Join the Mechatronics & Automation Club to bridge classroom theory with practical technical experience in robotics, automation, IoT, and engineering design.
Vision: To become the most dynamic multidisciplinary engineering hub that empowers students to innovate, build, research, and deploy intelligent mechanical, electrical, civil, and software-driven systems for real-world problem-solving.
Mission: To advance student skills in robotics, automation, mechatronics, IoT, AI, and engineering design while bridging classroom theory with practical technical experience.
Create a community of students passionate about robotics, mechatronics, automation, manufacturing, and smart systems.
Conduct workshops in robotics, programming, CAD, 3D printing, PLCs, IoT, electronics, and machine design.
Design and build engineering systems such as drones, robotic arms, automated machinery, and IoT devices.
Organize seminars, industry talks, technical exhibitions, competitions, and innovation fairs.
Collaborate with industries, engineering departments, research labs, and startups for training and exposure.
Participate in robotics challenges, hackathons, innovation awards, design expos, and national STEM contests.
Membership is open to students pursuing:
Fully participates in projects, attends meetings, and contributes to club activities.
Includes alumni, graduates, lecturers, industry mentors, and collaborators.
Awarded to individuals who have contributed significantly to the club.
Provides institutional guidance,Supports lab access,Approves technical activities,Helps with safety & risk control,Provides academic credibility and Signs major documents & reports
Provides strategic leadership and direction. Oversees all departments and club projects.
Records meeting minutes and documentation. Manages official communication.
Manages club finances, cashflow, and budgeting. Maintains transparent financial records.
Oversees all ongoing and upcoming projects. Allocates teams and resources.
Supervises robot design, locomotion, actuators, sensors, competitions.
Lead training sessions and technical workshops in their domains.
Handles CAD, manufacturing, machining, 3D printing and mechanisms.
Manage social media pages, posters, event promotions, and photography/videography.
Handles training on PLCs, industrial automation, and control systems
Manages workshop layouts, fabrication spaces, and physical project construction.
Design and build autonomous robots for various applications including navigation, object manipulation, and problem-solving.
Develop PLC-based automation systems for industrial processes and manufacturing applications.
Create smart IoT devices for monitoring, control, and data collection in various environments.
centre of mines, department of mechanical & materials engineering
University Campus
mac@ttu.ac.ke
Executive Meetings: Twice monthly
Technical Team Meetings: Weekly