Diploma in Business

at Lambton College - Sarnia Campus Canada

The Accelerated Chemical Production & Power Engineering Technology program has been designed for graduates with a B.Sc. (Chemistry) or equivalent. Students will study core courses taught in the Chemical Production & Power Engineering Technology program and the principles underlying the complex technologies used in today’s processing industries.

Students enrolled in this program will train in Lambton College’s newly renovated Centre of Excellence in Energy & Bio-Industrial Technologies which contains complex lab and pilot plant facilities. The Centre duplicates a real-life manufacturing environment and the technologies developed can easily be scaled-up and transferred to an actual operating unit. The Centre offers state-of-practice technology laboratories and infrastructure to support learning and research in next-generation technologies in collaboration with industry.

The program prepares students to write the 4A and 4B TSSA 4th Class Operating Engineers Certification exams. This is an industry accepted certification that can lead graduates to a variety of career opportunities. Upon successful completion of the first two academic terms, students can apply to the TSSA to receive a nine-month practical steam time reduction towards their 4th Class Operating Engineers Certificate. TSSA registration eligibility requirements and fees are controlled by the TSSA and are in addition to the CPEX program requirements and fees.

Lambton College’s Chemical Production & Power Engineering Technology (CPET) program has gained national recognition for its ability to train advanced level operators for various industrial sectors, most notably in the petrochemical and energy streams.

Students enrolled in this program will train in Lambton College’s newly renovated Centre of Excellence in Energy & Bio-Industrial Technologies which contains complex lab and pilot plant facilities. The Centre duplicates a real-life manufacturing environment and the technologies developed can easily be scaled-up and transferred to an actual operating unit. The Centre offers state-of-practice technology laboratories and infrastructure to support learning and research in next-generation technologies in collaboration with industry.

Experiential learning is emphasized through the program’s unique co-op model, which is designed to support the employment needs of industry year-round. Additionally, students will participate in ongoing projects designed to cultivate teamwork, communication, interpersonal and problem solving skills that can be used in future workplace scenarios when analyzing operating problems in a plant environment.

The program prepares students to write the 4A and 4B TSSA 4th Class Operating Engineers Certification exams. This is an industry accepted certification that can lead graduates to a variety of career opportunities. Upon successful completion of the first three academic terms, students can apply to the TSSA to receive a nine-month steam time reduction towards their 4th Class Operating Engineers Certificate. TSSA registration eligibility requirements and fees are controlled by the TSSA and are in addition to the CPET program requirements and fees.

The food industry finds itself responding to consumer demands for more refined, sophisticated, and convenient products with an increased responsibility for processors in terms of food safety and quality assurance standards. To help support the ever increasing demand to attract highly-skilled workers to the growing food and beverage processing industry in Ontario, the Food Safety and Quality Assurance Management, Ontario College Graduate Certificate program provides extensive, hands-on training for careers in food and beverage processing, safety and quality assurance. This four term, full-time program is designed for students with previous degrees or diplomas in related sciences, engineering or food safety, and will add to previous education and skills that directly apply to the food processing environment.

Curriculum focuses on principles of food safety and quality assurance standards applicable to the Canadian food and beverage processing industries. Food Chemistry and Microbiology, Food Safety Management Systems, Sanitation along with an in-depth review of Canadian and International Food Laws and Regulations are the core elements of this program. The program offers a unique blend of theoretical and practical knowledge including a co-op/project term to allow students to integrate in the Quality Assurance management team.

Graduates will have strong knowledge of food and beverage processing procedures, sanitation practices, HACCP principles, health and safety practices, food safety standards, as well as good communication, leadership and problem solving skills.

The Esports Industry is disrupting the traditional sports industry attracting new audiences, using new media channels and developing innovative new business models. The Esports Entrepreneurship and Administration program introduces students to this dynamic and exciting world of competitive gaming where business meets passion. 

Throughout the Esports Entrepreneurship and Administration program, students gain essential sports business knowledge by studying sports marketing, analytics, tournament and league management, special events management, accounting and communications. Each term, students study a specifically-tailored, hands-on esports course. Introductory esports gaming courses in Year 1 give students a grounding in the world of esports, the games, the businesses involved and the money-making strategies they use. Students learn about industry software/hardware, game design, computer networking and the business models behind team management and tournaments while developing and honing their streaming skills. In Year 2, students undertake a capstone project that integrates the knowledge obtained throughout the program and culminates in the execution of a real-world esports event. 

The Applied Process Piping Design, Ontario Graduate Certificate program is designed to equip students with the specialized and highly practical skills involving the fundamentals of piping system components, specifications, regulations, and applications. This innovative curriculum will delve into the engineering of complex process facilities, including plant layout planning, piping equipment, design, and related standards.

Students will assess the responsibilities of a piping designer, and determine specific roles that are carried out in an entire piping design project. Additionally, students will have an opportunity to integrate piping design principles and industry codes that will align with engineering practices through hands-on labs.

Successful graduates will be in high demand and may find employment as a member of an engineering team in various sectors including environmental, mineral mining, and process and power facilities. Typical roles for graduates include Process Piping Designer, Piping Design Field Checker, Scheduler, Planner and Estimator.

Looking for a program that leads to a rewarding career in accounting, that challenges students to develop valuable critical thinking and analytical skills, and has an option for a simple pathway to a university degree – then the three-year Business Administration – Accounting program is definitely the right fit for you! This program can lead to various pathways to professional accounting credentials that can be beneficial to career development and advancement. Graduates of this program pursue careers as managerial accountants, financial analysts, tax professional, auditors and small business controllers.

Students in this program receive a well-rounded and thorough education in important aspects of business such as human resources, law and marketing in addition to the comprehensive accounting courses taught by Lambton's accounting faculty who bring a wealth of industry experience and all hold the Chartered Professional Accountants designation. There is a focus on developing strong communication, planning, teamwork, and analytical skills while studying accounting theory and practice, financial statement analysis, cost management and control, taxation, and computerized accounting systems.

Experiential Learning Opportunities 
Because practical work experiences are vital, students are given the option to participate in a co-op work experience in term 5. This provides exposure to a business environment and valuable work experience in the accounting field. In the final year of the program students utilize all their knowledge, skills, and abilities gained over the duration of their program in the Entrepreneurship capstone courses. Through a series of culminating reports and presentations, students showcase their knowledge, skills and abilities to corporate partners who provide feedback and enhance this experiential learning opportunity.

The Lambton College Biomaterials & Chemical Laboratory Analysis - Applied Science, Ontario College Graduate Certificate, two-year program provides focused, experiential education to meet the demands of the energy, advanced materials, cannabis and other natural health product industries. 

In this program, students study advanced concepts in chemistry, biochemistry, biology, physics and mathematics applied to chemical analysis and complex problem solving in a hands-on laboratory environment.

Students conduct tests and develop solutions to problems in analyses of raw materials, products, or environmental samples, synthesize organic or inorganic compounds and prepare reports and technical documentation related to chemical analyses. Within the laboratory environment, graduates implement, coordinate and evaluate quality assurance and quality control procedures, in accordance with international and industry standards and government regulations. The program prepares students to analyze natural products, energy and advanced materials for quality and contribute to research and development.

The Lambton College Advanced Project Management – Environmental, Ontario College Graduate Certificate prepares graduates for careers in project coordination and management in a variety of industries including environmental science, environmental engineering, urban planning and human geography, sustainability, and building science.

The program aligns itself with the PMI® A Guide to the Project Management Body of Knowledge (PMBOK® Guide) - Sixth Edition, Project Management Institute, Inc., 2017 and heavily utilizes foundational standards and practice frameworks prescribed by the Project Management Institute (PMI). This guide is currently being revised to PMI® A Guide to the Project Management Body of Knowledge (PMBOK® Guide) - Seventh Edition, Project Management Institute, Inc., 2021. Faculty are monitoring changes and will incorporate the principles of the new guide as it becomes available.

Students are introduced to the initiation, planning, execution, monitoring, controlling, and closing to a wide range of projects that focus on the environment and sustainability. In addition, students expand their business leadership skills through collaborative team projects, and further develop negotiation and communication skills. The use of project management software tools within an environmental context will enable students to meet the challenging demands of these complex fields.

Students who enjoy hands-on automation and process control will appreciate the strong training and technical foundation provided in the Instrumentation & Control Engineering Technology - Industrial Automation program.

Instrumentation, final control elements and process computer control systems in any manufacturing process environment are broken down into sequential logical steps, analyzed and control is implemented. In industry, measured variables are then monitored and controlled. Examples of these variables include pressure, flow, temperature, level, motion, force and chemical composition.

Topics of study include signal conditioning, transmitters, analyzers, controllers, control systems, and final control elements such as control valves, dampers, and electric motors. These are components of automated control loops. Typical process industries that utilize this technology include petrochemical, pharmaceutical, food processing, pulp and paper, automotive, and mining. Alongside the maintenance requirements of these industries there are other career options available including engineering, sales, and service providers/maintainers.

Students enrolled in this program will train in Lambton College’s newly renovated Centre of Excellence in Energy & Bio-Industrial Technologies. The Centre offers state-of-practice technology laboratories and infrastructure to support learning and research in next-generation technologies in collaboration with industry. Numerous hands-on laboratories are designed to enable participants to install, configure, calibrate, troubleshoot, and maintain instruments (pneumatic, analog, digital) and control systems in a variety of industrial-replicated settings.

Graduates of this program are eligible to receive credit for all three levels of Ontario's Instrumentation and Control Technician (447A) in-school apprenticeship training. 

Securing a Co-op
The job market for co-op is very competitive.  Students who have met the co-op eligibility are highly encouraged to actively participate in the recruitment process in the semester prior to their co-op work term. This includes, but is not limited to, attending all recruitment workshops, meeting with your program co-op advisor, regularly searching through the  myCareer Job Posting System and other job posting sites, networking; and contacting potential employers. Co-op & Career Services actively pursues employers, however there may be limited availabilities so students should seek out additional employers to secure their own co-op.

If a co-op position is not secured prior to the start of a co-op semester, students should meet with their program co-op advisor to discuss next steps.  Any student who secures their own position must contact their program co-op advisor prior to the start of employment to determine if this position is considered acceptable as a co-op and to complete the appropriate paperwork to register the co-op.  This is necessary in order for either the insurance to be put in place or for the employer to get a tax credit letter. For more information on securing a co-op, read the Co-operative Education and Internship Policy (2000-8-1).

Students enrolled in a co-operative education program pay a mandatory fee to cover the costs of employer relations development, job development, job-readiness preparation and co-op service administration. Payment of fees does not secure a co-op position.

The Full Stack Software Development program is an Ontario College Graduate Certificate that offers students the opportunity to study the most current trends in software development. This intensive, two-year program concludes with a work term for eligible students.

Software development includes three tiers - user interface, business logic, and database. Full Stack Software Developers have experience in front-end web development that includes the user interface (UI) for browsers and mobile devices and back-end development that includes developing software containing the business logic that accesses databases. Simply, full stack developers have an understanding of the presentation tier, business logic tier, and data tier of software development.

Front-end languages and technologies include HTML5, CSS3, JavaScript, jQuery, Bootstrap, React and others to develop user interfaces. The business logic and database layers. The business logic uses server-side programming languages and frameworks such as Java, C# .NET, Python, Node.js and others. The database layer includes SQL and NoSQL, and MongoDB. Additionally, DevOps tools such as Git, GitHub, Integrated Development Environments (IDEs), and Continuous Integration and Continuous Delivery (CI/CD) pipelines are essential to build and release high quality software in a time efficient manner.

Students demonstrate their knowledge and skills by developing solutions to real world three-tier (client, server, and database) problems. Major term projects are assigned that span entire terms allowing students to actively engage in the evaluation, design, and implementation of real-world software applications. As a result, students develop deep content knowledge as well as critical thinking, collaboration, creativity, and communication skills.

The widespread use of computer technology in all industries, from manufacturing, transportation, construction, education, health and financial institutions means that full stack developers are the key people shaping the solutions of today and tomorrow. Graduates use their problem solving and critical thinking skills to analyze business and industry requirements and design, develop and implement real-life, database driven, enterprise web applications.

Co-op Info
Co-op students have the opportunity to apply classroom learning to the workplace. Co-op placement opportunities help students gain valuable work experience that may assist them in finding permanent employment after they graduate. Students have access to our Co-op & Career Advisors who provide comprehensive co-op and career development services and resources for co-op students.