Engineering Technology Programs in Ontario CA

Looking to jumpstart your career in engineering technology? Check out the top Engineering Technology Programs in Ontario CA.

This guide highlights the best options, providing you with a clear path to a successful future in electronics, chemical, or mechanical engineering.

Discover programs that offer hands-on training and cutting-edge curriculum, ensuring you get the skills needed in today’s job market.

Ontario Colleges – Electronics Engineering Technology Program

Explore the Electronics Engineering Technology program offered across various public colleges in Ontario. This program is tailored to help you dive into a career in electronics engineering, equipping you with practical and theoretical knowledge in:

• Electronic circuits: Understand the complexities of electronic components and their functionalities.
• Microcontrollers: Learn about embedded systems and programming microcontrollers for various applications.
• Digital electronics: Gain insights into digital systems, logic design, and how digital electronics work.
• Telecommunications: Explore the principles of telecommunications, including wireless communication and networking.

This three-year program emphasizes hands-on training through lab work and practical exercises, ensuring that you are ready to tackle real-world challenges confidently. You will also be trained in problem-solving and critical thinking skills, which are essential for success in the electronics industry.

As a full-time commitment, this program results in an Ontario College Advanced Diploma, paving the way for various career opportunities in fields such as design, manufacturing, and technical support. Visit the Ontario Colleges Electronics Engineering Technology program page for more information.

Ontario Colleges of Applied Arts and Technology – Chemical Engineering Technology Program

The Chemical Engineering Technology program at Ontario Colleges of Applied Arts and Technology prepares you for a rewarding career in chemical engineering. Focused on providing a robust educational foundation, this program covers vital subjects such as:

• Chemistry: Gain deep insights into general and organic chemistry critical for chemical technology.
• Thermodynamics: Learn about energy systems, thermodynamic laws, and their applications.
• Fluid mechanics: Understand fluid behavior, flow dynamics, and their industrial applications.
• Plant operations: Acquire knowledge about industrial chemical processes and plant management.

Through hands-on lab work, co-op placements, and industry projects, you will gain practical experience essential for your career. Problem-solving and analytical skills are heavily emphasized throughout the program, ensuring you can address complex chemical engineering challenges effectively.

Typically, this program spans two to four years, depending on the specific college and format. Admission requires a strong background in math and science, making you well-prepared for this advanced learning. To learn more, visit the Chemical Engineering Technology program details.

Ontario Colleges of Applied Arts and Technology – Electromechanical Engineering Technology Program

Consider the Electromechanical Engineering Technology program if you are aiming for a versatile career in engineering technology. This comprehensive program bridges the gap between electrical and mechanical engineering, offering a three-year curriculum that leads to an Ontario College Advanced Diploma. Key areas of focus include:

• Electrical circuits: Dive deep into circuit analysis, electromagnetism, and electrical components.
• Mechanical systems: Study the principles of mechanics, including statics, dynamics, and material science.
• Control systems: Learn about control theory, automation, and instrumentation critical for industry applications.
• CAD (Computer-Aided Design): Develop proficiency in CAD software, essential for modern engineering design.

Throughout this program, you will engage in hands-on lab sessions and practical exercises that develop your technical expertise. Career opportunities abound in industries such as manufacturing, power generation, robotics, and automotive engineering.

This program sets a strong foundation for careers involving design, testing, project management, and technical sales. Admission requires a solid understanding of math and science. For further details, visit the Ontario Colleges Electromechanical Engineering Technology Program page.

Ontario Colleges of Applied Arts and Technology – Manufacturing Engineering Technology Program

The Manufacturing Engineering Technology Program is designed to prepare you for various roles in the manufacturing engineering sector. With a curriculum spanning six semesters, it focuses on both theoretical and practical learning elements, such as:

• Design and development: Learn innovative design techniques and practices crucial for product development.
• Quality control: Understand quality assurance, control systems, and methodologies to maintain industry standards.
• Equipment setup: Gain expertise in setting up and maintaining machinery used in manufacturing processes.

Upon graduation, you will receive an Ontario College Advanced Diploma, opening doors to careers in technical sales, CAD drafting, and management within the manufacturing sector. The program emphasizes key skills including:

• Problem-solving: Tackle challenges effectively using analytical and logical approaches.
• Technical documentation: Master the art of documenting technical processes and specifications.
• Machinery application: Get hands-on experience with machinery, enhancing your practical knowledge.

Ideal for those who aspire to support engineering activities in diverse industries, this program is a gateway to numerous job opportunities. For more information, visit the Manufacturing Engineering Technology Program page.

University of Windsor – Engineering Technology Degree Program

The Engineering Technology degree program at the University of Windsor is crafted for individuals who already possess a three-year technology diploma or a four-year technical degree. The program offers specializations in areas like:

• Civil Engineering: Explore the design, construction, and maintenance of infrastructure.
• Mechanical Engineering: Gain insights into mechanical systems, materials science, and thermodynamics.
• Mechatronics: Engage in the integration of electronics, mechanics, and computer engineering.
• Biomedical Engineering: Discover the application of engineering principles to the medical field.

Requiring a minimum average of 70% for admission (75% preferred), this program delivers a well-rounded education through courses such as Engineering Management, Advanced Design, and Engineering Economy. Typically, it is completed within three consecutive semesters.

Graduates of this program can look forward to roles including industrial engineering technologist and mechanical designer. For more information, visit the University of Windsor Engineering Technology Program page.

Ontario Colleges of Applied Arts and Technology – Software Engineering Technology Program

The Software Engineering Technology program equips you with the necessary skills to succeed in today’s software industry. Leading to an Ontario College Advanced Diploma, the program includes a comprehensive curriculum covering:

• Programming languages: Learn key programming languages used across various platforms.
• Software design: Understand the fundamentals of designing user-friendly and efficient software.
• Database management: Gain expertise in managing data and database systems.
• Project management: Develop skills to manage and lead software projects effectively.

This three-year program emphasizes hands-on experience through internships and practical projects, ensuring you have real-world skills upon graduation. Graduates are well-prepared for careers in software engineering, software development, and related fields.

Given the ever-evolving nature of the tech industry, this program ensures that you stay updated with the latest trends and technologies. Visit the Software Engineering Technology program page for further details.

Niagara College – Computer Engineering Technician Program

The Computer Engineering Technician program at Niagara College offers comprehensive training in both computer hardware and software. By the end of the program, you will be well-versed in:

• Networking: Learn about network design, implementation, and troubleshooting.
• Hardware troubleshooting: Master the skills to diagnose and repair computer hardware issues.
• Digital and microprocessor technology: Understand the principles and applications of digital technology and microprocessors.
• Data communications: Gain insights into data transmission and communication protocols.

Structured over four levels, the curriculum includes courses on client-server networking, project management, and data management. Graduates from this program are eligible for certification by the Ontario Association of Certified Engineering Technicians and Technologists.

The tuition fee for domestic students is $1,357.49 per semester, and the program is designed to equip students with market-ready skills applicable across multiple industries. For more information, visit the Niagara College Computer Engineering Technician Program page.

Sheridan College – Computer Engineering Technology Program

Sheridan College offers an insightful Computer Engineering Technology program that enriches students with both academic knowledge and hands-on experience. A continuation of the two-year Computer Engineering Technician diploma, this three-year advanced diploma course enhances skills crucial for a thriving career in computer engineering technology.

Key Features of the Program:

• Electrical fundamentals: Dive into the essential principles of electrical circuits, power generation, and power distribution systems.
• Digital principles: Grasp the core concepts behind digital electronics, including logic circuits and signal processing.
• Embedded systems: Learn to design and implement embedded systems used in various industries.
• Network administration: Develop strategies for configuring, managing, and troubleshooting network systems.

Students gain this hands-on experience through state-of-the-art labs simulating real-world work environments. Co-op opportunities further enrich their learning experience, allowing them to gain practical work exposure. This program prepares students for roles such as:

• Software developers: Craft and maintain essential software for diverse applications.
• Network technologists: Manage and optimize network systems for optimal performance.

Graduates can pursue additional educational opportunities, bolstering their career trajectory. For more detailed information, visit the Sheridan College Computer Engineering Technology Program page.

Cambrian College – Motive Power Technician – Service and Management

Cambrian College presents a Motive Power Technician – Service and Management program tailored for individuals keen on a career in the automotive sector. This program blends vehicle repair knowledge with customer service and business operations skills.

Highlights of the Program:

• Vehicle repair: Master troubleshooting and repair techniques for various automotive systems.
• Customer service: Develop exceptional customer service skills, ensuring client satisfaction.
• Business operations: Learn essential business management principles, preparing for leadership roles in the automotive industry.

By emphasizing a hands-on approach, Cambrian College ensures students are ready for careers in automotive service and management. The program’s strong community connections and modern facilities enhance the learning experience. Cambrian College also offers various specialized programs adding to its diverse educational landscape.

For further details on available admissions options, specialized programs, and financial aid, visit the Cambrian College program page.

Durham College – Electro-Mechanical Engineering Technology

Durham College’s Electro-Mechanical Engineering Technology program focuses on preparing students for industrial automation and control systems careers.

Program Components:

• Industrial automation: Gain expertise in advanced automation technologies used across manufacturing industries.
• Control systems: Learn the design, implementation, and management of control system technologies.
• Integrated Manufacturing Centre: Participate in hands-on learning activities in specialized labs.

The program includes opportunities to earn a globally recognized Fanuc Robotics certification. Additionally, an 80-hour field placement provides practical job search skills and real-world industry experience.

Career opportunities span various roles such as:

• Automation specialist: Implement and manage automation strategies in industrial settings.
• Controls designer: Design and innovate control systems for various applications.
• Robotics programmer: Develop and program robotics systems to execute industrial tasks.

Transfer options and degree completion pathways are also designed for students wishing to further their education. Learn more by visiting the Durham College Electro-Mechanical Engineering Technology Program page.

St. Clair College – Biomedical Engineering Technology Program

St. Clair College provides an advanced Biomedical Engineering Technology Program that merges engineering principles with healthcare applications. This program equips students to become skilled biomedical engineering technologists.

Core Aspects of the Program:

• Hands-on training: Utilize virtual reality training and interact with various medical equipment.
• Engineering and healthcare intersection: Learn how engineering principles apply to the healthcare technology field.
• Medical imaging and quality control: Gain proficiency in the latest medical imaging technologies and quality control processes.

This three-year program allows graduates to further their studies at the University of Windsor or start a career in healthcare technology management. The curriculum covers vital courses such as electrical circuits and medical imaging.

St. Clair College mandates that students may need full COVID-19 vaccination to complete certain placements. For more details, click on the St. Clair College Biomedical Engineering Technology Program page.

Mohawk College – Energy Systems Engineering Technology

Mohawk College’s Energy Systems Engineering Technology program is focused on training individuals for careers in electric energy generation, transmission, and conservation.

Program Highlights:

• Renewable energy sources: Explore practical applications of renewable energy.
• Real-world lab experience: Work at facilities such as Caroline Street Substation for hands-on training.
• Clean energy strategies: Study and develop strategies focused on clean and sustainable energy.

Students participate in a capstone research project and have access to co-op opportunities. CEWIL Canada accredits the program, and it is recognized by the Ontario Association of Certified Engineering Technicians and Technologists (OACETT). Graduates are well-equipped to work in fields including:

• Power generation: Operate and manage energy systems in power plants.
• HVAC systems: Design, implement, and maintain heating, ventilation, and air conditioning systems.
• Energy management: Develop and execute strategies for efficient energy use.

For more details, visit the Mohawk College Energy Systems Engineering Technology Program page.

Key Factors When Choosing an Engineering Technology Program

Selecting the right engineering technology program in Ontario CA requires careful consideration of several crucial factors. Here are some tips to help make the best choice:

1. Accreditation:
   • Ensure the program is accredited by recognized bodies.
   • Accreditation guarantees that the program meets industry standards.
2. Program length:
   • Consider the duration of the program.
   • Determine if it fits within your timeline and educational goals.
3. Hands-on opportunities:
   • Look for programs that offer practical, real-world experience.
   • Hands-on training is essential for developing practical skills.
4. Faculty expertise:
   • Research the qualifications and experience of the faculty.
   • Experienced faculty members provide quality education and mentorship.
5. Career outcomes:
   • Evaluate the potential career opportunities post-graduation.
   • Ensure the program aligns with your career goals and aspirations.

Conclusion

By exploring these top Engineering Technology Programs in Ontario CA, you can make an informed decision that aligns with your career goals. These programs offer a pathway to various technical fields, ensuring you gain the skills required to excel in the competitive job market. Consider these key factors and dive into the program that promises the best future prospects for you.