Study In US: Purdue University's Program Ranks High In CSRankings
The computer science program at Purdue University has been ranked number 13 among more than 200 programs nationwide.
Study Abroad: The latest CSRankings has positioned Purdue University's computer science program at number 13 from more than 200 programs in the US. The ranking was based on the publications and impact in the CS research areas including machine learning, AI, networks, systems, software engineering, programming, security and others.
“Purdue’s computer science graduate program is renowned for its academic excellence and cutting-edge research in critical fields like cybersecurity, machine learning and artificial intelligence,” says Petros Drineas, professor and head of Purdue’s Department of Computer Science.
“With a long-standing reputation for leadership in cybersecurity, Purdue has developed a globally recognized research program that prepares students to address emerging threats and safeguard digital infrastructures. In machine learning and AI, our research centres are pioneering advancements shaping the future of technology, from automation and data-driven decision-making to intelligent systems and robotics," added Petros Drineas.
Purdue Researchers Developing Additive Manufacturing Processing Methods
Purdue Applied Research Institute (PARI) scientists are creating additive manufacturing processing methods to 3D print dark ceramics.
Matthew Thompson, a materials engineering doctoral candidate and recipient of a National Defense Science and Engineering Graduate Fellowship, and Dylan Crump, a ceramics research engineer at HAMTC commented, "We’ve been operating essentially as a research and development test bed for these materials. We’ve been tuning properties and performing surface modifications to improve their performance and enhance the printing process.”
“What we’re trying to do is find solutions for how we can either set up a pipeline to make these parts or find strategies that actual stakeholders can use. So, it gives people a starting point to save time on the research and development for any new system," added Thompson.
Rodney Trice, professor in the College of Engineering’s School of Materials Engineering and the thrust lead in ceramic processing at PARI’s Hypersonics Advanced Manufacturing Technology Center (HAMTC) said, "This allows you to produce intricate designs and geometries with very smooth surfaces and with a level of precision at the micron level. Through this process, we have succeeded in printing a variety of shapes, such as sharp cones and hemispheres, which are used to build a hypersonic vehicle.”
Office of the Secretary of Defense Manufacturing Science and Technology Program is funding this project in collaboration with the Crane Division, Naval Surface Warfare Center, and the National Security Technology Accelerator’s Strategic and Spectrum Missions Advanced Resilient Trusted Systems.
Pick your stage and get free guidance from counsellors who've helped thousands get into top universities.
Starting research
Shortlisting colleges
Exam preparation
SOP/LOR writing
Scholarship & finance
Visa application
Statement of Purpose
Letter of Recommendation
Student Visa Application
Admission Essay Writing
Student Curriculum Vitae