EGR 1400 (HANNA)
EXAM 1 STUDY GUIDE
2026/2027 Edition
40 PRACTICE QUESTIONS + SOLUTIONS
VERIFIED ANSWERS | 100% CORRECT | GRADED A+
Introduction to Engineering
First-Year Engineering Program Aligned
Core Domains:
Engineering Design Process | Professional Ethics (NSPE) | Technical Communication
Unit Conversions & Dimensional Analysis | CAD Fundamentals | Team Dynamics
Problem-Solving Frameworks | Engineering Disciplines | Academic Integrity
, EGR 1400 Exam 1 Study Guide 2026/2027
Abstract
This study guide presents 40 verified practice questions for EGR 1400 Exam 1, covering foundational
engineering concepts aligned with ABET student outcomes. Questions span ten domains: Engineering
Design Process, Professional Ethics (NSPE Code), Technical Communication, Unit Conversions, CAD
Fundamentals, Team Dynamics, Problem-Solving Frameworks, Engineering Disciplines, Academic
Integrity, and Scenario-Based Decision-Making. Each question includes detailed rationale explaining
concepts and applications.
Keywords: EGR 1400, Engineering Design, Professional Ethics, Unit Conversions, CAD, Problem-
Solving, ABET Outcomes
Introduction
EGR 1400 introduces first-year engineering students to foundational concepts essential for success in
engineering curricula and professional practice. This exam assesses understanding of the engineering
design process, ethical responsibilities, technical communication skills, quantitative reasoning, and
professional conduct. The 40 questions in this guide represent typical content and difficulty for
introductory engineering examinations.
Examination Questions
Engineering Design Process & Methodologies
1. What is the correct sequence of the engineering design process?
A. Build, design, test, sell
B. Identify problem, research, develop solutions, select, prototype, test,
communicate
C. Research, sell, design, build
D. Test, design, build, research
Rationale: The engineering design process follows a systematic sequence: identify the
problem, conduct research, develop possible solutions, select the best solution, construct a
prototype, test and evaluate, and communicate results. This iterative process ensures thorough
problem-solving and optimal design outcomes.
2. What is the primary purpose of a design specification document?
A. To market the product to customers
B. To define requirements, constraints, and criteria for a design solution
C. To calculate manufacturing costs only
D. To list all possible engineering disciplines
Rationale: A design specification document defines the requirements, constraints, and success
criteria for a design solution. It serves as a reference throughout the design process, ensuring
the final product meets all intended functions and quality standards.
3. What distinguishes engineering design from scientific research?
A. Scientific research creates products; engineering design discovers theories
B. Engineering design creates solutions to problems; scientific research discovers
natural phenomena
C. They are identical processes
D. Engineering design requires no testing
Page 2 of 10
EXAM 1 STUDY GUIDE
2026/2027 Edition
40 PRACTICE QUESTIONS + SOLUTIONS
VERIFIED ANSWERS | 100% CORRECT | GRADED A+
Introduction to Engineering
First-Year Engineering Program Aligned
Core Domains:
Engineering Design Process | Professional Ethics (NSPE) | Technical Communication
Unit Conversions & Dimensional Analysis | CAD Fundamentals | Team Dynamics
Problem-Solving Frameworks | Engineering Disciplines | Academic Integrity
, EGR 1400 Exam 1 Study Guide 2026/2027
Abstract
This study guide presents 40 verified practice questions for EGR 1400 Exam 1, covering foundational
engineering concepts aligned with ABET student outcomes. Questions span ten domains: Engineering
Design Process, Professional Ethics (NSPE Code), Technical Communication, Unit Conversions, CAD
Fundamentals, Team Dynamics, Problem-Solving Frameworks, Engineering Disciplines, Academic
Integrity, and Scenario-Based Decision-Making. Each question includes detailed rationale explaining
concepts and applications.
Keywords: EGR 1400, Engineering Design, Professional Ethics, Unit Conversions, CAD, Problem-
Solving, ABET Outcomes
Introduction
EGR 1400 introduces first-year engineering students to foundational concepts essential for success in
engineering curricula and professional practice. This exam assesses understanding of the engineering
design process, ethical responsibilities, technical communication skills, quantitative reasoning, and
professional conduct. The 40 questions in this guide represent typical content and difficulty for
introductory engineering examinations.
Examination Questions
Engineering Design Process & Methodologies
1. What is the correct sequence of the engineering design process?
A. Build, design, test, sell
B. Identify problem, research, develop solutions, select, prototype, test,
communicate
C. Research, sell, design, build
D. Test, design, build, research
Rationale: The engineering design process follows a systematic sequence: identify the
problem, conduct research, develop possible solutions, select the best solution, construct a
prototype, test and evaluate, and communicate results. This iterative process ensures thorough
problem-solving and optimal design outcomes.
2. What is the primary purpose of a design specification document?
A. To market the product to customers
B. To define requirements, constraints, and criteria for a design solution
C. To calculate manufacturing costs only
D. To list all possible engineering disciplines
Rationale: A design specification document defines the requirements, constraints, and success
criteria for a design solution. It serves as a reference throughout the design process, ensuring
the final product meets all intended functions and quality standards.
3. What distinguishes engineering design from scientific research?
A. Scientific research creates products; engineering design discovers theories
B. Engineering design creates solutions to problems; scientific research discovers
natural phenomena
C. They are identical processes
D. Engineering design requires no testing
Page 2 of 10
