Course Syllabus

Engineering Design and Presentation (ENGDSPR) Syllabus

Course Description

Engineering Design and Presentation (ENGDSPR) is a one-year high school engineering curriculum developed by the Cockrell School of Engineering at University of Texas at Austin in collaboration with the National Science Foundation and NASA. This hands-on, project-based course emphasizes the training and concept of integration among different devices or systems like computers, electronic and mechanical devices. Python, a high-level programming language will be used for coding to drive the computer for needed function from input to output and create interface between users and machines. Our first unit focuses on establishing norms for all of our group interactions and for effective documentation of our projects in our engineering notebooks. The next six units all involve designing, building, and testing devices or systems of devices to accomplish specific tasks in response to customer needs. Each unit also emphasizes several specific aspects of the work of professional engineers. The remaining units are: 2. Electronic Music (Programming in Python), 3. Custom Photo Filters (Exploring Images), 4. Computer-Assisted Physical Therapy (Analyzing Video), 4. Mechatronic Assistive Devices (Building and Coding), 5 Camera Controlled Wheelchair (System Design), and 6. Water Rockets (Model Selection and Performance). Please note that the projects to be implemented during virtual learning may alter due to resources accessible or available to students.

Course Objectives

· Students will learn product development life cycle and design process with the practical project management and implementation knowledge and skills.

· Student teams will define design requirements and create multiple solution approaches.

· Student teams will select an approach and create and test their solution prototype.

· Student teams will demonstrate, present and defend their original solution to a selected panel.

· While progressing through the engineering design process under the supervision of teachers from district, students will work closely with professionals from industries, collaboratively with peer students and continually hone their organizational, communication, and interpersonal skills, their creative and problem-solving abilities, and their understanding of the design process.

Course Materials

Laptop, composition notebook (grid-lined recommended), graph paper, dark-ink pen.

Google Classroom Code

Period 2: qpus6n6

Period 5: w5okt44

Period 7: j3ukzm2