ENGR 2216 - Statics
Course Description
Study the fundamentals of rigid body equilibrium under the action of applied forces using the laws of mechanics.
The objective of the course is to develop the ability to analyze engineering problems in a simple and logical manner by applying the basic principles of free-body diagrams and equilibrium conditions (equations).
The underlying mathematical modeling is based on algebra, trigonometry, and vector calculus.
Learning Outcomes of the Class
- Practice formulating equilibrium conditions for a particle by determining the free-body diagram of a particle
- Apply the concept of equilibrium to rigid bodies, with corresponding free-body diagrams
- Determine the equivalent system of forces for a particle and rigid body to deal with different loading conditions, e.g., concurrent, force-couple systems, and distributed forces
- Perform an analysis of the structures using the equilibrium conditions by modeling the supports with the unknown reactions
- Analyze truss structures using the method of joints to determine forces acting in each truss member
- Analyze beam structures by determining the internal forces and moments
Course Outline
Below is a course schedule. It may change during the session, but it should give you a general idea of how the course material will be covered.
- Introduction
- Chapter 2: Statics of particles
- Chapter 3: Rigid bodies
- Chapter 4: Equilibrium of Rigid Bodies
- Chapter 5: Centroids and centers of gravity
- Chapter 6: Analysis of structures
- Chapter 7: Internal forces in members
Course Materials
Textbooks:
Vector Mechanics for Engineers: Statics, 10th or 11th edition, by Beer, Johnston, and Mazurek.
Dates:
S05 Summer: May 26 – Jul 1, 2026
S06 Summer: Jul 13 – Aug 14, 2026
Department: Engineering
Course: ENGR 2216
Credit Hours: 4
In most instances, this 4-credit course will transfer to fulfill either a 4-credit or 3-credit requirement at another institution. Please check with your home institution to see if this course fulfills your requirements.
Prerequisites:
PHYS 1115 or equivalent foundational mechanics course.
Basic knowledge of calculus and vector algebra
Satisfies:
N/A
Tuition & Fees:
$1,500 tuition
Textbooks and other course materials can be purchased separately from the source of your choosing.
Your Instructor
Siavash SattarAssistant Professor of Robotics and Mechatronics Engineering
BS, Azad University; MS, Tafresh University; PhD, Old Dominion University
Siavash Sattar is a researcher and educator specializing in composite mechanics, materials processing, and advanced manufacturing. With over six years of experience in polymer composite modeling and experimental characterization, his work focuses on progressive failure analysis, structure-property relationships, and high-performance composite materials for automotive, aerospace, and sustainable engineering applications.
Sattar has led multiple research initiatives in composite processing and computational modeling, collaborating with industry and academia to advance innovative materials and digital manufacturing techniques. His expertise includes finite element modeling and progressive failure analysis for the material characterization of polymer composites. He has authored 15+ peer-reviewed publications and presented at 20+ technical conferences, contributing significantly to the field of composite materials.