Engineering
Engineering the Future
Welcome to the Davitt College Engineering Department. Engineering is a highly dynamic discipline focused on designing, manufacturing, testing, and refining solutions to complex practical problems. Moving fluidly between traditional workshop machine processes, computational logic, and active design labs, our students develop a strong blend of scientific principles and practical resourcefulness.
The Davitt Standard
We instil an ethical responsibility focused on precision engineering, technological literacy, and sustainable creation, ensuring our graduates are uniquely equipped to steer future STEM industries and navigate a rapidly evolving technological world.
Engineering Curriculum & Pathways
From fundamental technical curiosity in Junior Cycle to advanced mechatronics, automation, and professional design specifications in Senior Cycle.
Junior Cycle Engineering
Stimulating technical curiosity and building an engineering mindset by engaging students with reflective, systematic problem-solving and design.
Three Interconnected Strands
Processes & Principles, Design Application, and Mechatronics.
Classroom-Based Assessments
CBA 1: Engineering in Action investigation. CBA 2: Research & Development project.
Project
70%Manufactured mechanical model.
Written Paper
30%Common-level final exam.
Leaving Certificate Engineering
Integrating cutting-edge automation, digital design, and material sciences to prepare students for modern engineering and technology sectors.
Core Fields of Study
Engineering Processes, Automation & Control, Design Capability, and Energy Principles.
Rigorous Practical Focus
Advanced workshop machining, additive/subtractive assembly, and autonomous robotic programming.
Project (AAC)
50%Design and manufacture folio.
Written Exam
50%Higher & ordinary levels paper.
Engineering & Robotics News
Beyond the Classroom
At Davitt College, engineering is treated as a practical, active discipline that extends far beyond tool management. Our students work collaboratively as young engineers, designing autonomous circuits and competing in elite national arenas.
Autonomous Robotics & Circuit Coding
We bridge mechanical design and electronic automation by introducing high-tech mechatronics into our activities. Our lunchtime Robotics Club gives students a dedicated space to program microcontrollers and 3D print custom components for regional and national competitive campaigns.
MakerSpace Hackathons & University Mentorship
Through close partnerships with institutions like the ATU MakerSpace and Innovation Hubs, our students participate in technical hackathons. These collaborative labs expose learners to rapid prototyping and advanced manufacturing infrastructure.
STEM Advocacy & Scientific Inquiry
We foster a solutions-driven mindset by challenging students to build working solutions for real-world problems. Our teams consistently achieve elite national recognition at exhibitions like SciFest, translating theory into award-winning technological applications.
Ready to Engineer the Solution?
Whether you want to master precision workshop techniques, program autonomous robots, or design the next generation of sustainable technology, your engineering journey starts here.
Speak to the department team to get started.