Fall 2026 · 12-week syllabus

Introduction to Structural Design

A design-first course in structural steel (AISC 360-22, LRFD) and reinforced concrete (ACI 318-19). You will move from load combinations through member design to a team capstone, working the same way a practicing engineer does: code in hand, calculations shown, decisions justified.

Term
Aug 31, 2026 – Dec 11, 2026
Meetings
Monday • Wednesday • Friday
Class time
3:00 PM – 4:00 PM
Chapters in scope
12 graded chapters

Course staff

SE

Dr. Steve Efe

Course Instructor

steve.efe@morgan.edu

Office hours by appointment · Monday & Wednesday before class

TF

Teka Farquharson

Teaching Assistant (T.A.)

Tefar2@morgan.edu

Grading, guided practice support and weekly help sessions

Required code books and textbook

Every student must purchase and possess both references by the end of the first week of the semester. They are used in every worked example, quiz, examination and the capstone project.

AISC Steel Construction Manual, 16th Edition — required textbook

Steel Construction Manual, 16th Edition

American Institute of Steel Construction (AISC)

Carries AISC 360-22, design tables and shape properties for steel members.

ACI 318-19 Building Code Requirements for Structural Concrete — required code book

ACI 318-19 Building Code Requirements for Structural Concrete

American Concrete Institute (ACI)

Governs reinforced concrete design: flexure, shear, axial and serviceability provisions used in the concrete chapters.

Recommended textbook — AISC student purchase program

Please follow the instructions below to purchase the AISC publication listed below that will be used in this class:

CEGR 436 — Steel Construction Manual (16th Edition) Student

Class Key: EF3220917-5077·Coupon valid: 8/10/2026 – 10/16/2026

  1. Login or create an AISC student account at aisc.org/student-request-landing .
  2. Complete the demographics survey and click Next to move to the next page.
  3. Use the grey + sign to generate a student coupon. You must have access to your .edu email address to retrieve the student coupon for your purchase.
  4. Input the Class Key: EF3220917-5077.
  5. Access your .edu email address to retrieve your student coupon and link to the student bookstore to make your purchase.

Your coupon is valid from 8/10/2026 to 10/16/2026. Be sure to use your Morgan State University .edu email when registering.

Examinations — how they are taken

All three examinations are delivered inside the Exam Simulator. Each paper is assembled automatically from the question bank, restricted to material covered by that point in the semester, and seeded so every student in a given paper number sees the same exam. A countdown starts as soon as you open the paper.

Midterm exam

25 questions · 75 minutes · weeks 17 · Oct 23, 2026

Weeks 1–7 only (through the midterm gate): loads & LRFD, materials, tension, compression, flexure and shear. All 25 items are figure-backed calculation problems drawn round-robin from those chapters. Locked until the Administrator opens the exam.

Open paper

Final exam

30 questions · 110 minutes · weeks 112 · Dec 11, 2026

Comprehensive and harder than the midterm, with no repeated items: weighted to Ch. 4 tension, Ch. 5 compression, Ch. 21/22 RC materials & flexure, Ch. 23 RC shear and Ch. 26 RC columns, all figure-backed. Locked until the Administrator opens the exam.

Open paper

FE readiness exam (Week 12)

20 questions · 60 minutes · weeks 112 · Dec 11, 2026

FE-style breadth exam administered once in Week 12 — 20 figure-based problems pulled from the FE Exam Simulator bank, calculator required.

Open paper

Learning outcomes

  • Apply AISC 360-22 LRFD provisions to design tension members, columns, beams, and beam-columns.
  • Apply ACI 318-19 strength design to reinforced concrete beams, one-way shear, and short columns.
  • Select governing ASCE 7 load combinations and justify the controlling limit state.
  • Interpret Manual design tables and charts, and verify tabulated results with first-principles calculations.
  • Communicate design decisions with clear calculations, sketches, units, and code citations.
  • Work on a team to deliver a capstone structural design meeting safety, serviceability, and constructability constraints.

What is graded in every chapter

The library contains 27 reference chapters. Only the 12 chapters in the semester scope below are graded — the rest are optional depth reading. Each in-scope chapter contains:

  • Lecture notes & reflection

    Read the chapter and answer the reflection prompt.

  • Worked examples

    Textbook solutions worked step by step.

  • Guided practice

    Scaffolded problems with hints.

  • Independent practice problems

    Unassisted problem set.

  • Design challenge

    Open-ended design decision with justification.

  • FE exam preparation set

    FE-style questions, ungraded practice.

  • Graded chapter quiz

    Weekly graded quiz — selections submitted online.

  • Scanned solution upload (PDF)

    Hand-worked solution uploaded with the quiz.

Weekly schedule

WeekChapterQuiz opensQuiz due
1Introduction to Structural Steel DesignSep 4, 2026 · Friday 7:00 PMSep 6, 2026 · Sunday 11:59 PM
2LRFD Design Philosophy and Load CombinationsSep 11, 2026 · Friday 7:00 PMSep 13, 2026 · Sunday 11:59 PM
3Steel Material Properties and ShapesSep 18, 2026 · Friday 7:00 PMSep 20, 2026 · Sunday 11:59 PM
4Tension MembersSep 25, 2026 · Friday 7:00 PMSep 27, 2026 · Sunday 11:59 PM
5Compression Members and Column BucklingOct 2, 2026 · Friday 7:00 PMOct 4, 2026 · Sunday 11:59 PM
6Flexural Members / BeamsOct 9, 2026 · Friday 7:00 PMOct 11, 2026 · Sunday 11:59 PM
7Beam Shear DesignOct 16, 2026 · Friday 7:00 PMOct 18, 2026 · Sunday 11:59 PM
8Combined Axial Load and BendingOct 23, 2026 · Friday 7:00 PMOct 25, 2026 · Sunday 11:59 PM
9RC — Introduction & Material PropertiesOct 30, 2026 · Friday 7:00 PMNov 1, 2026 · Sunday 11:59 PM
10RC — Flexural Design of BeamsNov 6, 2026 · Friday 7:00 PMNov 8, 2026 · Sunday 11:59 PM
11RC — Shear Design of BeamsNov 13, 2026 · Friday 7:00 PMNov 15, 2026 · Sunday 11:59 PM
12RC — Compression Members (Columns)Nov 20, 2026 · Friday 7:00 PMNov 22, 2026 · Sunday 11:59 PM
  • Midterm examinationOct 23, 2026Reminders start three weeks out, then weekly until the midterm (mid-semester point).
  • Final examination / FE readiness assessmentDec 11, 2026Reminders start three weeks out, then weekly through the final chapter and semester close.
  • Capstone design project — upload deadlineDec 4, 2026Set one week before the end of the semester. Reminders start three weeks out, then weekly.

Grading — weighted rubric

Graded chapter quizzes (12, lowest dropped)25%
Practice & homework uploads10%
Engagement (guided practice, design challenges, study time)5%
Midterm examination15%
Capstone design project (12 labs + final report)25%
Final examination / FE readiness assessment20%

Total: 100%

LetterFinal average
A90 – 100%
B80 – 89.9%
C70 – 79.9%
D60 – 69.9%
Fbelow 60%

Late submissions

Every deliverable is due 11:59 pm on Sunday. A 30-minute grace window follows each deadline; after that, 5 percentage points are deducted for each calendar day (or part of a day) late, up to 7 days. Work submitted more than 7 days late scores zero unless the instructor waives the penalty.

The instructor can cancel the late penalty for any student — documented illness, university-excused absence, technology failure, or an approved scope exemption. Waivers are recorded on the score and visible to the student.

Academic integrity, accommodations and conduct

  • Quizzes and uploads are individual work. You sign in with your own student ID; sharing credentials so another person can complete your assessment is an integrity violation.
  • Show your work. Answers without calculations, units, or code citations receive limited credit even when the number is right.
  • Reference tools and AI may be used to study, never to produce a submitted solution. Cite any reference you rely on.
  • Students needing accommodations should contact the instructor in the first week so deadlines and exam settings can be arranged.
  • Respectful participation is expected in class, in teams, and in the capstone studio.