| Course: Engineering Design and Presentation II M | |||
| 1st Nine Weeks | 2nd Nine Weeks | 3rd NineWeeks | 4th Nine Weeks |
| Unit(s): | Unit(s): | Unit(s): | Unit(s): |
• Unit 1 - Land Surveying ◦ Types of Surveys ◦ Field Equipment and Instruments ◦ Survey Computations ◦ Control Points ◦ Field Operations ◦ Field Notes ◦ Plan Reading ◦ First Aid and Safety ◦ Drafting and CAD ◦ Electronic Survey Instruments ◦ Surveying History • Unit 2 - Math for the Surveyor ◦ Basic Mathematical Concepts ◦ Trigonometry ◦ Azimuths, Angles and Bearings ◦ Coordinate Geometry – COGO ◦ COGO Technical Presentation ◦ Adjustments ◦ Compass Rule (Bowditch Rule) | • Unit 2 - Math for the Surveyor (Cont.) ◦ Interpolations, Grades and Slopes ◦ Curves ◦ Areas ◦ The Public Land Survey System • Unit 3 - Statics - Equilibrium of a Particle ◦ Students learn how to use the equations of equilibrium, and system of equations to solve Particle Equilibrium problems. ◦ Working within a group to solve technical problems. ◦ Using the Whiteboard to present solutions. ◦ Peer Reviews
Fall CCA | • Unit 4 - Statics - Force System Resultants ◦ Module 1 ▪ Moment of a Force - Scalar Formulation ▪ Cross Product ▪ Moment of a Force - Vector Formulation ▪ Principle of Moments ◦ Module 2 ▪ Moment of a Force about a Specified Axis ▪ Moment of a Couple ▪ Simplification of a Force and Couple System ▪ Further Simplification of a Force and Couple System | • Unit 4 - Statics - Force System Resultants - Model 2 (continued) • Unit 5 - Statics - Equilibrium of a Rigid Body - Module 1 (2D) ◦ Develop the equations of equilibrium for a rigid body. ◦ Introduce the concept of the free-body diagram for a rigid body. ◦ Show how to solve rigid-body equilibrium problems using the equations of equilibrium.
Spring CCA |
Required Project: • Complete an elevation loop survey. | Required Project: • Complete a closed traverse survey | Required Project: • Large Scale Group Project • Tools and Safety Testing as Needed • Maintaining Engineering Logbook • Project parts ◦ Group position application / interviews. ◦ Project Planning and Tracking with CoConstruct Software ◦ Virtual prototype ◦ Scale model prototype ◦ Peer Assessments ◦ After Action Reporting | Required Project: • Large Scale Group Project continues. |
Additional Activities: • Daily Journal Entries for Engineering Notebook • AutoCAD Tutorials • AutoCAD Certification Test • AutoCAD Civil 3D Tutorials • Military Guest Speakers presenting Engineering Career opportunities in the Military | Additional Activities: • Daily Journal Entries for Engineering Notebook • AutoCAD Civil 3D Tutorials • AutoCAD Civil 3D Certification Test • Land Surveying CST Level 1 Test | Additional Activities: • Daily Journal Entries for Engineering Notebook • Inventor Tutorials • Career Engineers Guest Speakers • Training begins for SkillsUSA | Additional Activities: • Daily Journal Entries for Engineering Notebook • Inventor Tutorials • Inventor Certification Test |
| Employability Skills: | |||
Cycle 1: -Professionalism -Teamwork -Problem Solving 127.15 (2)(A) 127.15 (2)(B) 127.15 (2)(C) 127.15 (2)(D) 127.15 (2)(E) 127.15 (2)(F) 127.15 (2)(G) 127.15 (2)(H) 127.15 (2)(I) 127.15 (2)(J) 127.15 (2)(L) | Cycle 2: - Job Seeking Skills 127.15 (2)(A) 127.15 (2)(H) 127.15 (2)(I) 127.15 (2)(J) 127.15 (2)(K) 127.15 (2)(L) | Cycle 3: -Communication Skills -Self Management Skill 127.15 (2)(A) 127.15 (2)(B) 127.15 (2)(C) 127.15 (2)(D) 127.15 (2)(E) 127.15 (2)(F) 127.15 (2)(G) 127.15 (2)(H) 127.15 (2)(I) 127.15 (2)(J) 127.15 (2)(L) | Cycle 4: -Civic and Social Responsibility 127.15 (2)(F) 127.15 (2)(G) 127.15 (2)(H) 127.15 (2)(I) 127.15 (2)(L) |
| CHOICES 360 Activities L3 | |||
| Basic Skills Survey OR | Job Interview Practice OR | ||
| My Goals and Action Plans | Saved programs and majors |