Scarborough TEC
One-storey workshop extension for Scarborough TEC Automotive, Construction & Engineering Centre
Goals:
Expand the existing facility to accommodate a variety of vocational training programs.
Create a flexible layout that supports the specific needs of different trades.
Incorporate state-of-the-art equipment and technology to provide a realistic training environment.
Ensure compliance with safety regulations and industry standards.
Enhance the overall learning experience for students and apprentices.
Work: The planning phase involved collaboration between Scarborough TEC, architects, engineers, and our construction team to design a space-efficient layout meeting specific trade requirements. The construction process included key stages such as site preparation, foundation and structure building, roofing and wall installation, integration of electrical and plumbing systems, flooring and finishes application, equipment installation, and the incorporation of safety measures. Compliance and testing ensured all work met safety regulations and industry standards.
Achievements: The one-storey workshop extension has significantly benefited students and Scarborough TEC by increasing capacity, providing dedicated trade spaces, and offering state-of-the-art equipment. Enhanced safety features ensure a secure learning environment, while the modern facilities attract more students, boosting career opportunities and the institution's reputation.
BACKGROUND
The demand for skilled professionals across diverse industries continues to rise, necessitating comprehensive training programs that incorporate practical applications. Recognizing this need, Scarborough TEC partnered with us to extend their existing workshop facility and cater to a broader range of vocational training programs. The project aimed to create a spacious, well-equipped, and versatile environment where students and apprentices could gain hands-on experience under the guidance of experienced instructors.
PLANNING AND DESIGN
The planning phase involved collaboration between Scarborough TEC, architects, engineers, and our construction team. The aim was to develop a design that maximized the available space while meeting the specific requirements of each trade. The layout incorporated separate sections for different disciplines, allowing for a focused learning experience. Considerations were given to the placement of equipment, storage space, accessibility, natural lighting, ventilation, and futureproofing.
CONSTRUCTION
The construction process can be divided into the following key stages:
Site preparation: Clearing the area, ensuring proper levelling, and assessing the existing infrastructure.
Foundation and structure: Constructing a solid foundation and erecting a steel frame structure to support the building extension.
Roofing and walls: Installing a durable roof and erecting sturdy walls with adequate insulation.
Electrical and plumbing systems: Integrating comprehensive electrical and plumbing systems to support the specific needs of each trade.
Flooring and finishes: Laying suitable flooring materials and applying finishes to create a safe and visually appealing environment.
Equipment installation: Installing specialized equipment, workstations, and storage solutions tailored to the needs of each vocational program.
Safety measures: Incorporating safety features such as fire suppression systems, emergency exits, and adequate lighting.
Compliance and testing: Conducting rigorous inspections and tests to ensure compliance with safety regulations and industry standards.
OUTCOME
The completion of the one-storey workshop building extension resulted in several tangible benefits for students, apprentices, and Scarborough TEC, including:
Increased capacity: The expanded facility accommodated a larger number of students and apprentices, addressing the growing demand for vocational training programs.
Versatile environment: The flexible layout allowed for dedicated spaces for each trade, promoting focused learning experiences and collaboration among students from different disciplines.
Enhanced equipment and technology: State-of-the-art equipment and technology enabled students to work with industry-standard tools and gain hands-on experience in a realistic setting.
Improved safety standards: The incorporation of safety features ensured a secure learning environment, fostering confidence and professionalism among students and apprentices.
Greater opportunities: The extended workshop facility attracted more students and apprentices, providing them with expanded career options and increased employability.
Positive reputation: The investment in modern facilities and comprehensive vocational training programs enhanced the institution's reputation within the industry and among potential employers.
CONCLUSION
The successful construction of the one-storey workshop building extension demonstrated the commitment of the educational institution to provide practical and high-quality vocational training for students and apprentices across a wide range of careers. By creating a versatile, well-equipped, and safe environment, the institution has positioned itself as a leader in vocational education, empowering individuals to excel in their chosen fields and meet the demands of a rapidly evolving job market.
