Creative Technology (C-Tech) courses provide students with practical high-tech skills
needed for the current and future manufacturing environment. Our goal is the most
literal application of principles through the integration of 3-D design, electronics,
automation, drone technology, and material science.
To find class dates, please select "Class Search and Registration" button at the bottom of the page.
3D Design Programs
Our 3D Design Programs are a comprehensive collection of courses designed to equip
participants with the knowledge and skills needed to create complex 3D designs, animations,
simulations, and immersive experiences. The series provides an overview of industry-leading
software applications and explores a wide range of 3D design principles. From creating
basic shapes to designing intricate models and bringing them to life through animations
and simulations, all of these programs caters to individuals looking to develop their
skills in the digital realm, irrespective of their levels of experience.
Courses
Explore the practical applications of virtual reality (VR) and 3D asset creation in
various industries with this comprehensive 40-hour course. Unreal Engine Metaverse
Foundations is designed for professionals in aerospace, automotive, and other large
sectors providing them with the skills needed to develop immersive virtual environments
using technologies like Unreal Engine and Blender. In a rapidly evolving digital landscape,
mastering these tools is crucial for fostering global collaboration and innovation.
Students will engage in hands-on projects to create high-quality 3D models, enhancing
their ability to design realistic virtual worlds tailored to aerospace and automotive
applications. They will learn to effectively integrate assets into engaging environments
that leverage VR technology, cultivating practical skills that can be applied directly
to their work.
In this course, we'll take you on a journey through the exciting world of 3D modeling,
using Blender, a powerful application. Unlike traditional CAD programs, Blender's
mesh-based editing provides unparalleled freedom and versatility, making it an ideal
tool for a wide range of applications, including product design, visual effects, and
game development -- among others.
The CATIA Part Design course emphasizes the use of Dassault Systèmes CATIA, a leading
CAD software essential for 3D design, modeling, and analysis across industries like
aerospace, automotive, and industrial machinery. Students will gain proficiency in
creating parametric models, advanced sketching, solid and surface modeling, and assembly
design. CATIA’s capabilities enable precise design of complex components, facilitating
innovation and collaboration in modern industrial design, making it a vital tool for
engineers and designers.
Topics:
Using the CATIA interface
Recognizing various design tools
Creating 2D profiles in the Sketcher module
Utilizing sketch constraints and analysis
Mastering common Part Design tools for solid modeling
Applying lofting techniques
Creating slots, shafts, and grooves from profiles
Implementing mirroring and patterning features
Understanding and manipulating the Specification Tree
Learning to use parameters, formulas, and design tables
Creating basic assemblies
Using the compass to manipulate structures and parts
Performing Boolean operations
Understanding the basics of surface design
Creating surfaces with points, angles, and splines
Splitting, trimming, and extrapolating in wireframe mode
The Fusion 360 course introduces users to creating parametric designs and cloud-based
sharing.
This course will help students become comfortable with one of the industry's largest
3D functional CAD packages, CATIA Part Design, while using the latest software from
Dassault Systems, 3DExperience. The 3DExperience platform is a new way to work within
the total manufacturing environment or Product Lifecycle Management.
Advanced Composites
The Advanced Composite courses place an emphasis on practical experience, allowing
students to work with composite materials to gain an understanding of real-world manufacturing
challenges. By participating in the manufacturing process, students develop skills
to overcome complexities such as selecting optimal manufacturing processes, handling
defects, and identifying the optimal curing process for each component. C-Tech's practical
experience component also offers students access to advanced composite equipment and
software systems.
Courses
This course was primarily developed for people looking for a career in aerospace composites
or to further their existing careers. Continuing beyond the skills and methods learned
in the introductory certification section, students learn about integrating technologies,
cutting-edge materials, new processes, advanced skills, and principles.
This is a beginner-level course in composite manufacturing. Students will receive
hands-on training and experience in the construction of a basic fiberglass assembly.
Each student will have a chance to complete a project from start to finish, including
cutting, shaping, building the composite layers, applying resin, and vacuum bagging
the product.
The goal of this course is to learn to understand and create lightweight rigid structures
that can span large distances with minimal distortion, such as an airliner floor paneling,
walkways, support beams, and similar.
General Industry Skills
The General Industry Skills courses are designed to provide students with a foundational
understanding of essential skills required in the industry, such as welding, soldering,
and the use of various machines and tools. These skills are transferable across different
fields and serve as a great starting point for students seeking to advance their learning
in more specialized areas.
Courses
Students will use multiple applications to machine and hand fabricate metal. Core
tools include utilizing CAD software program for concepts and structural design of
components, plasma and waterjet cutters, as well learning about MIG welding techniques.
Drone Technology
Our Drone, or UAV (Unmanned Aerial Vehicle) courses offer comprehensive and technical
training in current technology. Participants will acquire broad technical competencies
in RF systems, motor systems, electronics, and composite materials. The courses cover
open-source control software like Betaflight and iNav, as well as the principles of
flight dynamics, aerodynamics, and energy management. Advanced sensors such as GPS,
optical flow sensors, range finders, and other sensor systems are also covered in
detail. Participants gain hands-on experience in UAV fabrication, testing, and tuning,
acquiring technical expertise in manual calibration of PID systems and critical components.
By completing our courses, learners possess the technical skills and knowledge needed
to operate UAVs, either for hobby or professional use.
Courses
In this course, students focus on basic RF (radio frequency) understanding and the
control of simple mechanisms. The build for this class is a ground vehicle (RC car)
but we'll also be adding video transmission capabilities as well as changing out some
mechanical components.
A comprehensive introduction to building, configuring, and operating advanced multi-rotor
vehicles. It's an opportunity for students to gain some invaluable training experience
to see what this exciting field can offer.
Soldering knowledge and experience is preferred. If no experience, we encourage students
to consider taking our SMD Soldering course.
This class covers all the individual components used to create unmanned aerial vehicles
(UAV) as well as how to calculate load and speed requirements to be able to make decisions
as to which of these components would be best suited for the application. Students
will learn to configure, troubleshoot, identify where to purchase equipment needed
to design, build, and maintain custom aerial vehicles specifically suited to the task
needed.
Prerequisite: Industrial UAV Systems or Micro UAV Systems
In this class, we'll be covering all the topics discussed in the Industrial UAV Systems
course, but looking into other advanced features such as gimbal-controlled cameras,
restricted flight altitude for safe navigation, GPS guidance, multiple FPV cameras
(Forward and down-facing), and more transmitter configurations.
The course goal is to train students to build, fly and repair micro unmanned aerial
vehicle devices but also to spark students' imaginations in what is possible -- beyond
racing and other recreational uses. High-powered small-diameter brushless DC motors,
faster microprocessors, and advanced stabilization software have all led to the current
iteration of these flying vehicles.
Soldering knowledge and experience is preferred. If no experience, we encourage students
to consider taking our SMD Soldering course.
Robotic Automation/Mechatronics
In robotic automation, we delve into systems that automate tasks and processes, which
can also enhance efficiency and precision. Mechatronics takes an interdisciplinary
approach that combines mechanical engineering, electronics, computer science, and
control engineering to design, create, and operate smart systems and products, often
involving elements of robotics and automation.
Courses
In this course students will learn how to customize a ground-based vehicle platform
(RC Car) to perform various tasks using distance, temperature, Inertial Measurement
Unit (IMU), and other essential sensors. The curriculum will cover C++ programming
and fundamentals working with microcontrollers and Arduino development platforms.
C-Tech offers an online/hybrid curriculum for learning 3D printing technology (Additive
Manufacturing). Our program provides adaptability to the current trends of working
from home and allows you to learn from anywhere at any time. Our curriculum covers
every aspect of 3D printing, including the basics and advanced concepts, applications,
and comparisons to traditional manufacturing methods. Our team of experts will guide
you through various topics, including mechanics and operation, CAD 3D design, building
and assembly, and hand tool usage. Join us now and gain cutting-edge skills in 3D
printing technology that will prove valuable in the industry.
This course focuses on the mechanical principles of electromechanical automation (mechatronics)
and each student builds computer-controlled milling machines (CNC) to learn how to
apply these concepts. Students will learn to be proficient in the mechanical fabrication
process.
An introductory course on modern, advanced soldering techniques that teaches students
to develop a proficiency that could help them get more out of our electronics and
robotics courses as well as provide valuable career skills. Students will be working
almost exclusively with surface mount components as opposed to "through hole" devices.
