Online/Offline Session

STARTS ON, 10 February 2025

Register In Next 15:00 Mins

Days
Hours
Minutes
Seconds

What You Will Learn in This Course

Master BIM Tools & Techniques

Gain hands-on experience with industry-leading 10+ software like Enscape, Revit, Navisworks etc.

Real-World Projects

Work on live projects that reflect real industry tasks, such as designing, visualization, and clash detection.

Build a Winning Portfolio

Build an impressive portfolio by working on real-world projects to showcase your BIM skills and attract top employers in the AEC industry.

Personalized Career Guidance Session

Get personalized guidance to match your BIM skills with your career goals.

  • Expert Mentorship

    Learn from experienced BIM professionals with over a decade of experience.

Course Eligibility Criteria

This program is designed for individuals who want to succeed in the AEC (Architecture, Engineering, and Construction) industry.

Diploma / BE/ B.Tech. (Civil Engg./ Architecture)

ME / M.Tech in Structures / Civil Engg.

Working professionals.

Get Certified with BIM Mantra

Boost your career with our industry-recognized BIM course certifications. Gain hands-on experience and real-world skills to showcase your expertise confidently. Take your career to the next level with our well-known BIM course certifications. You’ll get hands-on practice and learn real-world skills that you can use in your job. With our help, you’ll feel confident showing off your BIM course expertise!

  • Hands-on Experience

  • Alumni Network

  • Certified Expertise

  • Comprehensive Curriculum

  • Professional Development

  • Career Adancement

Sayali Chavan

Excellent training for those pursuing a BIM-based career.The evening online classes are easy to follow and fit perfectly into my schedule without affecting my work. The instructor is very friendly and addresses all doubts clearly.Frequent assignments ensure our knowledge stays up-to-date.

Siddharth

Exceptional BIM training center! The instructors are knowledgeable and supportive, makes the learning experience outstanding. The curriculum is thorough, withhands-on training.Now, I’m placed at Arth in Hyderabad. Thank you to the entire team!

Rohit Patil

The Revit training covered not just modeling but also practical working aspects. The faculty is friendly making it easy to ask questions without hesitation. The environment is supportive and relaxed, with excellent support and placement opportunities. Highly recommend this program! 👍🏻

Anushka Bhargava

Company Name was responsive within hours and they followed their development schedule faithfully. With attentive customer service and a reasonable price. The team communicates clearly and reliably and also proved to be a strong app development leader. 

Frequently Asked Questions

Building Information Modeling (BIM) is a digital process that involves the creation and management of a three-dimensional model of a building or infrastructure. BIM integrates various aspects of a project, including architectural, structural, and MEP (mechanical, electrical, plumbing) systems, into a comprehensive and coordinated model.

Improved Collaboration: Facilitates better communication and coordination among project stakeholders.

Increased Efficiency: Reduces errors and rework through a single, up-to-date model.

Cost Savings: Helps in budgeting and cost estimation by providing accurate data.

Enhanced Visualization: Provides 3D models for better visualization and understanding of the project.

Lifecycle Management: Supports the management of the building throughout its lifecycle, from design through operation and maintenance.

Geometry: The 3D representation of building elements.

Spatial Relationships: How different parts of the building relate to each other.

Physical Characteristics: Information about materials, sizes, and performance.

Functional Characteristics: Data about the functionality and usage of building components.

Lifecycle Information: Details for operation, maintenance, and future renovations.

BIM Planning: Establishing goals, standards, and workflows.

Model Creation: Developing the 3D model with relevant data.

Coordination and Collaboration: Sharing and reviewing the model with stakeholders.

Analysis and Simulation: Using the model for simulations, clash detection, and performance analysis.

Documentation and Delivery: Producing detailed drawings, reports, and final deliverables.

Facility Management: Utilizing the model for building operations and maintenance.

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