About This Course
Master Carpentry & Metalworking with Online Labs
Dive into crafting with interactive exercises! Learn essential techniques like:
Carpentry Joints: Master mortise & tenons, dovetails, T-joints, and more.
Shaping Wood & Metal: Craft moldings, sheet metal trays, and spin metal objects.
Machine Tools: Understand lathes, gear shapers, milling machines, and CNC fundamentals.
CNC Programming: Write code for precise machining operations.
Gain hands-on experience without the workshop! Enroll today and become a skilled craftsperson.
Course Objectives:
Master essential carpentry joints: Become proficient in creating strong and versatile joints like mortise & tenons, dovetails, T-joints, and more.
Develop skills in shaping wood and metal: Craft moldings, sheet metal trays, and unique metal objects using various techniques.
Gain knowledge of machine tools: Understand the operation and capabilities of lathes, gear shapers, milling machines, and CNC machines.
Learn CNC programming fundamentals: Write G-code programs to control CNC machines for precise machining tasks.
Acquire hands-on experience in a virtual workshop: Develop practical skills in carpentry and metalworking without the need for physical tools or materials.
Become a skilled craftsperson: Build a solid foundation in essential techniques and prepare for further exploration in carpentry and metalworking.
Master Carpentry & Metalworking with Online Labs
Dive into crafting with interactive exercises! Learn essential techniques like:
Carpentry Joints: Master mortise & tenons, dovetails, T-joints, and more.
Shaping Wood & Metal: Craft moldings, sheet metal trays, and spin metal objects.
Machine Tools: Understand lathes, gear shapers, milling machines, and CNC fundamentals.
CNC Programming: Write code for precise machining operations.
Gain hands-on experience without the workshop! Enroll today and become a skilled craftsperson.
Perfect for aspiring or practicing engineers! This course strengthens your understanding of:
Manufacturing processes: Learn core techniques used in carpentry and metalworking industries.
Machine operation: Gain insights into essential tools like lathes, milling machines, and CNC machines.
Design principles: Apply concepts of joint strength, material properties, and machining capabilities to your projects.
Practical problem-solving: Develop hands-on skills through virtual exercises, preparing you for real-world engineering challenges.
This course provides a valuable foundation for engineers in various disciplines, from mechanical and manufacturing to civil and industrial engineering. Enroll today and take your skills to the next level!
Course Staff
Dr. B. Suresh Kumar
Professor of mechanical engineering at K. Ramakrishnan College of Technology with a blend of academic and industry experience. He is passionate about empowering students and pushing the boundaries of knowledge.
Expertise and leadership:
• Expert member of ICAR-NRCB, contributing to national agricultural research.
• Steered KRCT's NAAC accreditation to an A+ Grade.
• Chaired the Mechanical Engineering Board and shaped curriculum for an autonomous institution.
Research and innovation:
• Secured funding for student projects and institute development.
• Led the institute to DSIR approval for custom duty exemptions.
• Holds patents and has authored/co-authored research papers.
• Served as Guest Editor for prestigious journals.
Teaching and outreach:
• Engages a broad audience through his YouTube channel.
• Shares knowledge through book chapters and collaborations.
• Integrates "Yoga for Human Excellence" into his teaching.
Industry experience:
• Managed supply chains across India.
• Conducted reverse engineering for Franklin Valves USA.
Staff Member #2
Biography of instructor/staff member #2
Frequently Asked Questions
What web browser should I use?
The Open edX platform works best with current versions of Chrome, Edge, Firefox, or Safari.
See our list of supported browsers for the most up-to-date information.
Question #2
Your answer would be displayed here.
