Academics

Mission Statement

Mission Statement

To provide a project-based education in Science, Technology, Engineering, and Math to high school students in a way that is:

Relevant
The exciting, hands-on projects provide a real world problem solving experience

Business Oriented
The program teaches skills needed for success in established business and entrepreneurial ventures

Team Based
The students work in teams on projects and in the community

Engaging
The learning environment is accessible and exciting

So that graduates are well prepared to achieve their goals of pursuing higher education and contributing to the workplace and society.

Brief Description of Three-Year Integrated Course:

three-year series of integrated curriculum

This is a three-year series of integrated curriculum that will collectively cover the content contained in a standard laboratory science physics course, a standard Visual and Performing Arts sculpture course, and an engineering elective course. These courses will be taught by a team of teachers who are credentialed in physics, visual and performing arts, and engineering technology. Content will be covered in a completely integrated, cross-curricular fashion.

Engineering Technology Content Covered Each Year:

 

Freshman Year:

Engineering design and product development, drafting conventions, schematics, layouts, engineering drawings, CAD software, bill of materials, computer programming basics using Excel and CAD, tools of engineering technology, simple machines

Sophomore Year:

Measurement, control, electrical energy and power, computer systems, automation, computer programming, engineering and industrial design

Junior Year:

Advanced product design and development, industrial and manufacturing processes, quality assurance, systems and test engineering, advanced controls and automation, complex assembly drawing and diagrams, power distribution schematics, and computer programming

Visual and Performing Arts—Sculpture Content Covered Each Year:

 

Freshman, Sophomore, and Junior Years:

Elements and principles of design (e.g. line, shape, value, harmony, balance, and rhythm), basic techniques (e.g. addition, subtraction, and manipulation), tools, historical and cultural context, and how to critique artworks

Physics Content Covered Each Year:

 

Freshman Year:

Forces and Newton’s Laws, vectors, speed, velocity, torque, energy, electricity and magnetism

Sophomore Year:

Mechanical work, mechanical energy, mechanical power, conservation of energy, momentum, impulse, conservation of momentum, collisions, stress, strain, pressure, elasticity, electrical work, electrical power, efficiency and electric motor analysis.

Junior Year:

Kinematics and two-dimensional trajectory problems, dynamic systems and forces, harmonic and oscillatory motion, waves and sound

Required Pre-Requisites for Freshman Year: Algebra 1 or Higher Math

Required Co-Requisites for Freshman Year: Geometry or Higher Math

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Required Pre-Requisites for Sophomore Year: Geometry or Higher Math

Required Co-Requisites for Sophomore Year: Algebra 2 or Higher Math

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Required Pre-Requisites for Junior Year: Algebra 2 or Higher

Required Co-Requisites for Junior Year: Advanced Mathematics or Higher

 

Advanced Engineering Physics: Grade 12

This is a specialized course developed specifically for the Dos Pueblos Engineering Academy (DPEA). The main purpose of this course is to provide seniors in the DPEA with the prerequisite knowledge and analytical ability necessary to design, build, program, and test a functional robot that will perform successfully in the FIRST Robotics Competition. This course covers physics topics in a greater depth than an introductory high school physics course and, in many instances, at a more advanced level than AP Physics. This course also covers advanced topics in the physical sciences that are the foundation for various fields of engineering and which are not traditionally covered in the typical high school physics setting.

Students study mechanics including kinematics, statics, stress and strain analysis of both static elements and systems such as beams and trusses, rotational dynamics, gearing and linkage, and materials, including an introduction to elasticity, plasticity, and fracture mechanics. In addition, students study topics related to electricity and magnetism. Traditional topics such as voltage, current, resistance, capacitance, and DC and AC motors are covered at an advanced level. This is followed by study of analog electronics including equivalent resistance, voltage dividers, filters, transistors, and transformers. Finally, students learn about digital electronics, gate theory and logic, microprocessors and electromechanical systems.

This course is project based and encourages and promotes strong leadership and team building, both of which are necessary to work on a successful design-build engineering program. This course is a Lab Science, which meets the “d” requirement for the University of California and also qualifies for a weighted grade.

FIRST Robotics ROP: Grade 12

This course is designed to provide students with the experience of working for an Engineering Design and Manufacturing Company. It is offered thanks to the support of the Santa Barbara County Education Office (SBCEO) and the Regional Occupation Program (ROP). This simulated company will be set up to design, manufacture, assemble, program, and test a fully functional robot. The robot that the students produce in this course will be entered into the annual FIRST Robotics Competition.

After completing this course, students will have the knowledge and skills necessary to be placed in an internship or entry-level position in their area of specialization. Students will also be academically qualified to pursue higher education in engineering, science, or technology at a college or university.

The students in this course will be broken up into teams that represent the different branches found in a typical engineering company (e.g. mechanical, electrical, software, manufacturing, etc.) Each of these student teams will focus their learning on one area of engineering technology and then they will be responsible for the successful completion of all of the aspects/components of the robot related to this field of technology. For example, one group of students will focus on electrical engineering and will be responsible for designing, integrating, and testing all of the electrical components of the robot.

Though each group of students will focus on one particular area of technical expertise, all of the groups will work together throughout the entire process from conception to production to ensure that each specialized aspect/component will be able to function as part of a fully-integrated system. This reflects exactly what occurs in private industry; the success of a project not only hinges upon the success of each distinct team, but also upon the ability of the teams to work collectively to make the parts become a unified whole system. Therefore, participating in the robot-build process within this framework will give students a true-to-life engineering experience that is invaluable.

Working for a company as an engineering professional requires more than technical expertise and teamwork. It requires a variety of auxiliary skills that this course will help students acquire, such as planning and working within a budget, scheduling and meeting deadlines, participating in design review meetings, selecting and procuring materials, preparing and delivering presentations, interfacing with industry partners, and soliciting and securing capital investment to ensure the robotics program's sustainability.

Engineering Academy Four Year Curriculum: The Art of Engineering

Engineering Academy Four Year Curriculum: The Art of Engineering

The Dos Pueblos Engineering Academy (DPEA) is a four-year program at Dos Pueblos High School that is designed to give students a real-world, interdisciplinary, project-based approach to learning.

The program strives to create a balance between theory and application. Students who graduate from DPEA are prepared to participate in internships and research in both academia and industry while they attend college. This program is structured to run like a business, with students assisting with day-to-day operations of the academy.

 

Course Areas

9th Grade

10th Grade

11th Grade

12th Grade

Engineering Academy:
Five dedicated courses that together compose six class credits, as Senior FIRST Robotics is a double-length class.

Engineering Technology
(H)

Engineering Sculpture & Design
(H)

Engineering Physics
(H)

Advanced Engineering Physics
(H)

FIRST Robotics (double-length class)

Social Science: District requires 3 years; suggested sequence shown.

none

World History
(P or AP)

US History
(P or AP)

Government / Economics
(P or AP)

English:
District requires 4 years

English 9
(P or H)

English 10
(P or H)

English 11
(P, H, or AP)

English 12
(P or AP)
or English 110/111*

Math:
District requires 3 years; DPEA requires either 4 years or completion of Calculus.

Start with next level beyond 8th grade:
Geometry (P or H), then Algebra 2 (P) or Algebra 2 / Trig (H), then Pre-Calculus (P or H or IB), then Calculus (AP) or Calculus Math 150/160*

Science:
District requires 1 year each of a life science (ie, Biology) and a physical science. The year of physical science is satisfied through the DPEA engineering courses above, but additional courses are recommended.

Biology
(P or AP)

Consider Physics (AP), Biology (AP),
Chemistry (P or AP)

Language: District requires 2 years of language or visual & performing arts; UC/CSU require 2 years of language plus 1 year of visual & performing arts. The year of visual & performing arts is satisfied through the DPEA engineering courses above. Some colleges require 3 years of language.

World Language

World Language

Consider 3rd year of language

Physical Education: District requires 2 years

Physical Education

Physical Education

Optional additional Physical Education

Electives / Other:
One semester of Health is required. Additional elective courses are added to meet District requirements for the total number of credits.

Review course handbook for options

Consider Computer Science (AP),
Math 117 (Statistics
)*

P= College Prep, H=Honors, AP=Advanced Placement, IB=International Baccalaureate, *SBCC Dual Enrollment

 

 

 

AttachmentSize
DPEA_Curriculum.pdf315.99 KB

Engineering Academy Four Year Curriculum: The Art of Engineering

The Dos Pueblos Engineering Academy (DPEA) is a four-year program at Dos Pueblos High School that is designed to give students a real-world, interdisciplinary, project-based approach to learning.

The program strives to create a balance between theory and application. Students who graduate from DPEA are prepared to participate in internships and research in both academia and industry while they attend college. This program is structured to run like a business, with students assisting with day-to-day operations of the academy.

Course Areas

9th Grade

10th Grade

11th Grade

12th Grade

Engineering Academy:
Five dedicated courses that together compose six class credits, as the Senior Capstone Project is a double-length class.

Engineering Technology
(H)

Engineering Sculpture & Design
(H)

Engineering Physics
(H)

Advanced Engineering Physics
(H)

Senior Capstone Project (double-length class)

Social Science: District requires 3 years; suggested sequence shown.

none

World History
(P or AP)

US History
(P or AP)

Government / Economics
(P or AP)

English:
District requires 4 years

English 9
(P or H)

English 10
(P or H)

English 11
(P, H, or AP)

English 12
(P or AP)
or English 110/111*

Math:
District requires 3 years; DPEA requires either 4 years or completion of Calculus.

 CLASS OF 2015-17: Start with next level beyond 8th grade:
Geometry (P or H), then Algebra 2 (P) or Algebra 2 / Trig (H), then Pre-Calculus (P or H or IB), then Calculus (AP) or Calculus Math 150/160*

CLASS OF 2018+:
Integrated Math I, II, III, then Precalculus OR
Integrated Math Plus (H) I, II, III, then Calculus AB (AP) or Calculus Math 150/160*

Science:
District requires 1 year each of a life science (ie, Biology) and a physical science. The year of physical science is satisfied through the DPEA engineering courses above, but additional courses are recommended.

Biology
(P) or Physics 1 (AP)

Consider Physics 2 (AP), Biology (AP),
Chemistry (P or AP)

Language: District requires 2 years of language or visual & performing arts; UC/CSU require 2 years of language plus 1 year of visual & performing arts. The year of visual & performing arts is satisfied through the DPEA engineering courses above. Some colleges require 3 years of language.

World Language

World Language

Consider 3rd year of language

Physical Education: District requires 2 years

Physical Education

Physical Education

Optional additional Physical Education

Electives / Other:
One semester of Health is required. Additional elective courses are added to meet District requirements for the total number of credits.

Review course handbook for options

Consider Computer Science (AP),
Math 117 (Statistics
)*

P= College Prep, H=Honors, AP=Advanced Placement, IB=International Baccalaureate, *SBCC Dual Enrollment

 

Mission Statement

All DPEA courses use project-based learning, that is, the use of classroom projects to facilitate learning and assess student competence. This instructional method provides students with complex tasks based on challenging questions or problems that involve the students' problem solving, decision making, investigative skills, and reflection. This allows students to develop valuable research and design skills. Project-based learning promotes and practices new learning habits, emphasizing creative thinking skills by allowing students to find that there are many ways to solve a problem.

During their first three years of study, DPEA students are enrolled in an integrated project-based curriculum that collectively covers in an interdisciplinary fashion the content contained in a 1) standard laboratory science physics course, 2) a standard visual and performing arts sculpture course and 3) an engineering elective course. These courses are taught by a team of teachers who are credentialed in physics, visual and performing arts, and engineering technology.

This short video gives an overview of the DPEA teaching philosophy. A video documentary produced by Lynda.com also shows how project-based learning works at the DPEA.

Mission Statement
To provide a project-based education in Science, Technology, Engineering, and Math to high school students in a way that is:

  • Relevant. The exciting, hands-on projects provide a real world problem solving experience,
     
  • Business Oriented.
    The program teaches skills needed for success in established business and entrepreneurial ventures,

     
  • Team Based. The students work in teams on projects and in the community,
     
  • Engaging. The learning environment is accessible and exciting,

So that graduates are well prepared to achieve their goals of pursuing higher education and contributing to the workplace and society.

 

Business Teams

In addition to the project-based curriculum, the Dos Pueblos Engineering Academy strives to involve all of its students in operating the Academy like a small business. The DPEA has established over 20 Business Teams to manage all aspects of DPEA operations. These teams are staffed by students from all four classes and mentored by parent and community volunteers. The teams incorporate real-life experience of working in a professional business environment in order to develop skills that can transfer from the academic to the real world.

 

Accounting
Running the Engineering Academy involves plenty of money changing hands, and the Accounting team manages all of these expenses. They keep all of the business and engineering teams on budget and record all spending and donations.

Admissions
As the Engineering Academy grows, our admission process becomes more and more complicated. The Admissions team is responsible for organizing the application and interview process for prospective Engineering Academy students from the local junior high schools with the cooperation of the Director and other staff members.

Apparel
The Apparel team determines which items students and the general public are willing to buy and manages the procurement and orders of all Team 1717 apparel, including senior jumpsuits. In the case of robotics jumpsuits, they also attach each sponsor patch and FIRST logo to all 32 of them.

Art
The Dos Pueblos Engineering Academy aims to incorporate artistic originality and creativity in our education by encouraging student participation in the National Art Society. This team collaborates with the art teacher to coordinate field trips and exhibits as well as apply for art grants.

Awards
Part of the FIRST Robotics competitions is the much-anticipated awards ceremony. Our Awards team organizes our submission for these awards, including the FIRST website award and Chairman's award.

Building/Equipment
As the new Elings Center for Engineering Education building was established, the Building and Equipment team was put in place to help the shop manager keep the building well-organized and keep track of many of the tools and machines used in the building.

Events
To help Engineering Academy students grow closer to each other and the community, we turn to the Events team. They organize everything from class social gatherings to the FIRST Robotics kick-off breakfast and dinner to evening meals during first semester training and second semester build season for FIRST Robotics.

Grant Writing
Grants provide a significant source of funding to run the Engineering Academy. The Grant Writing team writes and applies for grants from about seven to eight local and national companies each year.

Graphics
The Graphics team creates most of the digital graphics and designs related to Team 1717, including banners, headers and apparel. They also manage the graphics files for the sponsors' logos used for robot sponsor stickers and jumpsuit patches. Their designs play a large role in creating and sustaining Team 1717's identity within Dos Pueblos High School and the local community.

Historian
Historians document the entire DPEA timeline for all classes, from business teams to events to FIRST Robotics build season. They take pictures, record film, and work with many other business teams to create up-to-date documentation of the Engineering Academy.

Human Resources: Business and Engineering
To keep track of the various business and engineering teams, the HR members work to staff and organize the teams and define their responsibilities, as well as maintain active communication with all mentors.

Internships
One goal of the Engineering Academy is to help students become prepared for entering the workforce. Our Internship coordinators work with local business and Academy Juniors and Seniors to find internships that match local company needs with individual students' interests.

IT
The IT team is responsible for managing the information technology infrastructure of the Elings Center for Engineering Education building including Windows servers, networking equipment, and about fifty workstations. The team coordinates user authentication, privileges, and security; it manages services including network access, storage, and printing; and it performs hardware installation and repairs.

Pit Operations
This is a special team that is chosen to manage the Pit during the FIRST Robotics competitions. They help keep the pit running smoothly as the robot is taken in and out for maintenance and matches.

Presentations and Sponsor Relations
Throughout the year, the Academy demonstrates their robots and education design through presentations. The presentations team is in charge of setting up, rehearsing, organizing, and carrying out all of these presentations. In addition to exhibiting our robots, presentations also give us a chance to show our sponsors where their time and resources are going and solicit new sponsors.

Press Relations
As the Engineering Academy grows, we aim to become more well-known in our community. Press Relations helps us achieve this by communicating with sponsors, the DPEA community and the general public. Their responsibilities include issuing press releases to a variety of media outlets including the Santa Barbara News Press, Noozhawk and local TV stations. Press Relations activity is particularly high during FIRST Robotics competitions.

Safety
Safety is the most important thing to remember at any time when working in the Elings Center for Engineering Education, the new DPEA facility. This team establishes and manages the DPEA Safety System including staffing Safety leaders in each of the classes, creation of Safe Practices, safety training and certification, leading the Behavior Observation System and maintaining the minor injury log.

Scouting
The Scouting team operates during FIRST competitions to scout and evaluate other teams as both opponents and potential alliance partners. Their detailed observation and analysis play a key role in determining our results in the competition.

Service Learning
Another goal of the Engineering Academy is to spread our influence throughout our community. The Service Learning team members both tutor AVID students at local Junior Highs and mentor elementary students who are participating in the FIRST Lego League competitions as well as tutoring DPHS Pathway students.

Travel
During FIRST Robotics competitions, our Travel team organizes almost everything. They are in charge of getting 50 students and mentors transportation, hotels and food for each competition. They are also responsible for the FIRST Robotics fan bus, which brings 180 underclassmen Academy members as well as other Dos Pueblos students to the regional competitions.

Web Content
The Web Content team expands Team 1717's audience by utilizing the web. They manage and update the contents of the website for both the Academy and the Team, gathering news articles, photos, and events to inform the DPEA community and the public.