Look what's new at DEPCO!
National cable show highlights DEPCO
Later this year, DEPCO and its services will be featured on the cable television program "Her Domain," a program on the Oxygen network dedicated to women's issues.
Morning Sun News Article Sarasota High's Engineering Tech students learn 'polyvalent' skills
Autry Tech open house promotes mechatronics program
Autry's mechatronics program soon will provide training with state-of-the-art simulators so students can gain hands-on experience in automated machining, electronics, hydraulics and other areas.
Autry’s mechatronics program will provide students with customized training with a wide variety of simulators. It also will provide a foundation for anyone planning a college degree in engineering.
Enid News Article New York educators examine Riverton technology education
Riverton technology teacher Marty Falling and Megan Wells, a 17-year-old high-school senior, explained the technology program that starts in sixth grade and continues through to high-school graduation. The program is designed around technology pods supplied by Depco, of Pittsburg. The pods include those for drafting, vinyl-sign making, desktop publishing, computer animation, Web page design, digital photography and engineering.
Joplin Globe ArticleInventor Interactive Learning Unit using Autodesk®
DEPCO's
in-depth Inventor Interactive Learning Unit, based on software by Autodesk®,
instructs your students on how to use the world's best-selling 3D mechanical
design software in the industry. After learning the tools and functions of the
software with DEPCO's interactive learning unit, your students will be able to
assemble visual components, create an animation of an assembly, as well as
understand how this software is used in industry.
Transportation Design allow students to explore manufacturing technology
Students will explore manufacturing in this technology learning unit that demonstrates the
CNC process and the proper way to machine a raw material into a CO2 car
finished product. Students begin by receiving an overview of CNC and Mastercam
software. Students learn to use Solids to design their CO2 car, just as an
engineer would in industry. Next, the wooden CO2 cars are designed by using the
helpful tips from DEPCO's comprehensive curriculum workbook. Finally, students
manufacture the cars using a CNC wood router, a great new addition to any
technology, manufacturing, or pre-engineering lab.
Business and Marketing Interactive Curriculum
DEPCO's
Business and Marketing Program covers many advanced topics such as accounting, marketing, entrepreneurialism, finance, and business graphics, while
incorporating the National Standards for Business Education. This Business and Marketing Program touches on numerous business career areas, giving students
valuable knowledge and hands-on experiences. In addition, DEPCO has included an activity in each title that focuses on topics relating to international
business.
Each interactive learning unit contains fifteen activities, which include ten
primary, five enrichment activities, pre-test and post-test. The combination of
these self-directed modules and individual student projects provide a multitude
of business lessons.
Curriculum, software, and equipment for the following:
Accounting Principles
Basic Marketing
Business Law
Business Planning
Career and Community
Computer Animation
Computer Applications
Consumer Finances
Desktop Publishing
Digital Design
Digital Photography
DVD Production
Embroidery
Graphic Design
Hospitality and Tourism
Interpersonal Relationships
Personal Finance
Presentation Technology
Vinyl Sign Making
Web Page Design
Flexible Manufacturing System (FMS) - Pre-engineering, Manufacturing, and Technology lab
DEPCO's Flexible
Manufacturing System (FMS) is perfect for any pre-engineering, manufacturing,
and technology lab. This turnkey FMS Workcell gives students training and
skills in CAD/CAM, CNC and robotic programming and control, and automated
manufacturing systems. The robotic system offers advanced robotic path control,
speed, and accuracy while loading and unloading parts to and from the parts
feeder, milling machine, and conveyor. The CNC machining center is a computer
controlled milling machine. Similar to larger industrial machines, the CNC
machine uses EIA, ISO, and Fanuc-compatible G&M code programs to cut parts
in a variety of materials. The machine's software supports a number of
programming modes, including linear, circular, and helical interpolation,
multiple tool programming and canned cycles.
IAP - Industrial Automation and Pre-Engineering
DEPCO's new
Industrial Automation and Pre-Engineering (IAP) program is a skill-based,
hands-on, interactive learning system using equipment and software that is
standard in industry. IAP provides students with not only the basics, but also
the advanced knowledge and skills needed to have the competitive edge in
today's job market.
This new, innovative program is designed as an advanced industrial automation
and pre-engineering program - ideal for tenth through twelfth grades. This
multi-level courseware, developed from national standards, will lay the
foundation for post-secondary success.
IAP focuses on the development of industrial workplace skills. As students
progress through the courseware, the classroom instructor uses a detailed
rubric to subjectively evaluate the student's skill and proficiency. DEPCO
courseware is developed from the Manufacturing Skill Standards Council (MSSC)
and the National Skill Standards Board (NSSB). Close correlation with these
standards will provide students with the skills and knowledge necessary for
success in the workplace.
The IAP program is comprised of Industrial Training Centers (ITC). Each ITC
includes multi-level courseware designed to develop industrial skills and
automation integration. Each level includes twenty instructional lessons
utilizing DEPCO's innovative MediaPLUS(tm) curriculum delivery system and
full-color Industrial Training Manuals.
Curriculum, software, and equipment for the following:
Aerodynamics
Automated Material Handling
CAD-CAM
CNC Machining
Engineering Graphics
Industrial Electricity
Industrial Hydraulics
Industrial Motor Controls
Industrial PLC
Industrial Pneumatics
Industrial Sensors
Industrial Thermals
Material Research
Mechanical Systems
Reverse Engineering
Robotics and Material Handling
Tolerance and Quality Control