Best Engineering School Scottsdale Near Me

4worldlovers:
Inspiring the next generation, ASU’s civil engineering curriculum sharpens your technical problem solving skills and frees your imagination to revolutionize current design principles into cutting-edge “green” engineering solutions.



ASU’s construction management curriculum provides the core principles of design, cost estimation, and planning. You will be prepared to direct the entire building process or guide the maintenance, operation, renovation, or decommissioning of existing facilities.



One of the leading programs nationwide, ASU’s construction engineering curriculum combines the design principles of civil engineering with the business knowledge of construction management.


The environmental engineering BSE degree program will focus on the engineered processes and systems that preserve, protect and restore the natural environment for benefits to human health and ecosystem services.

Recognizes the connections between infrastructure and the human and natural systems; and

Designs and constructs complex systems by considering environmental impacts, life-cycle assessment, and risk and uncertainty, along with technical and economic effectiveness.

The built environment includes society’s physical infrastructure and integrated systems that create the conditions for sustained health, prosperity and social well-being.

Involvement with the built environment generally includes the initiation of projects or programs through planning, design, construction, operations and decommissioning; the so-called “life-cycle” of the endeavor.

4worldlovers:
Grand Canyon University’s (GCU) College of Science, Engineering and Technology offers a premier educational experience with relevant curricula designed to prepare you for a career in a competitive science, technology, engineering and math (STEM) field. As one of the growing engineering universities in Arizona, our curriculum changes to adapt to new developments in STEM industries. We teach students to foster traits in collaboration, creativity as well as ethical and social awareness to create competitive graduates for the workforce.

Our education also nurtures and supports One Foundation, our statement for providing ethical decision-making within our Christ-centered curriculum.

The College of Science, Engineering and Technology provides degrees in areas of computer science and information technology, cybersecurity, engineering as well as science and biology programs if you intend to move on to an advanced health care program after earning your degree. Explore GCU’s STEM degrees to find the program that will help prepare you for the in-demand careers of tomorrow.

Academic minors can help you gain a competitive advantage in your chosen field and enrich your knowledge base. Choose a minor that complements your major, or pursue a passion while earning your degree.

The individual disciplines of science, engineering and technology at GCU incorporate leadership, curriculum and opportunities specific to your learning environment. Each discipline features advanced laboratories and equipment that any student can take advantage of for additional education outside the classroom. The college has also seen numerous students take part in unique on-campus programs to prepare them for graduate opportunities or research presentations at local and national conferences.

4worldlovers:
The Biomedical Engineering Society chapter at ASU creates opportunities for students to work together and be successful in their academic and career endeavors.


Join us in welcoming more than 50 new faculty to the Fulton Schools. These talented professionals bring skills and insights from leading laboratories and industry innovators across the nation and the world.


Fulton Schools biomedical engineering students lead research into student and professor mental health and how teaching methods affect well-being.


Biomedical engineers work at the interface of technology and medicine on challenges that are critical to the advancement of health and scientific discovery.


At ASU, we offer a rigorous program in biomedical engineering with opportunities for students to be involved in research, entrepreneurship, healthcare delivery, biomedical device design and global health.

Veteran Nicole Haikalis has worked hard double-majoring in biomedical engineering and neuroscience while overcoming challenges and advocating for her peers.

Academia and industry collaborate on solutions to neural disease and injury

The Building Reliable Advances and Innovation in Neurotechnology (BRAIN) Center is an Industry/University Collaborative Research Center at Arizona State University and the University of Houston. This partnership allows rigorous testing of efficacy, safety and long-term reliability of neurotechnology that would not be otherwise possible within the traditional ‘silos’ of academic, industry, regulatory and clinical communities.

Assistant Professors Barbara Smith and Rosalind Sadleir discuss the scientific and societal impact of their research. Dr. Smith talks about how her new FLAME tool is helping navigate the deep brain, and Dr. Sadleir discusses measuring electrical conductivity to lead to better disease diagnostics through neural tissue imaging.

Assistant Professor Xiaojun Tian, Associate Professor Mehdi Nikkhah and Assistant Professor David Brafman discuss their work in synthetic biology, microscale modeling and regenerative medicine.

Assistant Professors Benjamin Bartelle and Scott Beeman discuss advances in noninvasive magnetic resonance imaging and how it can be used to detect inflammation and quantify biologic structures and functions.