Advanced Diploma in Mechanical Engineering Technology - Design (Fast Track) (Optional Co-Op)

at Centennial College - Progress Campus Canada

To ensure that you choose the appropriate technology to participate in courses delivered in the Information & Communication Engineering Technology programs, please consult recommended computer specifications for the ICET academic programs here.

Through collaboration with industry, the Software Engineering Technology – Artificial Intelligence (AI) program will provide our students with skills in state of art design and AI application development technologies. Software is taking the planet by storm and AI-driven technologies are at the center of it. AI’s global economic impact is expected to reach trillions by 2025. AI is set to become the new database for next-generation applications.

Our Software Engineering Technology – Artificial Intelligence program aligns well with the newest technology trends in the software industry, namely “Augmented Analytics,” “AI-Driven Development,” and “Autonomous Things.” The coursework emphasizes modern software design and AI frameworks, machine learning, data visualization, big data fundamentals, natural language processing, image recognition, recommender systems, software bots, digital ethics and privacy guidelines within AI solutions.

To round out the technical focus of the curriculum, the Software Engineering Technology – Artificial Intelligence program includes two software development projects. For these real-world business applications, you put into action all the technical, systems and business skills acquired during your courses to build AI-enhanced software solutions for automating, classifying, predicting, recommending, and understanding processes and data.

The Energy Systems Engineering Technology program at Centennial College will focus on society's changing views of energy and the environment, which are transforming the utility and construction sectors. This advanced diploma program will present  the students with the opportunity to learn how to integrate and use modern sustainable energy technologies in a manner consistent with sub-urban environments.

The courses in this program will teach the students the fundamental skills to understand energy and its uses in modern society. This includes hands-on practice that mimics real-world scenarios. While this applied science program is challenging, it will result in a unique blend of technical, managerial and entrepreneurial skills that modern energy and sustainable building companies are seeking.

Program Highlights

• Applied research and development projects in the Energy Systems Engineering Technology program promote innovation skills.
• The technical curriculum is complemented by project management skills.
• Students will have the opportunity to work on state-of-the-art energy systems labs.
• This program prepares you to implement energy solutions for commercial and residential buildings using knowledge of energy systems, energy efficiency and renewable/distributed energy systems, design, assembly, troubleshooting, building automation systems, develop advanced control systems for energy, manufacturing process, design and heating, ventilating, air conditioning & refrigeration systems and operate power plants of various sizes.

The General Arts and Science program helps understudies to provide full-time academic programs which will help them to build and develop their language skills in a college or university or in any field. The EAP program provides opportunities to study and enhance English in an environment that will develop academic communication skills by concentrating on skills like reading, writing, speaking and listening.  

Students enrolled in the program will get opportunities to participate in communicative activities, group work, and presentations throughout this program also students will be able to gain access to helpful resources and services likewise counseling, tutoring, and others. 

On the off chance that students are enrolled in the program, they will be placed in one of the three levels that depend on the result of the placement test. You need to need that each level will last for one semester.  The program helps to prepare students for admission to a college or any university program, and also helps to develop the academic study skills. 

The Electrical Techniques program helps students build the skills required for a career in the electrical industry. Students will gain both theoretical knowledge and hands-on practice in electrical fundamentals. During the program, students can develop the basic skills required to become an electrical apprentice. This program is the first step towards such as a career as a professional tradesperson. Students are also introduced to the fundamental elements of the trade (e.g. regulations and practices).

The Computer Systems Technician – Networking (Fast Track) program is for you on the off chance that you've finished a school or college program and wish to get into the PC business quicker. 

This applied science program will permit qualified school or college graduates to increase direct entrance into the subsequent year (third semester) of the two-year Computer Systems Technician - Networking project to get their certificate in one year (two semesters). 

You'll work with best in class testing and estimation gear in reason constructed labs, setting a solid establishment in system structure and testing. In these labs, you'll dig inside PC equipment and become familiar with the complexities of working frameworks, investigate the most recent in PC frameworks and systems innovation, and gather and keep up frameworks that will enable clients in imaginative, business and correspondence exercises.

The Energy Systems Engineering Technology (Fast-Track) program permits qualified school or college graduates direct induction into Year 2 (Semester 3) of this three-year program to get a Technology propelled recognition in four semesters. 

Shaping the base of this school designing project will be society's changing perspectives on vitality and the earth, which are changing the utility and development divisions. All things considered, it will concentrate on offering you the crucial abilities to get vitality and its uses in present-day society. 

The test and opportunity will be to figure out how to incorporate and utilize these advanced supportable vitality advances in a way steady with our urban surroundings. 
Because of the vitality business' evolving nature, this program will challenge yet will bring about a remarkable mix of specialized, administrative and enterprising aptitudes that are profoundly looked for after in current vitality and practical structure organizations and areas.

The Energy Systems Engineering Technician program will equip the students with the essential skills to understand various energy resources and their uses in modern society. This college diploma program will educate you with is a unique blend of theory and hands-on skills that are highly sought after in modern sustainable energy related companies and industries. During the period of studies, you'll have the opportunity to work in our state-of-the-art energy systems labs and participate in applied research and development projects that will promote innovative skills.

The technology program's curriculum will take into account society's changing views on sustainable design and the environment, and how they're transforming the utility and construction sectors.

The utility sector, for example, is currently undergoing a radical shift in operating practice that opens the door to a range of innovative energy projects using small-scale sources — solar, wind, hydro, fuel cells, energy storage systems geo and biomass — to feed electricity, heat and air conditioning to homes and businesses. The construction industry, meanwhile, has adopted a host of new green building initiatives that are quickly increasing the awareness and use of sustainable and integrated architecture and engineering practices for new buildings. Manufacturers also have many new products that provide ways to implement advanced energy management in commercial and residential structures.

The challenges and opportunities that arise in this applied science program will come from learning how to integrate and use all of these modern sustainable energy technologies in a manner consistent with our urban environments.

Program Highlights

• A technical curriculum is complemented by project management skills.
• Graduates of the program are prepared to implement energy solutions for commercial and residential buildings using knowledge of energy systems, energy efficiency and renewable/distributed energy systems, design and maintain heating, ventilating, air conditioning and refrigeration units, work in power plants and work with architectural companies to integrate energy technologies into the latest green buildings.
• Upon successful completion of this two-year Energy Systems Engineering Technician program, students will have the option to enter year three of the Energy Systems Engineering Technology program.

Centennial College's Mechanical Engineering Technology – Industrial program will cover designing hypothesis and practice in assembling and creating mechanical gear and items. 

The focal point of this propelled recognition designing project will be on guaranteeing you increase essential building and science aptitudes while including progressively specific subjects identifying with present-day assembling and generation forms. The Mechanical Engineering Technology – Industrial program's courses will likewise incorporate PC supported plan (CAD) and PC helped to produce (CAM) through AutoCAD, Inventor, Solid-Works and Simul8, which are generally utilized in the business. 

Two-semester individual ventures will consider commonsense involvement in structuring, building and testing a unique bit of hardware. The undertaking approach utilized in the offering will recreate genuine working environment assignments.

Program Highlights

• Through a 60-40 program balance, you gain experience in machine shop operation, tool design and computer numerical control programming.
• Industry-current software instruction in AutoCAD, Inventor and Mastercam is taught, as is state-of-the-art CAD/ CAM equipment.
• The campus from which the program is facilitated houses a new mechanical engineering lab that includes material properties, strength of materials, fluid mechanics, thermodynamics and quality assurance testing equipment.

The Electronics Engineering Technician (Fast-Track) program will enable you to increase direct entrance into Year 2 (Semester 3) of this two-year school confirmation program to get that certificate in one year (two semesters), in case you're a certified school or college graduate. 

On the off chance that you can't venture out from home without your iPod, tablet or cell phone, and have an enthusiasm for how they work, this School of Engineering Technology and Applied Science program is for you. The courses in this school building system will set you up for a difficult profession in the gadgets field from various perspectives. 

Right off the bat, you'll create specialized skills in territories, for example, remote correspondences, information interchanges, microcontrollers, and mechanical frameworks. Furthermore, to further set an establishment in present-day gadgets, you'll increase hands-on involvement in prepared labs by dealing with PCs, correspondence handsets, and hardware testing and estimation gear.

Centennial College's Mechanical Engineering Technology – Design program will offer courses that combine engineering theory and practice, focusing on the design and development of various mechanical devices and equipment. You'll gain a thorough grounding in engineering sciences and skills, including computer-assisted drafting and manufacturing (CAD/CAM) as used in the industry.

About one quarter of the time in this advanced diploma engineering program will be spent on project work. The projects will simulate workplace assignments while relating classroom theory to the actual design, manufacture and testing of projects.

Program Highlights

• In the Mechanical Engineering Technology – Design program, you learn through machine shop operation, tool design and computer numerical control programming.
• The program, which offers a 60-40 balance between theory and practice, includes instruction in industry-current computer-aided design (CAD), computer-aided manufacturing (CAM) and computer-adided analysis (CAE) software as AutoCAD, Inventor, SolidWorks, ANSYS and Mastercam.
• The project-driven program simulates actual workplace assignments and even gives you practical experience in designing, building and testing an original piece of equipment.
• State-of-the-art mechanical engineering lab includes CAD/CAM equipment, thermodynamic fluid power testing modules, and tensile, hardness and impact testers.