National Innovation Competition in Engineering (NICE)

INTRODUCTION ABOUT NICE COMPETITION

The National Innovation Competition in Engineering (NICE) is a groundbreaking annual event organized by the Faculty of Engineering at Tishk International University. Designed to uncover and celebrate student innovation, NICE provides a dynamic platform for undergraduate students to present their forward-thinking projects and bridge the gap between academia and industry. The competition welcomes participants from across the Kurdistan Region, Iraq, and beyond, offering them the opportunity to showcase innovative and sustainable solutions to some of the region’s most critical engineering challenges.NICE brings together students, supervisors, practitioners, and educators from diverse disciplines, including Architecture Engineering, Civil Engineering, Computer Engineering, Information Technology, Interior Design, Mechatronic Engineering, Petroleum and Mining Engineering, and Surveying and Geomatics Engineering. With a shared focus on smart, sustainable innovations, participants gather to exchange ideas, build professional networks, and explore the latest developments in the engineering field. NICE continues to serve as a catalyst for academic excellence, interdisciplinary collaboration, and real-world impact in engineering education and practice.

COMPETITION CATEGORIES

Architectural Engineering

Architectural Engineering

The Architectural Engineering category at NICE encourages students to explore the intersection of design, technology, and innovation in the built environment. Participants are expected to demonstrate a strong foundation in architectural design, structural systems, sustainability, and urban planning—balancing creative vision with technical precision. This category celebrates projects that reflect critical thinking, interdisciplinary collaboration, and imaginative approaches to real-world architectural challenges. Through their work, students are empowered to shape spaces that are not only functional and aesthetically compelling, but also socially and environmentally responsive.

Aviation Engineering

Aviation Engineering

The Aviation Engineering category at NICE offers students a platform to showcase innovative solutions that address the evolving challenges of the aviation industry. With a focus on both theoretical knowledge and practical application, this category encourages projects that demonstrate technical excellence, safety innovation, and forward-thinking design in areas such as aircraft systems, aerodynamics, maintenance technologies, and aviation sustainability. Participants are invited to apply their skills to real-world aviation problems, contributing ideas that align with the dynamic needs of the global aerospace sector and pushing the boundaries of what’s possible in flight engineering.

Civil Engineering

Civil Engineering

The Civil Engineering category at NICE invites students to develop innovative solutions that address infrastructure and development challenges through a multidisciplinary lens. Covering key areas such as construction materials, structural systems, geotechnical engineering, hydraulics, transportation, and construction management, this category encourages participants to integrate sustainability, safety, and efficiency into their projects. By combining theoretical knowledge with practical engineering skills, students have the opportunity to present impactful ideas that contribute to the advancement of resilient and future-ready civil infrastructure.

Computer and Information Technology Engineering

Computer and Information Technology Engineering

The Computer and Information Technology Engineering category at NICE highlights student projects that apply advanced computing principles to real-world challenges. Rooted in the foundations of mathematics, science, and engineering, this category encourages innovation in areas such as hardware and software development, computer networks, cybersecurity, artificial intelligence, and systems integration. Participants are expected to demonstrate how theoretical knowledge can be transformed into practical, efficient, and scalable tech solutions—showcasing creativity, problem-solving, and technical mastery across a wide spectrum of digital technologies.

Interior Design Engineering

Interior Design Engineering

The Interior Design Engineering category at NICE encourages students to reimagine interior spaces through a blend of creativity, functionality, and technical precision. This category showcases innovative projects that address spatial planning, material selection, lighting, ergonomics, and sustainable design solutions. Participants are expected to present concepts that go beyond aesthetics—emphasizing user experience, environmental impact, and integration with architectural elements. By merging artistic expression with engineering principles, students in this category help shape interior environments that are both visually inspiring and highly functional.

Mechatronics Engineering

Mechatronics Engineering

The Mechatronics Engineering category at NICE challenges students to create integrated solutions that combine mechanical systems, electronics, computer engineering, and control systems. This interdisciplinary field encourages innovation in robotics, automation, smart systems, and intelligent devices—blurring the lines between traditional engineering disciplines. Participants are expected to showcase projects that reflect real-world applications, technical precision, and forward-thinking design. Through hands-on experimentation and system-level thinking, students in this category demonstrate how mechatronics can drive the future of smart technologies and industrial innovation.

Petroleum and Mining Engineering

Petroleum and Mining Engineering

The Petroleum and Mining Engineering category at NICE invites students to tackle the challenges of resource exploration, extraction, and sustainability in the energy and mining sectors. This category emphasizes innovative approaches to drilling technologies, reservoir engineering, mineral processing, and environmental protection. Participants are encouraged to present solutions that improve efficiency, safety, and environmental responsibility in the development of natural resources. By integrating advanced engineering principles with real-world industry demands, students contribute to shaping a more sustainable and technologically advanced future for the petroleum and mining industries.

Surveying and Geomatics Engineering

Surveying and Geomatics Engineering

The Surveying and Geomatics Engineering category at NICE focuses on the science and technology of measuring, mapping, and analyzing the Earth’s surface. This category encourages students to explore innovative methods in land surveying, geospatial data analysis, GPS/GNSS systems, remote sensing, and geographic information systems (GIS). Participants are expected to present projects that demonstrate precision, accuracy, and practical application in fields such as urban planning, construction, environmental monitoring, and infrastructure development. By leveraging cutting-edge tools and techniques, students contribute to smarter decision-making and more sustainable land and resource management.