Eight CaMS students won the prestigious Fifty for the Future honor from the Illinois Technology Foundation (ITF). The annual award recognizes fifty of the most promising students in computing-related disciplines in the State of Illinois. This year's recipients from the Department of Computer and Mathematical Sciences are Nilly Albeitoni, Nicholas Biegel, Ethan Blatti, Keller Dellinger, Brandon Joutras, Marissa Koronkiewicz, Carley Maupin, and Ryan Meeker. Dr. Amanda Harsy and Dr. Jason Perry attended the award ceremony in downtown Chicago to cheer on the students. These students were judged by ITF's panel of computer technology professionals as striking a balance of academic achievement, teamwork, volunteerism, innovation, and leadership that will enable them to contribute profoundly to the companies who will hire them. CaMS is very proud to have so many awardees once again this year. Congratulations to these outstanding students.
The Math Club led the Department's annual celebration of Pi Day by coordinating and staffing a pie sale. With the help of Administrative Assistant Christine Morrow's baking skills and the guidance of Dr. Harsy, the students were able to raise over $500 this year. Hungry passers-by bought slices of pie for the right to vote for a particular faculty or staff member to get a pie in the face. At 3:14 pm, students and faculty gathered to watch this year's "winner", Dr. Steve Berger, get pie'd surprisingly enthusiastically by junior Computer Science major Andrea Ecarma. As usual, it was an enjoyable event, particularly for those of us who avoided winning the popular vote.
Lewis University alumnus Ed Calusinski, Research Fellow and Vice-President of Technology at IBM, gave an exciting talk on campus entitled "IBM: A History of Computing Innovation and a Pathway to the Future" to a capacity crowd on Monday, March 12. Ed, who is a member of the Computer and Mathematical Sciences Advisory Board, also met with several CaMS faculty that day to discuss their research initiatives and provide advice. In his talk, Ed thoroughly engaged the crowd with his vision of a future in which machines think and uncover new knowledge on their own. This will help us automate and improve numerous tasks that currently burden our modern lives, freeing us to tackle more pressing problems that required human attention and insights. He described how artificial intelligence has evolved from helping solve trivial problems to helping shape fields as diverse as fashion, cooking, and movie-making. IBM's Watson platform has pushed AI in creative and breathtaking directions. So much of Watson's power comes from its ability to ingest and analyze the unprecedented quantity of data our device-rich society captures and communicates. There are, of course, privacy issues to address when it comes to accessing and using this data to drive AI and machine learning, and IBM is also working on technological solutions to protect privacy, including algorithms for interpreting data without having to decrypt it so that it remains permanently in its encrypted state. Ed painted an exciting picture of the future Computer Scientists and Computer Engineers are helping create as they partner with experts in virtually every field. We appreciate Ed's dedication to CaMS, including the fact that he spent an entire day with us sharing his expertise and vision.
Five students and two faculty from CaMS attended the Spring ACCA Math Talks and Pi Mu Epsilon (PME) Math Honors Society Induction. CaMS students Carley Maupin (Math), Gail Bragg (Math), Jackson Hansen (Math / Computer Science), Mariana Hernandez (Computer Engineering), and Jesse Hoffmeyer (Computer Engineering) attended the talks along with Professor Margaret Juraco and Dr. Amanda Harsy. Dr. Russ Howard of Westmont College gave two interesting talks, "RAM and Recursion" and "How to Pack a Suitcase." During the event, Carley Maupin was inducted into PME. Congratulations to Carley, and thanks to all who attended.
Lewis University's student chapter of the IEEE hosted the Chicago section of the IEEE EMC Society for its meeting on campus on Tuesday, February 20, 2018. The EMC Society focuses on design challenges related to electromagnetic compatibility and interference. The Chicago section engages professionals in the Chicago area who address issues related to electromagnetic interference caused by a variety of equipment. During the meeting, EMC expert Roy Leventhal gave a student-friendly talk on what a career path in engineering entails: the need for flexibility, the value of lifelong learning, the willingess to accept new opportunities as chances to advance in unforeseen ways, and the need to embrace change. The Chicago section was very generous to students who attended, raffling off several prizes and pledging a monetary donation to our student chapter. CaMS and the IEEE student chapter were quite honored to host this distinguished group. Thanks to Dr. Gina Martinez for helping organize it.
For the second year in a row, Computer Science students from Lewis University placed third at the annual Illinois Collegiate Cyber Defense Competition. This year, teams from eleven schools competed over eight hours to set up computer systems and services and keep them secure against an aggressive "red team" aiming to steal their data and disrupt their infrastructure. For the second year in a row, Lewis's Computer Science team brought home the third-place trophy. This year's team consisted of Ian Stickfort, Brandon White, Brian White, Cody Cosentino, Ryan Meeker, Johnny Kegaly, Gabe Diaz DeLeon, and Tyler Starkus. The team members participate in the Department of Computer and Mathematical Science's Cyber Defense Club, a student-run group that meets on Tuesday and Thursday afternoons to apply and extend what they learn in the classroom to set up servers, hosts, and the networks that connect them. The Cyber Defense Club is mentored by Dr. Jason Perry, Assistant Professor of Computer and Mathematical Sciences, and its student leader is Joey Casalino, a graduate student in the Master of Science in Computer Science program. The CaMS Department is extremely proud of these students for what they continue to accomplish, we are looking forward to their next competition, and we are grateful that the future of cyber security seems to be in good hands with soon-to-be professionals like these.
Six Lewis students represented the Department of Computer and Mathematical Sciences at the 2018 ACCA Programming Competition. The students worked on eight programming problems over four hours on February 17, 2018. Our students were split into two teams. The Novice Team, which includes students in their first or second semester of Computer Science coursework, consisted of Keller Dellinger and Dayne Hultman. The Advanced Team, for students beyond their second semester of Computer Science coursework, included Mark Horeni, Quinn Stratton, James Klein, and John Laschober. Dr. Piotr Szczurek, Associate Professor of Computer Science, once again served as faculty mentor this year, helping the students prepare for the competition by going over problems and problem-solving strategies with them. The teams placed in the middle of the pack in the respective categories this year, successfully solving multiple problems and coming close on others. The Department is proud of these students for participating this year and is grateful that they spent time preparing for the competition and then working so diligently for most of a Saturday. Thank you for your dedication and for sharing your time and talents.
Professor Eric Spangler and a team of Computer Science students recently installed the CaMS NetLabs Facility. NetLabs is a computing platform that provides remote access to laboratory experiences in computer science. Remote labs have been tricky, particularly when it comes to the networking and cyber security sides of computer science, because students have needed access to the hardware. But Netlabs makes it possible for students to interact with real networking appliances almost as if they were there. And, because the lab experiments can be dynamically reconfigured, Netlabs allows us to have separate setups for every course that can be rapidly set up, torn down, and replaced with another course's lab needs.
The students and Prof. Spangler spent a good chunk of Christmas break ordering, installing, and configuring the environment. Prof. Spangler took the lead and purposely got the students involved throughout. A firm believer in hands-on learning, Prof. Spangler made this fast-paced setup an extremely memorable learning experience. You can't get more real-world than setting up a complicated computer system on a tight schedule.
Last year, CaMS became a Cisco Networking Academy. It offers courses that prepare students to take the exams that lead to the CCNA certification. Having Netlabs in the Department means we can now offer that Cisco coursework (CPSC 28100 through CPSC 28400) both on-campus and online. It also opens the door to other Cisco certifications in the future. Plus, we have since become a Palo Alto Academy, which means we can start preparing students to work with that vendor's technology, too. We also hope to offer Netlabs to staff in Lewis's Office of Technology to help fulfill their ongoing training needs.
The CaMS Netlabs Facility was funded, in part, by the generosity of our donors, including the CaMS Advisory Committee. Thanks to that support, and, in particular, Prof. Spangler's expertise and tireless efforts working with the students over break and at the beginning of the semester, CaMS students and faculty now enjoy a top-notch, modern, thoroughly flexible training platform for teaching all sorts of topics in Computer Science both on campus and from afar. This is a great addition to the department that will directly benefit students.
Several Lewis University students presented research they did with Dr. Amanda Harsy at the 2018 Joint Mathematics Meetings in San Diego, California, January 10 through 13. Quinn Stratton, Keller Dellinger, Simon Merheb, and Audrey Pearson modeled DNA self-assembly using graph theory. Carley Maupin, Marissa Koronkiewicz, Hannah Schultz, and Austin Buente used linear algebra to do predictive modeling of sports ranking systems. Christy Carlson and Lauren Klamerus studied the impacts of Mastery-Based Testing on mathematics teaching and learning. All of these students worked under the guidance of Dr. Harsy, who also presented her work on predictive analytics in sports and on the effectiveness of sharing pedagogy through Math Teachers Circles. You can read more about their research and experience here. Congratulations to the students and Dr. Harsy for achieving excellence in undergraduate mathematics research.
December 2017 graduate Robert Dudasik, who is double-majoring in Computer Science and Computer Engineering, won the Departmental Awards in both degrees for Fall 2017. He received his awards at the College of Arts and Sciences Senior Awards Ceremony on December 5, 2017. Dr. Gina Martinez, Assistant Professor and Director of the Computer Engineering program, presented Robert these two well-deserved accolades.
Robert has had an energetic and influential presence in the departmental since he came here four years ago. He has always carried himself professionally, and he treats everyone he meets with respect. Despite his great achievements as a student, he is humble, always willing to listen, and readily welcomes advice in his quest to learn. He has left a lasting impact on the Department by creating and leading our new IEEE Student Chapter with Dr. Martinez.
Several other students will graduate with honors this Fall: Nilly Albeitoni, Franscisco Cano, Marc Cerda, Alison Cross, Robert Fosen, Mylene Haus, Stephanie Henderson, Ray Alan Palangan, and Francisco Rodriguez. These students have done great things during their time with us, and we look forward to witnessing their accomplishments as their careers unfold.
Congratulations to Robert and to all our Fall 2017 graduates. Thank you for studying Computer Engineering, Computer Science, and Math at Lewis University.
8 CaMS majors attended the ACCA Math Talks on November 15th. During this meeting, all 8 students were inducted into the Mathematical Honor Society Pi Mu Epsilon at this meeting. Dr. Mimi Boutin, Associate Professor of Electrical and Computer Engineering at Purdue University gave two exciting talks. One was about how you can use numerical methods to derive nutrition information using numerical methods and the other was how to use invariant representations for object recognition and symmetry detection of signs in other languages. The students honored and inducted in the PME were Rachel Aubart, Gail Bragg, Christy Carlson, Marissa Henkel, Brandon Joutras, Lauren Klamerus, Adrian Siwy, and Quinn Stratton.
The Lewis IEEE Student Chapter hosted a Make-a-Thon on October 21st and 22nd. During the 24-hour event, students worked in teams and designed, built, and programmed an electronic device that performed a particular function. One team built a Morse Code Translator. Another team built a mock lunar lander. Another team built a video game and controller. Several Computer Engineering, Computer Science, and Physics students presented, Lewis alumnus Brian Wilhelm gave a guest presentation on how to design and build custom electric guitars. Lewis alumnus Matt Kwiatkowski presented a talk on how to design and build model light sabers. Lewis Physics professor Dr. Phil Chumbley gave a talk on using Arduino circuits to build electronic gadgets. A representative from the Fox Valley IEEE Chapter visited the event and served as a guest judge. Ethan Blatti and Keller Dellinger won first place with their game "Lunar Lander". Mariana Hernandez, Jesse Hoffmeyer, and Jackson Hansen won second place with their "Morse Code Decoder" project. Third place went to Dave Gagnon, who made an LED light show. Congratulations to the IEEE Student Chapter for sponsoring an outstanding event.
Robert Dudasik, a senior double-majoring in Computer Science and Computer Engineering, won one of two $3,500 scholarships offered by ISACA-Chicago. ISACA is an international professional organization focused on the security of information systems. Robert, who is founding President of Lewis' IEEE Chapter and has been involved in a number of other activities in the Computer and Mathematical Sciences Department at Lewis, was awarded one of the Chicago Chapter's most prestigious awards based on his academic achievement, involvement in activities, and potential for future impact on the field of cyber security. Robert, who has worked as an intern at Argonne National Laboratory for a number of semesters, has taken full advantage of his time at Lewis, majoring in two of the University's most challenging and most cutting-edge programs. Congratulations to Robert Dudasik for this outstanding achievement.
The Department of Computer and Mathematical Sciences is proud of the graduating class of 2017. A record number of undergraduate math and computer science majors graduated on May 21, 2017. In all, 63 math and compsci majors graduate on Sunday (with about 20 graduate students in the Master of Science in Information Security, Master of Science in Data Science, and Master of Science in Computer Science graduating the day before). This was the largest graduating class in CaMS's history. By comparison, the number of undergraduate students who graduated this weekend is greater than the entire number of students in the department 7 years ago. We will miss these wonderful people who have helped make CaMS such a great place to learn and work. Congratulations, graduates, and good luck!
Welcome to the home page of Lewis University Department of Computer and Mathematical Sciences(CaMS). These are exciting times to be a Math or Computer Science major, particularly at Lewis. Every day, new technologies are being developed that were created by computer scientists like our students. Some of these technologies may fundamentally change how we work, play, and communicate. And all of these technologies function based on the laws of math. Few other majors can boast the opportunity to transform the world the way Computer Science can, and few other majors enable you to understand those transformative forces the way Mathematics can. At Lewis, we are looking for ways to bring that potential to fruition, preparing students to be tomorrow's computer innovators and problem solvers.