BIM Structural Professional Course

Overview

The BIM Structure Professional Course offered by KEY2PRO Institute provides comprehensive training in Building Information Modeling (BIM) techniques specifically tailored for structural engineering professionals and students. Students will gain in-depth knowledge of BIM software tools and will be learning how to create, analyze, and manage digital models of building structures. The curriculum covers fundamental principles of structural design and analysis within a BIM environment, including parametric modeling, clash detection, quantity takeoff , and collaboration workflows.

Through hands-on exercises and real-world projects, students will develop proficiency in utilizing BIM technology to streamline the structural design process, improve project coordination, and enhance communication among project stakeholders. Upon completion of the course, students will be equipped with the skills and expertise needed to effectively apply BIM methodologies in structural engineering projects, positioning them for success in the rapidly evolving construction industry.

Course Highlights

• The course duration is 6 months.
• Our classes have a maximum batch size of only 20 students.
• Experience over 350+ hours of live sessions.
• Secure your future with our course – 100% Guaranteed Placement upon successful completion.
• We provide assistance for International Jobs and Internship Opportunities.
• Receive a Professional Certificate and Report Card upon completing the course.
• Equip yourself with training in over 15 digital tools to become a highly skilled professional candidate.
• Dedicated Domain Theory Classes for focused learning.
• Elevate overall personality and self-confidence through engaging Soft Skills sessions.
• Receive personalized career guidance tailored just for you.
• Enjoy multi-hour sessions with access to class recordings.
• Experience project-based learning aligned with international standards.
• Enjoy learning with In class assignments and activities!

Admission Prerequisites

1. Educational Background – Master’s/Bachelor’s/Diploma in Civil Engineering, Structural Engineering, Construction management, or a related field. Relevant coursework in computer-aided design (CAD), building science, or construction technology preferred.
2. Personal Computer Access – Access to a personal computer or laptop for enough time to attend classes and practice on a regular basis.
3. Minimum System Specifications – CPU : Intel Core i5 or greater; RAM : 8GB or more; GPU : 2GB or more.
4. Internet Access – Reliable internet access to participate in online lectures, access course materials, and collaborate with instructors and peers.
5. Other Accessories – Headphones with working condition mike; Mouse other than Laptop touchpad; If using desktop, camera for video meet in classes.
6. Interview Exam – Applicants may be required to participate in an interview as part of the admissions process. This could involve discussing your academic background, career goals, and interest in the field of BIM.

Course Outcome

Diverse Career Paths in BIM Structure: A BIM Structural professional can pursue various roles such as BIM Structural Coordinator, BIM Structural Manager, BIM Specialist, BIM Modeler, BIM Technician, BIM Structural Designer, BIM Structural Engineer, or even BIM Structural Consultant. Upon completion of the course, students will be well-prepared to pursue careers in architecture, engineering, construction management, and related fields. They will possess the skills and knowledge necessary to excel in any entry-level or mid-level BIM positions and advance in their careers over time. The course will be also helpful for Civil Engineering and Structural Engineering Professional practitioners and free-lancers as it can enhance their skills and help them stay competitive in the industry and also expand their job opportunities and attract more clients who require BIM expertise for their projects.

Advanced Technical Proficiency: Upon completion of the course, students will demonstrate advanced proficiency in utilizing BIM software tools such as Autodesk Revit, Navisworks, and BIM 360. They will be able to navigate complex BIM projects, manage data effectively, and leverage advanced features to optimize project outcomes.

Ethical and Professional Conduct: Students will recognize the ethical and professional responsibilities associated with corporate BIM practice. They will understand the importance of upholding ethical standards, maintaining data integrity, and safeguarding intellectual property rights to foster trust and integrity within the organization and with external stakeholders.

Strategic Collaboration Skills: Students will develop strategic collaboration skills essential for corporate environments. They will learn how to facilitate effective communication and collaboration among multidisciplinary teams, both within and outside the organization, to streamline project workflows and achieve project goals efficiently.

Project Leadership and Management: Students will acquire project leadership and management skills necessary to lead BIM initiatives within corporate settings. They will learn to develop project strategies, allocate resources effectively, and oversee project execution to ensure successful project delivery on time and within budget.

Industry Standards and Best Practices: Students will gain an in-depth understanding of industry standards, best practices, and regulatory requirements relevant to corporate BIM implementation. They will learn to ensure compliance with standards such as ISO 19650, BIM protocols, and relevant building codes to maintain project quality and integrity.

Innovative Problem-Solving Abilities: Through case studies and practical exercises, students will enhance their ability to identify and solve complex problems encountered in corporate BIM projects. They will develop innovative approaches to address challenges and optimize project outcomes, fostering a culture of continuous improvement within the organization.

Continued Professional Development: Recognizing the dynamic nature of BIM technology, students will develop a mindset of continuous learning and adaptability.

They will understand the importance of staying updated with the latest advancements in BIM software and methodologies to remain competitive in the industry.