Accelerated Dual-Degree
On Campus
Visit the School of Computing and Engineering
On Campus
Visit the School of Computing and EngineeringThe fields of computing and engineering demand versatile skills, transferable experiences and a commitment to staying on the cutting edge of new innovations and technologies. These attributes are exactly what our 4-year accelerated dual-degree (3+1) programs provide, along with significant cost savings for our students.
The modern workplace is heavily digital, and the influx of innovative technologies and strategies has created an increased demand for individuals who can view the world from a technological perspective and a business point of view. At the School of Computing and Engineering, we have designed accelerated programs of study to build that versatile foundation and prepare students for near-immediate career success in the public or private sector.
Equal parts immersive and interdisciplinary, our accelerated dual-degree programs place a strong focus on career development to give students a strategic advantage before they enter the workforce. Regardless of which combination of undergraduate and graduate programs they pursue, students can expect to master leading systems in their field, gain exposure to innovative tools and platforms, utilize our state-of-the-art labs and facilities and form lasting relationships with experienced thought leaders in their focus area.
The 3+1 programs also emphasize the value of a strong support system and peer mentoring program. Students may choose to live in an optional Living-Learning Community (LLC) that provides an engaging and supportive academic and social environment. The program’s director also serves as a point-person for academic advising and will work closely with you to guide you through course selection and internship processes.
Students in the accelerated dual-degree program are able to combine a number of undergraduate majors with either a Master of Science in Cybersecurity or a Master of Business Administration.
During the BA or BS in Computer Science portion of the program, you will become proficient with leading industry hardware and software systems. You will also gain access to systems running Windows and Linux, allowing you to acclimate yourself to different operating systems and working environments within our state-of-the-art computer science labs.
Following your undergraduate experience, you'll begin mastering the art of protecting individuals, businesses and governments from risk within the MS in Cybersecurity program. Courses are taught by world-class security experts, and the curriculum is constantly updated to reflect the latest threats and industry developments. This program culminates in a capstone project where students will demonstrate their ability to use commercial or open source security tools.
The BS in Data Science exists at the intersection of statistics, mathematics, computer science and domain knowledge. The program was designed from the ground up, with feedback from industry professionals, to ensure that students not only understand the mathematical and statistical foundations of data science but also how those principles may be applied to cutting-edge tools and technologies. This means our graduates will never fall behind the curve as the industry rapidly advances.
Pairing a BS in Data Science with an MS in Cybersecurity opens opportunities for graduates to leverage their passion and skills in various roles including editorial analyst, data analyst and product marketing specialist. Graduates will also be prepared to analyze security measures that protect and defend companies and clients from data breaches. Courses are taught by world-class security experts, and the curriculum is constantly updated to reflect the latest threats and industry developments. This program culminates in a capstone project where students will demonstrate their ability to use commercial or open source security tools.
Students pursuing a BS in Software Engineering will master such skills as coding, system design, quality assurance and testing. Our expert faculty will teach you to manage projects and think creatively, effectively preparing you for a career as a programmer or software developer. Coursework will cover a host of topics including design and development, cryptography, artificial intelligence and robotics.
By combining a BS in Software Engineering with an MS in Cybersecurity, students will be able to solve complex issues and ensure that operating systems, internet browsers, gaming software and smartphone apps are connected, productive and safe from cyber threats. Courses are taught by world-class security experts, and the curriculum is constantly updated to reflect the latest threats and industry developments. This program culminates in a capstone project where students will demonstrate their ability to use commercial or open source security tools.
Students who earn a BS in Industrial Engineering will learn how to design and implement systems and processes that effectively coordinate people, machines, materials, energy and other resources to eliminate waste, increase output and ensure quality. Our curriculum is hands-on with a strong emphasis on the fields of manufacturing, healthcare and supply chain. Students are encouraged to tailor their studies within one of our three optional concentrations in Automation Systems and Robotics, Healthcare Systems Engineering or Ergonomics and Human Factors.
Combining an industrial engineering degree with a Master of Business Administration makes you immediately more desirable to hiring managers who are seeking engineers that approach problems from a technical perspective and a business perspective. Examining the big picture and serving as a reliable problem-solver will directly impact your organization’s budget and bottom line.
Students who choose to earn a BS in Mechanical Engineering will develop the design and analytical skills necessary for careers in many diverse fields — from aerospace, robotics and automotive to power and energy, manufacturing and biomedical. Our labs and classrooms are designed to provide students with a hands-on learning experience, including the lathes and mills in the machine shop and the wind tunnel in our thermodynamics and heat transfer lab. The majority of the curriculum focuses on design and fabrication, giving students ample opportunities to bring prototypes and models to life with powerful software tools, 3D printers and more.
Combining an engineering degree with a Master of Business Administration makes you immediately more desirable to hiring managers who are actively seeking engineers that approach problems from both a technical and a business perspective. As you hone your ability to present, communicate and manage teams, you'll open up new paths to ascend the corporate ladder after graduation. The combination of an MBA with a BS in Mechanical Engineering makes it far easier to transition to management roles, improving your job positioning and increasing your lifetime earning potential.
Our accelerated dual-degree (3+1) program enables you to earn your undergraduate and graduate degrees in the most efficient and economical way possible, positioning you for success in a competitive landscape. This approach to earning your degrees improves on traditional higher education models by focusing on rigorous, interdisciplinary and experiential learning.
The benefits include:
Save time and money: You’ll complete your degrees sooner, save on tuition costs and enter the workforce at least one year earlier, with a graduate degree.
Competitive career positioning: Your graduate degree will give you an advantage in a competitive landscape.
Scholarships: Your Quinnipiac merit scholarships are available throughout your master’s degree program.*
Dynamic living experience: You’ll have access to a Living-Learning Community cohort housing opportunity, including a dedicated resident assistant.
Dedicated guidance: You’ll be partnered with the director of the program within the school who will also be your academic adviser.
Experiential learning: You’ll have access to special programming and networking opportunities for program students.
Course overload fees are waived during the Fall and Spring semesters for students in accelerated dual-degree programs up to 19 credits per term (or up to 20 credits per term for up to two semesters for students engaging in a study abroad program). Summer and/or January term courses may be required to earn the accelerated graduate degree and are also offered at no cost to students in accelerated dual-degree programs.**
*This only applies to the one graduate program associated with your chosen dual-degree.
**Not to exceed a seven-credit limit per Summer (Summer 1 and Summer 2 combined) or a three-credit limit per January term in which you enroll in courses. Any additional credits in a Summer or January term will have associated credit hour costs. Please see the tuition and fee schedule on the webpage for specific costs per program.
Our mechanical, civil, industrial and software engineering programs are accredited by the Engineering Accreditation Commission of ABET, which means they meet the highest standards of engineering education in the country. The BS in Computer Science program is accredited by the Computing Accreditation Commission of ABET.
The National Security Agency and a committee of academic peers have validated Quinnipiac University's Master of Science in Cybersecurity programs through the 2027 academic year. As a validated program, the MS in Cybersecurity serves the nation well, contributes to the protection of the national information infrastructure and addresses the critical shortage of professionals with cybersecurity skills.
The Quinnipiac School of Business is accredited by AACSB International — the Association to Advance Collegiate Schools of Business, placing it in the top 5% of business schools worldwide.
Software developers are ranked #1 on the U.S. News & World Report‘s 100 Best Jobs list. (2020)
According to the National Association of Colleges and Employers 2019 Job Outlook report, bachelor’s degrees in mechanical engineering are the third highest degrees in demand.
According to the National Association of Colleges and Employers’ 2019 Job Outlook report, bachelor’s degrees in computer science are among the top five degrees desired by employers.
Quinnipiac student Hephzibah Rajan ’23, a computer science major from Muscat, Oman, has been named the 2023 National Engineering Intern Student of the Year by the American Society for Engineering Education (ASEE).
The award is presented by the Cooperative and Experiential Education Division of the ASEE. Rajan was recognized for her summer internship with CVS/Aetna.
“I interned with Aetna over the summer after my junior year,” Rajan said. “Initially, I worked on code maintenance which in simple terms is reading code and making sure that each line was being run. I was essentially increasing code coverage. Over time, I started picking up other tasks as well. I learned about their machine-learning models and was also able to propose an alternative method for one of their projects with the help of my mentor."
Altrin Elmazi MS ’22 had bright hopes for his future when he came to the United States to study computer science. With ambition and dedication, he was able to turn his hopes into reality.
Working as Thomaston Savings Bank Systems' security officer, Elmazi worked his way up from systems security administrator to vice president and information security officer for 16 branches.
After almost pursuing a master’s in business administration, Elmazi is now on track to earn his master’s degree this summer in cybersecurity at Quinnipiac.
“When I saw cybersecurity being advertised as a master’s degree at Quinnipiac, I knew this was the path that I wanted,” he said.
He said his switch from business to cybersecurity was an evolution that didn’t happen overnight.
“All banks are regulated, and the chief information officers were looking for people who would do networking and systems, but they will have some cybersecurity skills at the same time,” Elmazi said. “They look for security knowledge, so we can first protect the data, and then show in the audit how we protect the data. They want to see how we protect the assets of the bank.”
One of the memories Elmazi cherishes the most while he studied at Quinnipiac was the strong relationship he built with the university’s Director of the Cybersecurity Program Frederick Scholl, who he describes as a very open person who will sit down and talk about what is going on in the cyber-world and beyond.
To current and prospective students, Elmazi offers the following advice:
“Take your time to consider what area you would excel in, whether it’s a cybersecurity professional, a cyber engineer, a penetration test, or in vulnerability management architect. Look at all possibilities, find where your strength is and become a subject matter expert.”
Our undergraduate admissions counselors are here to answer any questions you may have and help you navigate the application process.