About the Additive Manufacturing (AM) COE
An Additive Manufacturing Centre of Excellence is a dedicated facility focused on advancing the field of Additive Manufacturing (3D printing). It serves as a hub for innovation, research, training, and industry collaboration, enabling the design and production of complex components using layer-by-layer fabrication techniques.
The centre conducts specialized training programs, workshops, certifications, and live projects, it bridges the gap between academic learning and industry requirements. It also supports participation in national and international competitions, hackathons, and conferences to enhance the skills
Objectives
- Promote adoption of additive manufacturing technologies across industries
- Support research and innovation in advanced manufacturing processes
- Bridge the gap between academia and industry
- Enhance skill development and workforce readiness
- Enable rapid prototyping and product development
Vision & Mission
Vision
To be a global leader in additive manufacturing innovation, enabling advanced design, sustainable production, and digital transformation across industries through cutting-edge research, collaboration, and technology adoption.
Mission
- To advance research and development in additive manufacturing technologies, materials, and processes.
- To provide state-of-the-art infrastructure and expertise for design, prototyping, and production.
- To foster industry–academia collaboration for solving real-world engineering challenges.
- To develop skilled professionals through training, certification, and hands-on learning.
- To promote sustainable and efficient manufacturing practices using additive technologies.
- To support startups and innovation ecosystems by enabling rapid product development and commercialization.
Focus Areas
Our interdisciplinary work spans cutting-edge domains — bridging theory with hands-on engineering innovation.
1. Advanced Research & Development
- Development of new materials (polymers, metals, composites)
- Process optimization and innovation in Additive Manufacturing
- Design for Additive Manufacturing (DfAM) techniques
2. Design & Simulation
- 3D modeling and topology optimization
- Generative design and lightweight structures
- Simulation of printing processes and performance analysis
3. Prototyping & Product Development
- Rapid prototyping for concept validation
- Functional prototype development
- Low-volume and customized production
4. Materials Development & Testing
- Characterization of AM materials
- Mechanical and thermal testing
- Development of high-performance and sustainable materials
5. Industrial Applications & Technology Transfer
- Implementation of AM solutions in industries (aerospace, automotive, healthcare)
- Collaboration with industry partners
- Technology commercialization and transfer
6. Skill Development & Training
- Hands-on training programs and workshops
- Certification courses for students and professionals
- Curriculum development in additive manufacturing
7. Quality Control & Standards
- Process monitoring and quality assurance
- Development of standards and best practices
- Inspection and validation of printed components
8. Sustainability & Circular Manufacturing
- Reduction of material waste
- Energy-efficient manufacturing processes
- Recycling and reuse of materials
9. Innovation & Startup Support
- Incubation for startups in AM domain
- Product innovation and entrepreneurship support
- Access to advanced tools and mentorship
10. Digital Manufacturing & Industry 4.0 Integration
- Integration with IoT, AI, and automation
- Smart manufacturing systems
Data-driven production and digital twins
Active Research Projects
- Characterization of Pistachio shells reinforced HDPE Composite for Mechanical Behavior.
- Dimensional Stability and Mechanical Behavior of Wood Floor and Groundnut Shell of Composite Materials.
- Viability of Impact of Manufacturing Automation of MSME’s in Developing Economies
- Finite Element Analysis of Drilling Parameters in Silicon Nitride Composite And Epoxy Resin
- Advanced Surface Preparation Techniques for Enhanced Coating Adhesion in Turbine Components
- Designing a Conceptual Lean Model, through Qualitative analysis of Behavioral factors facilitating the elimination of MUDA
- Influence Of Nano Tic Particles And Artificial Ageing On The Properties Of Al7475 Alloy Aerospace Composite
Lab Facilities & Equipment
·3D printing machine
Activities & Achievements
Industry Partners & Collaborations
The COE collaborates with leading organizations to bring industry-grade challenges and resources into the classroom:
Ultimaker / UltiSense (material development) · CADFEM India (simulation training) · CNC Technics Belagavi (machining integration) · KLE Medical College (bio-printing and medical device research) · Karnataka MSME DI (prototyping services for local SMEs)
Partners sponsor materials, provide live project mandates, conduct masterclasses, and offer internship opportunities in product design and manufacturing engineering roles.
Annual expo showcasing student-designed and 3D-printed prototypes across disciplines.
Collaborative research on industrial-grade FDM parts for automotive applications.
Research on biodegradable PLA composites funded by Visvesvaraya Technological University.
CoE Coordinator / Lead
