Welcome Systems Engineering Racers

Engineering in the Race: A New Dawn with SysML v2

In Atlanta’s heart, where summer’s heat is bold, the Peachtree Road Race tales are often told. A challenge met with grit, where runners strive, through city streets they push, they sweat, they thrive.

So too do we, in fields of systems grand, with model-based designs, our tools in hand. The race is long, the journey tough and wide, yet with new strength, we’ll rise with every stride.

SysML v2, a beacon shining bright, renews our path with innovative light. Like runners fueled by cheers along the way, our methods gain new life with each new day.

At Kennesaw, they teach with fervent cheer, preparing future minds for what draws near. Our tasks are like those hills, so steep and tall, but we’ve got grit—and maybe Tylenol. In summer's swelter, like a fevered spell, we dream of cool success, a goal we know so well.

So as we watched the race in July’s glow, remember that our strides in systems grow. Together, we will reach the finish line, with SysML v2, our work will shine.

Editor’s Note: This poetic prelude draws a parallel between the endurance and innovation seen in the Peachtree Road Race and the journey of systems engineers embracing the advancements of SysML v2. Let’s channel the determination of those runners into our work, and with a wink to Kennesaw State University, make strides toward excellence in model-based systems engineering. In the sweltering heat of Atlanta, we strive for that cool success!

Welcome to the INCOSE Atlanta Chapter

The Atlanta Chapter of the International Council on Systems Engineering (INCOSE) was formed in 2005 through the collaborative efforts of local INCOSE members from Atlanta, with assistance from members in South Carolina and Alabama. It has been an active chapter, consistently earning Silver and Bronze Circle Awards for its contributions and engagement within INCOSE and the broader systems engineering community. The chapter holds monthly meetings, including talks, workshops, and discussions on the state of systems engineering at the national level. Its membership comprises representatives from diverse sectors such as aerospace, energy, academia, and government, ranging from undergraduate students to seasoned systems engineering professionals. The chapter's regular meeting locations are Kennesaw State University in Marietta and Georgia Tech in Atlanta.

August Meeting

The $280B Chips and Sciences Act and What it Means to Systems Engineering

Robert Sarkissian

In-Person and Online

Tuesday, Aug 20

Engineering Technology Center

Kennesaw State University, Marietta Campus

840 Polytechnic Ln, Marietta, GA 30060

REGISTER NOW for online or in-person participation

Two years ago, the bipartisan CHIPS and Science Act bill was signed into law. At stake was recapturing many technologies related to microelectronics, environmental sustainability, and bolstering a vibrant domestic manufacturing workforce. Areas vital to our national security are now empowered for countries that may be vulnerable to adversarial impact. And with it, the possibility of creating supply chain disruptions to devices that are critical to our daily life.

The bill contains $54B set aside termed the “CHIPS Act”, under control of the Dept of Commerce, with a specific focus on microelectronics design, manufacturing, and packaging. Press releases over the 12 months have sounded off on new domestic investment in semiconductor fabs. At least 7 in all, each costing billions of dollars.

The Bill is now focused on some $11B of R&D investments and leading universities have teamed with smaller community colleges and technical schools to create a network of collaboration. Academic institutions are key in R&D, small business start-ups, and education workforce development. GA Tech is amongst the leaders in bolstering the semiconductor and skilled technical workforces and promoting the inclusion of economically disadvantaged individuals and small businesses.

Much of the focus is to create “ecosystems” that provide a complete pathways from concept to realization all within the US boundaries. Systems Engineering is becoming more and more relevant as the complexity of microelectronic devices are advancing from single processing chips to cyber physical systems on a chip, creating new opportunities for all of us. From AI/ML at the edge to quantum computing to 5G/6G applications, this is a once in a lifetime opportunity. Participate and learn more.

In Person and Online! REGISTER NOW!

Kennesaw State University: Student Division

What is a Student Division?

A Student Division is comprised of a group of undergraduate or graduate students who wish to become actively involved in INCOSE while enrolled in an accredited course of study at a college or university. Student Divisions are operated as a component of a nearby chartered INCOSE chapter. In order for a Student Division to be created, it requires:

• A student body interested in becoming involved with systems engineering/INCOSE,
• A faculty member who is a member of INCOSE and willing to act as the Division mentor and liaison between INCOSE and the university, and,
• An active sponsorship and participation by a chartered INCOSE chapter.

Student Division Leaders

Name: Parisa Pooyan, Ph.D., M.B.A.

Role: Faculty Advisor

Bio: Dr. Parisa Pooyan is currently a faculty member in the Department of Industrial and Systems Engineering at Kennesaw State University. She received her PhD in Mechanical Engineering from the Georgia Institute of Technology and her MBA from East Tennessee State University, with a minor in Operations Management. Her research has been actively involved in exploring system design pathways for Sustainable Development, and her work appeared in several peer-reviewed journal articles and book chapters, and reflected in numerous awards and honors including the Faculty Entrepreneurship Fellowship from KSU Coles College of Business; the Organ Design and Engineering Training Fellowship from the Brigham and Women's Hospital and Harvard Medical School; the Sam Nunn Security Fellowship from the Georgia Tech School of International Affairs; the International Scientific Research Mobility Fellowship from the CRP Henri Tudor in Luxembourg; the 'Outstanding Poster Award' at the Georgia Tech Research and Innovation Conference; and the 'First Place Poster Award' at the Biological Materials Science Symposium and the 'Best of the Show Honor Award' at the TMS international conference. Fascinated by the intersection of scientific discoveries and intellectual property rights, Dr. Pooyan studied for the Patent Bar Exam, and admitted to practice before the United States Patent and Trademark Office as a registered agent to prosecute innovative patent applications. She has worked in the legal space for a couple of years prior to joining KSU to pursue her passion and dreams in academia.

Name: Eli Hampton

Role: President

Bio: Mr. Eli Hampton is currently serving as the President for the INCOSE Chapter at Kennesaw State University. He is a rising senior at KSU, studying Industrial and Systems Engineering. He enjoys all things optimization and project management and hopes to gain enough experience and knowledge to start his own engineering firm one day.

Name: Ian Robinson

Role: Vice President

Bio: Mr. Ian Robinson is serving as the Vice President for the INCOSE Chapter at Kennesaw State University. He is currently pursuing a degree in Industrial Engineering Technologies at KSU with future plans to get his masters in Mechanical Engineering.

Name: Rushang Patel

Role: Reservation Delegate

Bio: Mr. Rushang Patel is serving as the Reservation Delegate for the INCOSE Chapter at Kennesaw State University. He is currently interning with a construction company helping improve processes and project management, while studying Industrial and Systems Engineering at KSU. He is excited to bring INCOSE to Kennesaw State University.

Engineering the Finish Line: Kennesaw State University Races Ahead in Innovation and Achievement

In 2024, Kennesaw State University (KSU) has made significant strides in its engineering programs and achievements, solidifying its position as a leader in innovative engineering education and research. One of the most notable accomplishments is the awarding of KSU's first interdisciplinary engineering doctorate degrees. In April 2024, Mfon Okpok and Mahdiyeh Soltaninejad became the inaugural recipients of the Ph.D. in Interdisciplinary Engineering, a program launched in the fall of 2021. This milestone underscores KSU's commitment to fostering interdisciplinary approaches in engineering education and research.

KSU's engineering programs have also seen success in competitions. The university's commitment to practical education is exemplified by the Senior Design Expo, which showcases the best capstone engineering design projects across the college's six departments and disciplines. This event, held on April 29, 2024, at the Marietta Events Center, allows students to present innovative projects that address real-world issues and directly impact the community.

The Southern Polytechnic College of Engineering and Engineering Technology (SPCEET) at KSU offers a comprehensive range of engineering disciplines, including Civil and Environmental Engineering, Electrical and Computer Engineering, Engineering Technology, Industrial and Systems Engineering, Mechanical Engineering, and Robotics and Mechatronics Engineering. This diverse offering ensures that students receive a well-rounded education in various engineering fields.

KSU's engineering program has grown to become Georgia's second-largest, with approximately 5,000 students across 17 undergraduate and graduate degree programs, including a Ph.D. in Engineering. This growth reflects the university's commitment to expanding its engineering education and research capabilities.

The university also encourages student participation in hands-on engineering challenges. For instance, the KSU Pumpkin Launch event allows students to apply their engineering skills in a fun and practical setting, fostering creativity and problem-solving abilities.

KSU maintains high academic standards for its engineering students. The university recognizes academic achievement, with undergraduate students enrolled in at least nine credit hours and maintaining a term grade point average of at least 3.5 being acknowledged for their performance.

Overall, Kennesaw State University's engineering achievements in 2024 demonstrate its commitment to interdisciplinary research, practical education, and addressing real-world challenges through innovative engineering solutions. The success of its programs, student achievements, and focus on hands-on learning experiences position KSU as a rising star in engineering education and research.

About the Newsletter: Human-AI Teaming

This newsletter was created by a combination of humans and AIs. Articles were written by humans and also by OpenAI GPT-4 and Perplexity.ai. Images were created using OpenAI DALLE-3 and are hosted on sirv.com which also created the HTML image links. Custom Python programming was used to assemble the articles and links with custom prompting for final assembly using OpenAI GPT-4o and Anthropic Claude 3 to create the final layout in HTML, and then rendered in Outlook and web browsers. It takes a system!