Ryan Holmes Receives Prestigious ASCE Fellowship!

Recently, SCE Ph.D. student, Ryan Holmes, was awarded a prestigious American Society of Civil Engineers (ASCE) Fellowship. Ryan took the time to share more about his fellowship, his interest in civil engineering, and why he decided to come to UMKC.

1.Congratulations on being awarded an ASCE Fellowship! Can you tell us more about it?

Thank you! The ASCE Freeman Fellowship is a national fellowship set up by one of ASCE’s past presidents, John R. Freeman, in 1924 to encourage future civil engineers working in hydraulics and hydraulic engineering. Hydraulic engineering is a subset of civil engineering dealing with water flow systems especially for the purpose of providing clean water. For my submission I described some of my work towards modeling flow through a unique filter system we are developing here at UMKC.

2.What first drew you to civil engineering?

I have wanted to be a civil engineer since middle school. I was drawn to civil engineering because it provides the best of two worlds, creative inventiveness and practical application. Lots of people have great ideas but lack the understanding of the systems to build them. Alternatively, others know the places where improvements are needed but don’t have the time or energy to explore the innumerable, potential solutions. I want to interface between these two groups as having both the knowledge of available answers and the understanding of how those solutions can be implemented.

3. What have you learned from working with your mentor, Dr. Hart?

Dr. Hart has taught me that multifaceted knowledge base is the core of all civil engineers. Her expertise in soils, geochemistry, and hydrogeology has been an invaluable resource to me. She also has practical experience in environmental engineering. While I’m work towards developing a filter for purifying groundwater, she helps direct my inquisitiveness towards solving the practical side – the chemistry of clean water – and addressing the questions around implementation – how to explain this process to people in the Environmental Protection Agency or Department of Defense.

4.What made you decide to come to UMKC?

I decided to come to UMKC because I was born and raised in Kansas City. I wanted to go to a school that had a reputation for civil engineering and a community impact – so UMKC was a natural choice. There are UMKC graduates at almost every engineering firm in the city and at most construction, concrete, or mining facilities. I think this is not just a reflection on the quality of civil engineers UMKC produces, but the way the program is structured to integrate future engineers with the existing local experts.

5.What advice would you give to undergraduate engineering students?

My advice for undergraduates is firstly to cultivate relationships with the people in your classes and in your internships. These will be the people you will go to for help or job placement in the future. Secondly, keep leaning in to learning everything you can, but be humble enough to admit you don’t know everything.

Visiting Student Benoît de Patoul Is Mapping a Better Future.

Our blogger, Molly Gilstrap, recently interviewed a visiting student from Belgium about his research and time at UMKC.

Benoît de Patoul is working towards a master’s degree from the ECAM Brussels School of Engineering in Industrial Engineering. Read on to hear about his wildfire research and how the Midwest weather was something entirely new.

1. Tell us more about the research you have been working on!
The research is about mapping the vegetation loss on radar images after a wildfire. When I talk to people about the research, they often ask me the same question: “Why do you need to map that?” The answer: It allows us to save human lives. You are probably wondering why, right?

A heavy rain after a wildfire can result in breakouts of mudflow or debris flow, which can threaten residential communities and even kill people. Knowing where the burned areas are located is critical for agencies to prepare people for secondary hazards.

The idea of the algorithm is to take two radar images, one before and one after the fire. Using these two images, the algorithm will detect the changes and classify them. The image below shows some of our results. The red represents the burned areas, the black shows the changes in the urban area, the green shows the changes in the vegetation, and the blue represents areas with no change.

2. What peaked your interest in this project?
I have always wanted to conduct my research in the United States, so I started looking and asking around to see if someone could offer me the right opportunity. The first person to contact me was Dr. Chen at UMKC SCE. He offered me different subjects, but this particular one had a connection to NASA and image processing. I directly seized the opportunity, not only because it was related to NASA, but because it was going to be very challenging for me.

3. Did you come across any obstacles or challenges?
Yes, a lot of challenges and obstacles. First, there is a lot of theory I had to learn in a very short time. Second, I had to develop an algorithm to accomplish the objectives of the research. That’s very challenging because it’s a long process and as you develop the algorithm, you will always have obstacles that can take a lot of time to overcome.

4. How has your experience been as a visiting student?
I really loved this experience. Discovering a new culture is something completely unique. I would encourage anybody to try it! It a very enriching experience, I learned a lot about myself and I made a lot of good friends.

5. How have you liked living in Kansas City?
I was living near the Country Club Plaza on campus in the Oak Place apartments. Kansas City is a very beautiful city with very friendly people. I would certainly recommend it. The city has good public transportation and it is free for UMKC students. The weather can be kind of weird because it can radically change from one day to another, but you get used to it.

6. What are your future plans?
I’m completing my master’s degree this year. I really like to learn new things and I’ve been accepted to do another master’s degree in Technology Management at University College London. It is not an easy task to be accepted, but I think what really helped me was choosing to do my research abroad, especially in United States.

 

Why KC?

5 Things To Know If You’re Moving To Kansas City

By: Molly Gilstrap, Computer Science Sophomore, St. Louis Native

1. I hope you’re hungry.
While this city is known for its barbecue, KC has a wide variety of dining options for whatever you’re craving. My favorite place to eat is The Westside Local. They have an on-site garden with herbs and vegetables and everything on the menu is delicious! Oh, and it may not be considered “fine dining”, but you have to go to Winstead’s Diner and ask for a Skyscraper Soda. You’re Welcome.

2. You’re a Royals fan now.
I came to Kansas City from St. Louis and foolishly thought that since the two cities weren’t that far apart, there were bound to be some Cardinals fans there right? Wrong. It’s a sea of blue here, so you’ll have to cancel your membership to Cardinals Nation (or whatever baseball team you’re a fan of) for the time being and buy yourself a new jersey.

3. You can shop till you drop!
UMKC’s campus is within walking distance of the Country Club Plaza. It has H&M, Kendra Scott, Urban Outfitters, Coach, Burberry, Forever 21, and more. I personally go for the popcorn and candy at Topsy’s, but that’s just me.

4. Take some time to enjoy the view.
One of my favorite places to go is the Liberty Memorial at the National WWI Museum. You can look out over the top and see Kansas City in all its glory! It’s pretty in the daytime, but I think the view is the best at night. Very Instagram-worthy.

5. You’ll have another reason to look forward to Friday’s.
Every first Friday of the month, the Crossroads Arts District hosts First Friday’s where you can enjoy live music, food trucks, art vendors, galleries, pop up shops, and more! You could even take a ride on the cool new KC streetcar to get there!

So let me be the first to say welcome to Kansas City! With food, music, art, activities, and lots of Midwestern charm, KC is a great place to be!

UMKC Baja Racing Team Placed 11th In The World At Recent Championship

UMKC’s Baja Buggy Team recently returned from Baja SAE (Society of Automotive Engineers) in California as champions! This event was the first of three international competitions hosted in the United States by SAE. UMKC Baja Vice President, project design lead and senior in mechanical engineering, Alex Eckhoff, shared more about the team’s experience at this year’s competition.

This year we went into the competition with our biggest rival being ourselves. The previous school record for the Baja competition was placing 21st overall (typically out of 100-120 teams). With that in mind, we were determined to be within the top twenty.

As a team, we faced many challenges. From failing technical inspection for various parts to being audited for the first time in UMKC history, we didn’t let any obstacle keep us from pursuing our goal.

As far as the results, we broke several school records! We placed 13th in Cost, 11th in Acceleration, and 14th in Suspension. We also placed 8th in design, 29th in Maneuverability, and 25th in Hill Climb. We placed 11th overall, just three points shy from being in the top ten.

We are very proud of our team this year and have set our goals even higher for the following competitions. Our goal now is to get in the top 10 and push for top 5 in the world.

To do this, we will focus on fixing any damage to the car caused by the competition, streamlining our design presentations, perfecting our sales presentation and performing CVT tuning which will benefit performance as well as design.

We have made more friends with other teams and have gained a positive reputation with judges at competition. All in all, we couldn’t be more thrilled to compete again at Pittsburg State University later this month.

Story by Alex Eckhoff and Molly Gilstrap.

Baja SAE® consists of competitions that simulate real-world engineering design projects and their related challenges. Engineering students are tasked to design and build an off-road vehicle that will survive incredibly rough terrain. Each team’s goal is to design and build a single-seat, all-terrain, sporting vehicle. The vehicle is to be a prototype for a reliable, maintainable, ergonomic, and economic production vehicle which serves a recreational user market.

UMKC Steel Bridge Team Heads to Nationals!

Recently, in partnership with MacGillivray Freeman Films, and presented by the Bechtel Corporation, ASCE held a screening of Dream Big: Engineering Our World. The purpose of the film is to inform the public about the important work engineers do, inspire young people to consider pursuing careers in the engineering field, and answer the demand for K-12 engineering education resources. UMKC’s Steel Bridge Team was able to participate in this incredible outreach event. Read on to hear from the team’s fabrication captain, Jon Daldalian, who shared his experience from the event and being a part of steel bridge.

Tell us more about your recent event.

The event was held at Cinetopia and Prairiefire Museum. The over 1,500 students in attendance viewed the film, MacGillivray Freeman’s Dream Big: Engineering Our World, which highlights engineering as a viable and necessary career option by showcasing some of the most impressive projects engineers work on. The Steele Bridge Team supported the event by bringing our new competition bridge as a display for the students to observe. We also brought several versions of bridges from past years to highlight the different ways teams have completed the same project.

What value has the steel bridge team added to your education?

The Steel Bridge Team has given me the opportunity to apply problem solving skills I’ve learned in the classroom. Each and every day spent fabricating the bridge has been filled with problem after problem. Learning to work around these inevitable issues makes seeing the completed bridge very satisfying. It’s easy for engineers to draw designs that look and behave in a way that make sense to them. However, in many cases fabrication is nearly impossible. Working through daily issues has taught me to improvise, adapt, and overcome no matter the circumstances. As a member of the team’s leadership, I’ve also learned to better manage my own time as well as the time of my team members.

Why are you involved?

I’ve found that being involved provides many educational opportunities that aren’t available in the classroom. For civil engineers in particular, the opportunity to volunteer provides a wonderful way to interact with the community. My role as fabrication captain has also provided me with the opportunity to improve my leadership, time management, and interpersonal communication skills.

How do you hope to impact young people through this kind of outreach?

I was never exposed to the engineering field as a child. Engineering didn’t seem like a viable career option to me until I was already in my mid-20’s. I hope to impact children in the community by teaching them how broad, flexible, and rewarding a STEM degree can be.

 

At the end of April, the Steel Bridge Team traveled to the University of Arkansas to compete in the 2017 Mid-Continent Regional ASCE Student Competition. UMKC won 5 out of the 7 awards including stiffest, fastest build, economy, display, and 2nd overall.

Qualifying for nationals was no easy feat considering the skill level of the teams this year and the fact that only the top two teams qualify! UMKC’s Steel Bridge Team will now have the chance to showcase their bridge design and craftsmanship to the rest of the nation!

Click here to donate to support their trip to nationals

 

Ambassador Highlight of the Week: Max Schoettger

Transferring to UMKC

Name: Max Schoettger
Hometown: Kansas City, MO
Major: Information Technology, Business
Year: Senior
Favorite class: IT 222 – Multimedia Design
Favorite place to study: Miller Nichols Library, 2nd floor
Why you chose UMKC: Kansas City is my home city, plus UMKC was close and there are job opportunities with tech companies.

My college journey started at a different four-year university. In the two years I was there, I made a lot of mistakes, both personally and academically, at a place I didn’t feel welcome at. Transferring universities and changing degrees in the middle of my undergraduate experience was a tough decision, but one that I felt I needed to take for my own personal benefit. As I returned home to the Kansas City area, I was also interested in changing my area of study from engineering to information technology. UMKC’s School of Computing and Engineering ended up being the perfect fit for me during a very challenging period of time. The school offered a bachelor’s program in information technology that I was able to get into right away. UMKC advisors worked with me to match existing engineering credits to degree requirements in the IT program to make the most of the hours I had already earned.
 
During my first semester at UMKC, the computer science classes I took caught my interest in a way no other subject had before. Learning all about computers, what they can do, and how they make the world work was something I truly became passionate about. UMKC’s relationships with some of the top tech companies in Kansas City will ensure that the skills that I acquire in the classroom can turn into a great internship or entry-level job to start my career. Aside from the academic pros of changing degrees and universities, the change in campus environment has been my favorite part about transferring to UMKC. Right in the middle of the city I have lived in my whole life is a diverse university with many different opportunities full of interesting people from all walks of life. It’s a place where I feel like I belong. 

Enhancing Infrastructure For Cuba

Team UMKC, composed of graduate students Andy Roberts, AJ Ramsey, and Ryan Holmes, are finalists in the 2017 Cuban Infrastructure Scholarship Competition! The Cuba Infrastructure Challenge is a student design competition organized and sponsored by the Association of Cuban-American Engineers (ACAE) and the Cuban-American Association of Civil Engineers (C-AACE). It entails that university student teams formulate and present a project of their choice on Cuba’s public infrastructure that relates to the engineering field in transportation, water resources, power/ telecommunications or healthcare. This competition aims to improve the quality of life for Cubans and establish meaningful relationships between Cuban-Americans and students. The ACAE has organized this competition for engineering students from around the United States to propose, investigate, and engineer solutions that enhance infrastructure in Cuba.
 
Team UMKC was accepted on February 13, 2017 as a top 6 team in the nation to present and discuss their proposal entitled: Feasibility Study of Baracoa, Cuba as “Sponge City.” The competition is to be held at the University of Miami in Miami, FL on March 4 (TODAY!) between 8:00AM to 2:00PM and will be live streamed on Youtube.com. A potential $12,000 in award money is available for top-ranked presentations in addition to national esteem.
 
This will provide an excellent opportunity for the participating graduate students to meet and develop relationships with civil engineering professionals across the world. Because of the high visibility of the live stream and importance of Cuban relations, this competition will also advance UMKC’s prominence as an international research institution and cultivator of globally influential leaders.
 
Tune in to the live stream on Saturday, March 4, 2017 at 7:00am.
(Update):

Team UMKC composed of Ryan Holmes, AJ Ramsey, and Andrew Roberts returned home on March 5th from Miami as third place winners in a national competition for the Cuba Infrastructure Scholarship Competition.

A total of $12,000 in scholarships was up for grabs through this support of The Cuban-American Association of Civil Engineers and The Association of Cuban-American Engineers. The event was hosted by the University of Miami at the beautiful Casa Bacardi. The intent of the scholarship and the goal of the organization is to promote infrastructure and technology that could benefit a future free-enterprise Cuba. Team UMKC submitted a rigorously judged proposal entitled “Feasibility Study of Baracoa, Cuba As a Sponge City” and was one of 6 teams across the nation invited to present. Each team had 15 minutes to describe their proposals to the 5 esteemed judges, each with over 40 years of experience in their respective fields. This was followed by 10 minutes of question and answer to evaluate some of the more detailed and technical aspects of the proposal.

It is the hope of Team UMKC that participation in this competition results in sown seeds towards international cooperation especially with the Hispanic community. As a team, they also desire to set a precedence and a challenge to other engineering students for similar competitions to demonstrate how Roos engage as national and international members of society.

Team UMKC would like to thank the School of Graduate Studies and the Department of Civil and Mechanical Engineering for their generous support in providing the travel funds necessary to attend this competition. A special thanks to Dean Truman for originally circulating this opportunity.

Ambassador Highlight of the Week: Terry Bondy

Name: Terry Bondy
Major: Civil Engineering
Year: Senior
Clubs: SCE Student Council, Tau Beta Pi
Favorite class: CE 321: Structural Analysis
Favorite place to study: Miller Nichols Library on the 4th floor
Why you chose UMKC: Lots of scholarships are available for students

What In the World is Civil Engineering?

When I tell people I’m majoring in civil engineering, the most common response is “Oh, so you are going to, like, build stuff?” Most people don’t have a clue what civil engineers do. I certainly didn’t have a very good idea either when I started this program a few years ago. Because it is a very broad engineering degree, it can be hard to explain sometimes. There are five industries that people typically work in as civil engineers: construction, structural, geotechnical, hydrological, and traffic engineering.

During my freshman year, I wanted to work as a hydrological engineer. I thought I would enjoy working with streams, rivers, and keeping the environment clean from pollution. However, I found myself enjoying my structural classes more. Statics, Structural Analysis, Steel Design, and Reinforced Concrete all seemed more interesting to me.

The first thing I like about structural engineering is how many different materials are available. I can use steel, wood, concrete, and masonry to build structures. Each has unique properties that make it the better or worse material to use in certain situations. Another thing I look forward to as a structural engineer is working with different industries. I can build hospitals, schools, office buildings, or power plants. Few professions offer the opportunity to work with such a variety of clients. Third, I want to be a structural engineer because it gives me the opportunity to help other people and communities in a meaningful, lasting way. With a Structural Engineer license, I can build structures for people all around the world.

Learn more about civil engineering at UMKC.

Ambassador Highlight of the Week: Mazen Mansour

Egypt to UMKC

Name: Mazen Mansour
Hometown: Alexandria, Egypt
Major: Mechanical Engineering
Year: Senior
Clubs: Pi Tau Sigma, Research Assistant, Thermodynamics T.A., Math Tutor
Favorite class: Thermodynamics
Favorite place to study: Miller Nichols Library, 4th floor
Why you chose UMKC: I love Kansas City and UMKC’s class sizes. There are also lots of industry partners in Kansas City.

In the summer of 2012 I made one of the biggest decisions of my life. I left my home country Egypt, and started applying to colleges in the United States. Although I am a dual citizen, I had never lived in the U.S before. In the fall of 2013, I started as an Aerospace Engineering student at Wichita State University. My first couple of weeks here in the U.S by myself were very tough. I had to adapt to a new language, a new culture, and a new lifestyle, but I knew I came to U.S to succeed and success doesn’t come easy. I visited Kansas City during Thanksgiving break and instantly fell in love with the city. I transferred to UMKC after my freshman year and I am so thankful for all the opportunities I’ve had here.

When I moved to KC, my English wasn’t as good as it is today. I had difficulties understanding people at first. The first job I had in Kansas City was working at a McDonald’s. While I was only earning minimum wage, it was probably one of the most valuable experiences I’ve ever had. I was speaking to around 500 customers every day which helped me improve my English skills. Through my sophomore, junior and currently my senior year, there is one very important thing that I’ve learned; “The impossible is possible unless you say no.”

Since coming to UMKC, I’ve had the opportunity to work in various positions on campus. I’ve worked as a math tutor, campus host, teacher assistant, research assistant, and SCE student ambassador. This might sound normal for some people, but for me as an 18 year old kid coming from Egypt, to live in a totally new country was a big deal. And getting my first ever name tag or having my name on a syllabus of a class with my own “office hours” was an even bigger deal! My proudest moment was when I saw my name on a 4 by 3 feet poster for my research that I was working on this past summer. Besides working on campus, I was also blessed to get an internship at PAS Technologies, a manufacturing plant for small aeroplane parts.

I think to succeed in college and life in general, one needs to be optimistic. I wake up every day at 5:30 a.m. and say “Good morning, Mazen! Let’s go out and get it before the day gets you.”

Ambassador Highlight of the Week: Kacey Henik

The Stem Career Fair

Name: Kacey Henik
Hometown: Independence, MO
Major: Electrical Computer Engineering (ECE)
Year: Senior
Clubs: SWE, Alpha Sigma Alpha, Mortar Board
Favorite class: Embedded Systems
Favorite place to study: Computer labs or my apartment
Why you chose UMKC: I wanted to major in ECE, which is a program offered at very few universities.

 

My name is Kacey Henik, and I am a senior in the Electrical Computer Engineering (ECE) degree program. ECE is unique because not very many colleges offer the combined electrical and computer engineering focuses in a single program. . This provides more career options for after graduation, even though most engineering degrees are fairly versatile in their career applications.

One of the events that UMKC holds every semester is the STEM Career Fair. My sophomore year, I went to the career fair in the spring where I secured an internship with Kansas City Power and Light. This internship was a great entry point for me and let me see what it was like to work at a utility. I loved how the company revolved around the customers and the way that we could best serve them through providing reliable and efficient power. However, I was still was not 100% sure what I wanted to do after graduation.

My junior year of school, I went to the fall career fair, after which I was offered an internship with Burns & McDonnell, a large engineering consulting firm headquartered in Kansas City. My first summer had shown me the utility side of things and this past summer showed me something new – consulting. On the consulting side, the project scope varies greatly, as we serve clients all over the country, and in some cases, across the world.. I really enjoyed the environment of the company and the variety in projects I was able to work on.

Seeing both the utility side and the consulting side proved to be great experiences for me and helped me to make a more informed decision on where I wanted to work for my career. I recently accepted an offer with Burns & McDonnell to work full-time after graduation (nine months before I graduate!), and I am thankful to be able to continue working there part-time while I am still in school! I attribute much of my success to the School of Computing and Engineering and the dedication they show us students. I am thankful to be at a university that is located in a place where I even get to start on my career a little earlier!