Diploma in Business Information Technology Management - (Artificial Intelligence Management Option)

at British Columbia Institute of Technology - Burnaby Campus Canada

The BCIT Global Trade and Transportation Management diploma program provides the skills necessary to market products globally, import, export, transport goods, and manage an international team. You will analyze international markets, plan product entry strategies, and design optimum transportation strategies to grow global trade for Canadian and international companies. Graduates travel the world, establish trade partnerships, and improve the movement and distribution of goods and services in Canada and abroad.

BCIT Global Trade and Transportation Management students learn to:

• Determine a product’s feasibility in a new market
• Select optimal transportation options
• Manage inventory and supply chains
• Conduct effective international negotiations
• Build relationships with international partners

The Architectural and Structural CADD and Graphics Technician program offers two areas of specialization: Architectural CADD and Graphics Technician and Structural CADD and Graphics Technician. Applicants must indicate area of specialization on their application.

The Architectural and Structural CADD and Graphics Technician programs at BCIT offers training for a variety of applications in architecture, building construction and industrial applications. CADD (Computer-Aided Drafting and Design) is an integral part of all our drafting programs.

The Program
This specialty applies drafting, computer applications, and graphic presentation with architectural and design skills used in the preparation of architectural projects, and construction of buildings. 

Modern Business Operations Management encompasses a number of knowledge areas. The base of the operations function is supply chain management, specifically purchasing, process management, and quality management to maximize productivity. This is supported by digital business strategies such as ERP, business analytics, and various emerging technologies; as well as continuous improvement skills such as project management, process design and improvement, and change management to ensure the business can respond to evolving customer demands. These business management and transformation activities form a body of knowledge that is integral to business success.

In the BCIT Business Operations Management diploma program, you’ll learn how to manage, evaluate, and improve these critical functions. You will acquire a highly transportable set of skills applicable to a variety of organizations. A strong connection to industry allows you to apply those skills to real world situations, preparing you for success.

The Bachelor of Engineering in Mining and Mineral Resource Engineering program is designed to allow well qualified students who successfully complete the first year of the Mineral Exploration and Mining Technology diploma program to apply to complete an engineering degree through three additional years of full-time study.

The vision of the program is to provide students with a flexible educational path for successful careers in the mineral resource industry both in Canada and worldwide. As such the degree will have a strong practical focus built upon a broad foundation of engineering theory, analysis and design. Throughout this program, students will be challenged to develop their critical thinking skills and exercise their creative abilities.

The mineral resource industry is a cornerstone of many communities throughout BC and Canada and it is a major contributor to our economy. Canada is recognized as a world leader in mineral exploration and mining, and our expertise is exported around the world to help discover, develop, and operate mines.

As one of the largest users of high-technology equipment and applications, the mining industry requires professionals who have the skills and knowledge necessary to keep up with these advances. Virtually all technical jobs within the fields of mining and mineral exploration require a post-secondary education. If you are interested in a challenging and varied work environment, in the office, lab or field, and like solving engineering problems, this program will appeal to you. Take the Mining and Mineral Resource Engineering program, the only program of its kind in Western Canada.

Civil engineering is a diverse, rewarding and challenging profession. Civil engineers and technologists team together to plan, design, construct and maintain road and rail transportation systems, port and airport facilities, bridges, tunnels, dams, and buildings of all types; water, gas and oil pipelines; energy-generating facilities, water, air and waste treatment plants, to name but a few of their activities in an ever-expanding field of endeavour. Civil engineers are, to a great extent, the designers, builders and custodians of society's built environment as well as stewards of the natural environment.

The primary aim of BCIT's Bachelor of Engineering (BEng) in Civil Engineering degree is to academically prepare engineering students for professional practice. The curriculum focuses on developing strong skills in engineering science and design, communications, and management and presents many opportunities to develop your critical thinking, problem solving and creative abilities. A Diploma in Civil Engineering credential is conferred after the first two years of academic study and, if you meet the continuation requirements, a Bachelor of Engineering in Civil Engineering is conferred upon successful completion of academic year four.

The Program
The BEng in Civil Engineering is composed of four years of full-time academic study.
The first two years of the degree program present a broad, practical overview of the field of civil engineering, with engineering fundamentals stressed and reinforced across the curriculum. You will receive an abundance of learning opportunities to apply these fundamentals to the solution of real-world design scenarios that would be encountered by both technologists and engineers. Throughout the program, we will present opportunities to strengthen your graphical, written, and oral communication skills. You will spend a significant amount of time on hands-on training in material testing, surveying, manual and computer-aided drafting, and receive instruction in the use of engineering software tools. You will receive a Diploma in Civil Engineering credential upon successful completion of the first two years of academic study within this degree program.

If you meet the continuation requirements, you may continue into the final two years of the degree program which are academically rigorous. We will thoroughly investigate the theoretical foundations of civil engineering science and design topics. At the same time, you will apply the practical civil engineering knowledge you have gained in course assignments and project work. You will also be challenged to view the engineer's role from an interdisciplinary and multidisciplinary perspective. You will learn about the role of the engineer in project and construction management and enrich your educational experience with complementary studies courses relating to social sciences and the humanities. To further develop your engineering skills for professional practice, you will work with classmates to complete a team-based capstone design project

Geographic Information Systems (GIS) technology is used to manage and utilize geographic data, and is widely recognized as an essential tool in such diverse fields as forest management, urban planning, engineering, municipal management, business, and environmental studies. The potential uses of GIS technology are almost too numerous to list, and are found everywhere - from local government to the United Nations, from volunteer organizations to global corporations, in the public and private sectors.

The Advanced Diploma program in Geographic Information Systems is designed for university or college graduates with a background in a related discipline or technology.

The curriculum combines theory and practice and covers GIS principles, training in GIS software, technical issues, remote sensing, digital mapping and management issues. Students must also successfully complete a supervised work experience before graduation. This may be either an industry project or an industry practicum.

Whether you are a recent university or college graduate getting started in a career, or an experienced professional seeking new employment opportunities or career advancement, we invite you to study our web pages to learn more about the GIS program at BCIT. With over 20 years of experience in delivering advanced GIS technology programs and courses, the GIS program has established an excellent reputation for producing highly skilled and sought-after graduates.

The Bachelor of Technology in Computer Systems (CST BTech) is an applied career-enhancement degree, designed to increase the breadth and depth of knowledge and practical skills of computer professionals; assisting them in widening their career opportunities and advancing along their career paths. Graduates are awarded a credential that is highly valued by the industry.

The CST BTech full-time program is a two-year degree completion program for students who have graduated from a two-year diploma in computing such as the BCIT Computer Systems Technology (CST) program. Students who have completed other computing diploma or degree programs at an accredited college or university, whether locally or internationally, may be admitted into the program by completing pre-entry assessment and a few bridging courses. 

The Network Security Applications Development Option is designed to prepare graduates to design, develop and deploy advanced network applications using a variety of programming languages such as C, C++, Java, Ruby, and Python, on the Linux and Windows platforms. Graduates will understand the role of security applications, both as exploit and penetration testing tools in networks. Courses are designed to provide in-depth skills using the Berkeley socket API, and the design of implementation of advanced IPv4/IPv6 Client/Server applications. Also covered are advanced topics, such as Wireless Data Communication, and Cryptology.

Issues such as modularity and efficiency in the implementation of protocols are covered. The emphasis will be very much the design and implementation of high-performance, robust, and scalable network applications. Security and private data transmission techniques over public networks are covered. Client-Server applications are designed and implemented using the Secure Sockets Layer (SSL) API. An in-depth coverage of techniques used to design and develop secure code and robust applications will be provided. Students will also be familiarized with the Bluetooth software development techniques.

Advanced courses' focus will be on the research and advanced implementation of security tools such as Covert Channels, Stealth Backdoors, Trojans, Packet crafting and sniffing, and in security tools proof-of-concept and prototyping. The use of advanced raw socket and kernel-level programming techniques to implement security applications will be covered in a practical, hands-on manner.

The Electrical Power and Industrial Control option of the Electrical and Computer Engineering Technology (ECET) program offers students a foundation in the technology used in utility, industrial, commercial and residential applications. Graduates will have strong theoretical and practical, hands-on knowledge in many areas, including:

• Power generation including renewable and conventional energy resources
• Electric machines (motors and generators) and their controls
• Power distribution design for utilities
• Industrial electrical systems and lighting design according to the Canadian Electrical Code (CEC)
• Measurement of power quality issues and how to solve them
• Troubleshooting and operation of electrical power equipment including transformers and switchgear
• Power systems protection including both legacy and modern protection system
• Field measurement and design for grounding and bonding systems
• Industrial data communications including traditional SCADA systems and new smart grid technologies
• Industrial power electronics including variable frequency drives, inverters and rectifiers
• Power conversion systems for renewable energy resources such as wind and solar
• Programmable logic controller (PLC) system design and programming
• Managing and completing student-initiated or industry-sponsored projects in small groups

Co-operative education:
Co-operative education is an optional part of the Electrical and Computer Engineering Technology programs. Students who successfully complete a minimum of two co-op terms receive a co-operative education designation on their diploma.
During a co-op term, you will have a full-time paid position with an employer in the electronics industry for a period of 15 to 20 weeks. You must complete Level 2 of the program before taking a co-op term, and co-op terms may be taken consecutively.
The industrial experience you will gain in the co-op component of the program will give you an added advantage in securing a position after graduation. You are encouraged, but not required, to participate in co-operative education.

The Mechanical Systems option concentrates on providing comprehensive engineering skills that can be applied in:

• Energy conversion
• Heating, ventilating and air conditioning (HVAC)
• Building environmental controls and energy management
• Plumbing and fire protection systems

These systems provide comfortable, healthy, safe environments for buildings that are energy-efficient and cost-effective.

The Mechanical Systems option prepares you for the jobs of the future by teaching you about designing and installing environmental systems in residential, commercial, and industrial buildings. Graduates will be equipped with skills to work in the rapidly evolving green economy.

Building on the knowledge and skills gained in the first year of the Electrical and Computer Engineering Technology program, students learn the principles required to design, develop, manufacture, and test telecommunication systems and networks. The program covers land mobile radio systems, digital data transmission, fibre optic and microwave technology, satellite communications, radio frequency (RF) design, local and wide area networks (LANs and WANs), wireless networks, internet engineering technology, digital signal processing (DSP) techniques and the application of microcontrollers.  Students will also complete a student-initiated or industry-sponsored project.

Graduates of this option may obtain a dual diploma in another ECET option by completing all the additional required courses for that option. Entry to this second option is competitive and priority is given to students completing their first option.