Building and Construction (Building)

The Bachelor of Building and Construction at Melbourne Polytechnic is a comprehensive program designed to equip students with the essential skills, knowledge, and practical experience required to excel in the dynamic construction industry. This degree focuses on developing a deep understanding of building design, project management, construction techniques, and sustainable practices, ensuring graduates are well-prepared to take on leadership roles within the sector. The curriculum covers a wide range of topics including construction technology, building codes and regulations, estimating and cost control, contract administration, and health and safety management, all delivered through a blend of theoretical learning and hands-on practical projects. Students benefit from state-of-the-art facilities and industry placement opportunities, fostering industry connections and real-world experience. The program emphasizes sustainable building practices and innovation, aligning with the evolving needs of modern construction environments. Upon graduation, students will possess the competencies to oversee building projects from inception to completion, ensuring they can effectively manage resources, timelines, and quality standards. The Bachelor of Building and Construction prepares students for diverse roles such as project managers, site supervisors, construction consultants, or estimators, opening pathways to a successful career in one of Australia's most vital industries. This program is ideal for individuals passionate about creating infrastructure that enhances communities and supports development. Professional accreditation and recognition are aligned with industry standards, ensuring graduates meet workforce expectations. Join Melbourne Polytechnic’s Bachelor of Building and Construction to build a solid foundation for a rewarding career in the construction field and contribute to shaping the built environment responsibly and sustainably.

To be eligible to apply for a B-class Licence from the ACT you must complete the Diploma of Construction and Structure (Construction ).

Program requirements for the Bachelor of Building and Construction (Building) at Melbourne Polytechnic include the completion of core subjects such as Construction Techniques, Building Design and Documentation, Construction Management, Building Services, and Sustainability in Building. Students are expected to undertake practical work integrated with theoretical learning, including site visits, industry projects, and internships to develop hands-on skills. Academic prerequisites typically necessitate completion of Year 12 or equivalent, with a recommended background in Mathematics and Physics to support understanding of technical concepts. English language proficiency requirements often include a minimum IELTS score of 6.5 overall with no band less than 6.0, or equivalent evidence of English language competence. Entry may be competitive, considering prior academic performance, relevant work experience, or industry involvement. Throughout the program, students are required to participate actively in tutorials, workshops, and group projects to foster collaboration and communication skills essential for the construction industry. The curriculum also emphasizes safety standards, Building Code of Australia compliance, and ethical practices in construction. To graduate, students must complete all coursework, pass assessments, and satisfy any industry placement or capstone project requirements stipulated by the faculty. Additional requirements include maintaining satisfactory academic progress and adhering to Melbourne Polytechnic's policies and code of conduct. Some electives may be available, allowing students to specialize in areas such as project management, regional construction, or sustainable building practices, subject to program guidelines. Overall, the program aims to prepare graduates for a range of careers in the building and construction industry, ensuring they have the technical knowledge, practical experience, and professional skills needed for successful employment or further study.

Funding options for the Building and Construction (Building) program at Melbourne Polytechnic include a variety of government subsidies, financial aid, and payment plans designed to assist students in managing the cost of their studies. Domestic students may be eligible for a range of government-supported schemes such as Youth Guarantees, which provide fee-free or subsidised training for eligible young people, and Skills First funding, which reduces course fees for eligible learners. These subsidies aim to lower the financial barrier to accessing high-quality vocational education and support pathways into the building and construction industry.

For eligible students, Commonwealth and State government funding can cover part or all of the tuition fees. This can significantly reduce out-of-pocket expenses and make vocational training more accessible. International students, on the other hand, are usually required to pay full fees; however, Melbourne Polytechnic offers various flexible payment options, including installment plans, to facilitate manageable fee payments over time. Students are encouraged to contact the institution’s administration for detailed information regarding specific eligibility criteria, the application process for subsidies, and the availability of scholarships.

Melbourne Polytechnic also provides information about financial planning assistance to help students budget for their studies, including details on possible refund policies, payment deadlines, and advice on government assistance programs such as Austudy or Youth Allowance for eligible domestic students. Additionally, students pursuing this program can explore private loan options, though these are not directly arranged through the university. Overall, Melbourne Polytechnic strives to ensure that financial considerations do not hinder access to its Building and Construction (Building) program by offering comprehensive support, transparent fee structures, and guidance throughout the application and payment process.

The Building and Construction (Building) program at Melbourne Polytechnic is designed to provide students with comprehensive knowledge and practical skills necessary for a successful career in the building industry. The program covers essential aspects of construction, including building design, project management, occupational health and safety, and sustainable building practices. Students will engage in both theoretical learning and hands-on experience, ensuring they are well-equipped to meet industry standards and demands. The curriculum is developed in consultation with industry professionals to ensure relevance and up-to-date content, aligning with current building regulations and construction techniques. Participants will learn about different types of building materials, construction methods, and how to read and interpret building plans and specifications. The program emphasizes practical training through workshops, simulated projects, and site visits, enabling students to develop real-world skills. Graduates of the program are prepared for various roles in the construction sector, including carpentry, project coordination, site supervision, and roles in building inspection or compliance. Melbourne Polytechnic also offers pathways to further study or apprenticeship opportunities, fostering ongoing professional development. The teaching staff comprises experienced industry practitioners who bring valuable insights and mentorship to the learning environment. The program is suitable for individuals seeking to enter the building and construction industry, as well as for those looking to upgrade their existing skills. Students may have access to state-of-the-art facilities, including dedicated workshops and laboratories, to enhance their learning experience. Overall, the Building and Construction (Building) program promotes a strong foundation in construction principles, safety, and sustainability, ensuring graduates are job-ready and capable of contributing effectively to the built environment.