
    • Career Services
    • Course Descriptions
    • Course Schedules
    • Majors & Modified Majors
    • Minors
    • Programs & Courses Guide
  • Program Areas:
    • Biological/Chemical
    • Biomedical
    • Electrical/Computer
    • Energy
    • Materials Science
    • Mechanical/Operations/Systems

Graduate Programs

  • Master's Degrees:
    • Master of Engineering
    • Master of Engineering Management
    • Master of Science
  • Doctoral Degrees:
    • Doctor of Philosophy
    • PhD Innovation Program
  • Online Programs
  • Graduate Experience:
    • Collaborative Programs
    • Degree Outcomes
    • Engineering Design
    • Financial Aid & Funding
    • Joint Degrees
    • Student Policies & Procedures
    • Student Resources
  • Quick Links:
    • Academic Calendar
    • Admissions Events
    • Career Services
    • Course Descriptions
    • Course Schedules
    • Program Areas
    • Programs & Courses Guide
  • Program Areas:
    • Biological/Chemical
    • Biomedical
    • Electrical/Computer
    • Energy
    • Materials Science
    • Mechanical/Operations/Systems

Research

  • Research by Program Area:
    • Biological/Chemical
    • Biomedical
    • Electrical/Computer
    • Energy
    • Materials Science
    • Mechanical/Operations/Systems
  • Quick Links:
    • Active Projects
    • Collaborative Programs
    • Laboratories
    • Libraries
    • Research News
    • Undergraduate Research

Entrepreneurship

  • Startups listed by:
    • Startup Names
    • Faculty Founders
    • Research Programs
  • Patents listed by:
    • Patent Titles
    • Faculty Inventors
    • Research Programs
  • Links & Resources:
    • Dartmouth NSF I-Corps Program
    • Dartmouth Tech Transfer
    • Entrepreneurship News
    • Magnuson Center for Entrepreneurship
    • Office of Entrepreneurship & Technology Transfer
    • PhD Innovation Program
    • Tuck School of Business

Community

  • Community Info
  • Faculty
  • Leadership
  • Offices
  • Academic Calendar
  • Student Groups
  • Alumni
  • Giving
  • Magazine
  • News
  • Events

About

  • About Us
  • Visit
  • Facts
  • History
  • Leadership
  • Diversity and Inclusion
  • Disability
  • Values and Vision
  • Strategic Plan
  • Policies
  • Careers
  • Transcripts
  • Enrollment Verification

Course Details

ENGS 75 - Product Design

Description

ENGS 75 is a blended laboratory and lecture course on the practices and analyses that guide the design and development of physical, engineered products. The scope addresses consumer and industrial mechanical and electro-mechanical products, including those with embedded electronics, biomedical instruments and devices (including drug delivery systems), chemical processing equipment, and more. Lectures will introduce engineering design and development practices, methods, and tools that are relevant from product inception, through prototyping, and into eventual production. Emphasis is placed on design for manufacturing, robustness, and environmental impact. Students will be challenged to synthesize creative and disciplined strategies that apply these practices and methods in each of two design projects. Working in a team-based environment they will identify needs and value, then plan, design, develop, and test prototypes. SolidWorks will be used extensively for models of individual components and assemblies. Students will prepare presentations and written reports of progress and deliverables at key milestones. Readings from texts and case studies, along with several guest lectures from visiting professionals, are included as well.


Prerequisites

ENGS 21 plus one of the following: ENGS 31, ENGS 32, ENGS 33, ENGS 35, ENGS 36, ENGS 37, or ENGS 56. Experience with SolidWorks is helpful but not required.


Distribution Code

TAS


Offered

  • Term: S 2024
    • Time: 2A
    • Location: ECSC 005
    • Instructor(s): Charles Hackett
  • Term: S 2025
    • Time: 2A
    • Location: ECSC 116
    • Instructor(s): Charles Hackett
  • Term: S 2026
    • Time: 2A
    • Location: –
    • Instructor(s): Charles Hackett
See More
How can I help you today?