Paige B trip to Michigan Tech archives

Knowing I was studying JFK's assassination in Unit 2 of Vietnam, I thought it would be interesting

and different to roam around the Archives at MTU while on a trip up there this past

weekend. My dad and I had found and looked at several old Life and Time magazines when it came to thought I should look at the year 1964 and see if I can find anything on JFK, which my dad and I were sure I was going to. Ended up taking photos of the best, most unique articles and pictures and the best part - all of its authentic and from the time period. 

Authentic front of the Life Newsweek Magazine - 1964

Article captioned The Man and His Milestones (In memory of JFK)

Article captioned An Image distilled from 800 pictures (In memory of JFK)

 

Created by an artist after his assassination.

January - March Issue of 1964's Life Magazine

Article captioned The Day Kennedy Died (first page of the Newsweek article. This whole magazine was dedicated to JFK, his assassination and presidency.)

Paige Z visit to Quicken Loans 10/8/2014

Visit to Quicken Loans 6/6/2014

Reflection on the Quicken Loans Externship

For blended World War II, we visited Quicken Loans in Detroit.  Quicken Loans is the second largest mortgage lender, behind Chase Bank, but they give much more to the people and city of Detroit than loans.  Quicken Loans, along with owner Dan Gilbert, provide the city of Detroit with a new and enthusiastic spirit that was evident throughout our tour.  The tour of Quicken Loans taught me that the attitude and culture that surround a business is crucial in inspiring its employees to do their best work.

The employees at Quicken Loans are encouraged to explore Detroit and leave their office to do their work.  The culture at Quicken encourages learning beyond the office, and Campus Martius is an example of a place that Quicken employees go when they want to leave the office and still get work done.  A motto at Quicken is “It doesn’t matter where you get your work done, as long as you get quality work done.”  This motto resonates perfectly with our blended class because, just like Quicken, we are encouraged to explore our surroundings and not just be limited to the confinements of our desk.  The sentiment of learning beyond the office fosters a sense of exploration and curiosity in the Quicken employees.

The positive attitude that is prevalent everywhere at Quicken is summed up in their ISMs.  My favorite ISM is “Sometimes there’s more to getting the job done than just getting the job done.”  This ISM is very relevant in all aspects of life because it attaches a sense of meaning and purpose to the workplace.  This ISM encourages the Quicken employees to take responsibility for their work and to put effort into it.  It is similar to how in blended class we are expected to put more into our project than just information by having personal experience and visits to make our project more meaningful.  The ISMs also provide a unique culture to Quicken because they are something that every employee, in any position at the company, is expected to adhere to and can relate to.  These ISMs give the employees at Quicken common goals and create a sense of teamwork and positive attitude throughout the company.

The employees at Quicken are encouraged to always aim higher, and embrace the attitude that the sky is the limit.  For example, DPOP used to be a sector of Quicken Loans, but the employees in that area worked hard and eventually their company grew large enough to become separate from Quicken.  They now have their own office space separate from Quicken, but the employees there embrace the same attitude that the employees at Quicken embrace- an attitude of enthusiasm and perseverance.  Quicken also encourages start-up companies by giving them a small office space to grow their business until they, like DPOP, can go out on their own.  Quicken Loans fosters a community where employees want to aim high and achieve great success.

Our externship to Quicken was extremely interesting and awesome.  I got the chance to see the uniquely enthusiastic attitude that surrounds the company and has also had a positive impact on surrounding companies and areas of Detroit.  It was amazing to see how young people (not much older than us) could contribute to a huge company with influence on the entire city of Detroit.  Getting to see Quicken Loans along with other parts of Detroit was a great experience that I would love to do again in the future!

Rachel

Caroline visits SmithGroup JJR in Detroit

Yesterday, a group of STEM students ventured out to Detroit to visit SmithGroup JJR, an architectural and engineering firm specializing in commercial spaces. The firm is located in the Guardian Building, which is a historic building in the financial district of Detroit. The Guardian Building was built in the 1920‘s by Smith, Hinchman & Grills, of which today is known as SmithGroup JJR. It now serves as their core firm, however they have campuses all over the United States and now China. SmithGroup JJR takes up three floors of the building, however the offices are in direct contrast of the historic building in inhabits. Their inside space reflects the modern firm that SmithGroup JJR has become, where now they take on innovative projects all over the world. They are also able to offer their clients all trades associated with a build, including architecture, structural engineering, electrical engineering, interior design, lighting design, and more. This has really made them a full service firm, and one of the more competitive companies in the Detroit area and all over the country. 

                Being a large scale firm, they are equipped with the best electronics in order to design and presents their ideas. We were able to see their printing room, where they are able to create large scale blueprints, as well as a 3D printer for modeling. The whole process to create a 3D model was said to take six hours, but was still far faster than the traditional method of cutting pieces by hand. They also have the highest quality computer design programs, with renderings of stunning quality.

                Because SmithGroup JJR is a firm that is so prevalent in the Detroit area, they have had their due influence in a variety of different popular buildings in the area. When we visited, we were able to see in their office just a small impact of their designers, where the firm displayed a 3D blueprint of the city of Detroit on the wall. The numerable buildings present that were colored in black represented the properties that SmithGroup JJR has renovated or built. Popular sites such as Ford Field, Joe Lewis Arena, Comerica Park, The Detroit YMCA, and more were prominently displayed, as well as the Guardian Building of which they inhabit. There are other popular buildings in the area that the firm has taken part of, for example the tunnel between the two terminals at the Detroit Airport, where SmithGroup’s lighting designers played a huge role in its creation. Also closer to home, SmithGroup will be doing a full remodel on both the 555 buildings in downtown Birmingham, bringing new life to a tired space. 

                The majority of SmithGroup’s projects, however, are at universities. One of their biggest clients is University of Michigan, where since its creation SmithGroup JJR has been helping them with their growth architecturally. Other clients include Michigan State, Western Michigan, Oakland University, and Madonna University. Within these universities, Smith Group JJR has built a reputation of designing spaces for large research facilities. They are able to make buildings large enough for these major universities to conduct their large scale research projects. 

                All together, the visit to SmithGroup JJR was enlightening. It was great to see the processes that go into these amazing buildings around Detroit, and how a large scale firm is able to run. I personally look forward to pursing a career in architecture, and hope to work in a firm very similar to this one. 

Daily Tribune coverage of the STEMx research partnership with Oakland University

http://www.dailytribune.com/social-affairs/20140416/birmingham-high-school-students-learn-engineering-concepts-at-oakland-university

Birmingham high school students learn engineering concepts at Oakland University

Jack Moore, a junior at Birmingham Seaholm High School, works with ergonomics software at Oakland University’s School of Engineering, Wednesday April 16, 2014. Seaholm had a group of 10-12 STEMx students to Oakland University to participate in a hands-on lab as part of the community engagement program for Oakland University School of Engineering. They worked with a software program called “Jack,” a human modeling simulation software. With it, the students can create a computer simulation of a job, then see how long it takes and the amount of force is in each joint of the human body for a specific height and weight person. They analyze the work and then are able to redesign the job to be more efficient and safer for the employee. (Vaughn Gurganian-The Oakland Press)

By Megan Semeraz, Megan.Semeraz@oakpress.com, @MeganSemeraz on Twitter

Posted: 04/16/14, 3:42 PM EDT | Updated: 3 days ago

0 Comments

Students from Birmingham Seaholm High School work with ergonomics software at Oakland University’s School of Engineering, Wednesday April 16, 2014. Seaholm had a group of 10-12 STEMx students to Oakland University to participate in a hands-on lab as part of the community engagement program for Oakland University School of Engineering. They worked with a software program called “Jack,” a human modeling simulation software. With it, the students can create a computer simulation of a job, then see how long it takes and the amount of force is in each joint of the human body for a specific height and weight person. They analyze the work and then are able to redesign the job to be more efficient and safer for the employee. (Vaughn Gurganian-The Oakland Press)

Some Birmingham high school students are getting the chance to do hands-on engineering work in a new partnership with Oakland University.
Juniors and seniors from Groves and Seaholm High, part of a new STEMx research and design course, worked on a software program called “Jack,” in an Oakland University lab. The program was just kicked off this month.
“I developed this lab (that the students did),” said graduate student John Katnoa. “Right now, they’re building. It’s called ergonomic human modeling simulation. It basically looks like “The Sims.” It’s just people and you have them do jobs and you can look at the forces in each part of the job, so you can make sure a job is safe.”
The program includes students visiting other professors at OU so they can get a taste of what real research and methods are all about.
“They’re small groups of students that come here to collect and analyze authentic data about professionals in the STEM fields,” said program coordinator Doug Baltz. “What John and Dr. Van Til (chair of OU’s Department of Industrial & Systems Engineering) have offered is a conduit between what they do and the student’s research.”
Baltz said Amy Butler at the OU Incubator set the partnership up, which has been a success so far.
Van Til said: “Birmingham contacted us through the OU Incubator ... They basically wanted their STEM class to meet here for some mentoring opportunities.”
Baltz said there are already three sections of students signed up for the STEMx class next year.
“It’s been a big hit,” Baltz said.

Blended Externship with Dr. Amy Banes-Berceli from Oakland University

OU Externship

I observed one of Dr. Amy Banes-Berceli undergraduate students remove the outliers within the data points.  Before attending I did not realize how tedious the research process was. I learned the data received must be analyzed everyday. The data collected for one day had over 6,000 data points that measured the blood pressure of diabetic and normal rats. The points that were removed were deleted because; they made the data appear inconsistent and unrealistic. Each point that is deleted must be justified so that it does not appear that the data is being skewed.  In the myograph experiment in which hypertension between male and female rats was compared the data seemed to express that male rats show signs of hypertension at a much faster rate than female rats.  The rats that were tested had invasive surgery, so catheters could be placed inside the rats and the saline and angiotensin could be injected.  Unfortunately, the catheter was placed to tightly inside the aortic wall and resulted in poor tracing points. The angiotensin,which is a substrate that causes hypertension, was injected as well. The sodium had to be autoclaved for sterility. The controls in the project are rats that did not receive the angiotensin and the saline but the still receive the invasive procedure.

The data that is received from the rats is graphed so the rats can be compared. Dr.Banes-Berceli explained to me that use western blotting to determine which proteins are involved in expressing hypertension. The blood pressure from the normal rats in compared to the blood pressure of the diabetic rats. The graphs indicated that diabetic rats express the proteins involved at a much faster rate than the normal rats. Dr. Banes-Berceli is trying to determine why those proteins are expressed, in which she and her team will be able to develop a drug that will be able to prevent those proteins from turning on and hopefully get the drug on the market.

Aria Williams

Johanna visit to Washington DC

Johanna is an exchange student from Muenster, Germany. She documented her visit to Washington D.C.

The Holocaust Memorial Museum in Washington DC

A remarkable experience.

10am the Holocaust Memorial Museum (HMM) opens it doors and a good hundreds people get in. The tour starts of with a little booklet we get at the entrance. It includes the identity of a German citizen during the holocaust that was Jewish and affected by the genocide in Germany. The first  object in the Museum was big poster of hundreds of corpses over each other. Some longer dead than others. On the third floor of the museum they tell the story of how Hitler gained power and how he slowly convinced the German nation that Jewish citizens and the communists are responsible for the Hyperinflation in germany and that they are distinctive for the German race.

They show the war aspect of the war and how fast Germany took countries over and gained more and more power. On the second floor they show little films and interviews with people who survived the concentration camps. At this point I started to feel very bad and guilty with what my country has done. It makes me think about how many potential artists and scientist etc Nazi/Germany killed.  In the middle of the room is a big white metal board. It lists all the German people who saved Jewish citizens from the genocide. It is a very long list and it is really impressive that many people resisted to get influenced by the propaganda. The second floor ends with a room that is completely stone and glass framed and when you sit down you can listen to reports from camp survivors and it is very touching and something everyone should see/hear in their lifetime.

The last floor has a room full of shoes that belong to all the camp inhabitants and you can smell the panic and fear in that room. The following room shows one of the crematoriums that were used in the camps to burn the corpses. In the rooms after you can watch little films the Americans/Britons and the UDSSR Armee took when they took over Nazi-Germany. Those pictures are disturbing and depressing. You see how hundreds of corpses are just thrown into a big hole and you can see how heartless and reckless many nazis were. The tour ends with a movie about many children who survived the camps and then moved to the US.

Overall it was an experience I'll never forget and that had a big impact on me. One thing I learned in my Psychology class at Seaholm and that helps me understand the whole Propaganda thing is that people are easier willing to do something that is abnormal and not human or in any way ethical right when someone is giving them commands. When you look at the Milgram Experiment, done in in 1961 by Stanley Milgram, you can see that even the nicest person is willing to do something unethical when they get commands. Obeying is easier than standing up against someone and maybe losing something because of it. This experiment is the system Hitler used just in small. He made the people feel like they had no other choice than obeying and that even when its wrong they can blame him because they were just obeying. But at the end we are all responsible for our actions. Doesn't matter if we are just following directions or if it was our own idea.

Stemx Research class in the news- Oakland University

Wednesday, April 09, 2014 - STEMx Collaboration Kicks Off at OU INC 

On Thursday, April 3, OU INC hosted the kickoff meeting of the STEMx course – a collaboration between Oakland University and Birmingham Seaholm High School. High school juniors and seniors gathered at the incubator to meet their new mentors from the university and community in a program introducing them to research and data development in STEM – science, technology, engineering , and mathematics. Faculty, staff and businesses serve as mentors for “data experiences” for the students.

“The STEMx Research and Design course is a unique academic conduit between high school students and professionals in the STEM related fields,” says STEMx coordinator for Birmingham Public Schools and Course Instructor Doug Baltz. “This experience embeds authentic data collections/analysis with a number of mentors from the surrounding community. Each mentor provides their own "invitation to connect" to real world applications.”

Representatives from the School of Engineering and Computer Science (SECS) and the College of Arts and Sciences encouraged these students to make their ideas heard and conduct research as soon as possible. Associate Dean of the School of Engineering and Computer Science Lorenzo Smith spoke of making good choices.

“Choose to get involved,” Smith said. “Make the right choice by putting your best effort into the work that you do.”

Bob Kittle, President and CEO of OU INC client Munetrix is also part of the mentor team. He emphasized not only the creation of data, but taking the next steps to understand and apply it – something that Munetrix does every day with their municipal economic forecasting tools.

Gary Rogers, Director of research at SECS, also encouraged involvement as soon as possible, saying that knowledge is gained through time and effort. “How you get there and the data you use to gauge the findings comes with experience,” said Rogers.

This collaborative program between Oakland and Seaholm will go for the rest of the school year, and is the first of this kind of program at the high school level and in collaboration with the university.

Seaholm High School visit from Wayne State Dr. Hummer from Steve

Our roads are arguably one of our most impressive pieces of infrastructure developed from American ingenuity. Like all infrastructure it needs to be ever changing to meet the needs of an expanding population with expanding needs. It is our nation’s civil engineers who design, construct and maintain our infrastructure that we seem to take for granted every day.

This past Friday my fellow STEMx classmates and I were able to sit in on a lecture from Dr. Joseph Hummer, professor and chair for civil and environmental engineering at Wayne State’s College of Engineering, who is world renowned for his work with traffic data. Dr. Hummer spoke about how civil engineers work with data collected in the field to calculate whether or not our roads are running as efficiently as they should. From that data they can make cost-effective proposals to various institutions to further improve our infrastructure.

Dr. Hummer has generously offered to simulate what these data experiences are like to STEMx students. In the near future myself, along with my STEMx classmates will be taken into the field to collect authentic traffic data as we learn how engineers check the efficiency of intersections. From there we will be analyzing this data and determining cost-effective solutions that can be proposed to various institutions.

I feel as though I can speak for my fellow classmates and instructor when I say that this upcoming data externship will prove to be very exciting and that we cannot wait to learn more about traffic data and engineering in general from Dr. Hummer.

-Steven Graczyk-  Birmingham Public Schools 2014.

Seaholm High School STEMx Kickoff Event at OU blog from Russell

Great blog from an exciting event. Mr. Baltz class in partnership with Oakland University.

STEMx Kickoff Event at OU INC

Seaholm’s pilot section of STEMx Research and Design organized by Seaholm AP Physics Teacher and OU Professor Doug Baltz really kicked things off last Thursday. The entire class went on a trip to OU INC, Oakland University’s business accelerator that helps young ventures in the areas of energy, medical devices, and information technology. We were greeted by Amy Butler, the Executive Director at OU INC, who has built a career in the area of energy efficiency.

We heard from a variety of speakers, all prominent members of the OU community and greater area. Lorenzo Smith, the Associate Dean at the School of Engineering and Computer Science, gave a nice motivational talk that emphasized the novelty of the STEMx program.

He was followed by Bob Kittle, the CEO of Munetrix. Mr. Kittle explained how Munetrix collects public sector financial data and generates easy to understand results through aggregate analysis. This serves to increase transparency in public sector finances and helps communities to increase their cost efficiency. My fellow STEMx student Olivia Miller is looking forward to working with him in the coming weeks.

Gary Rogers, OU Director of Research, also gave a brief introduction and conveyed his enthusiasm for being a part of this project.

Finally we heard from Robert VanTil, Chair of the Department of Industrial Systems Engineering, and John Katona, an ISE graduate student. VanTil and Katona are working on an ongoing project at Troy Beaumont Hospital. For his thesis, Katona is analyzing the patient and staff workflows of the hospital in the hope of making things more efficient and reducing wait times. A number of my STEMx classmates will be assisting him in his endeavor.

After the presentations, mentor pairings were announced for each of the STEMx students. So many professors in the OU community were interested in participating in this program that a two to one student to mentor ratio was achieved. My fellow STEMx student Labina Petrovska and I were thrilled to be matched up with OU Professor Mi Hye Song. Professor Song’s research focuses on the centrosome, a cellular organelle that plays a key role in organizing genetic material during cell division. Having successfully completed Linda Wichers’s Honors and AP Biology courses at Seaholm High School, Labina and I couldn’t be more excited to apply our knowledge in a real undergraduate research laboratory.

Russell Ladd

Student externship visit to Waveform Technology LLC

For my first STEMx externship I visited Waveform Technology LLC a telecommunications company that provides broadband services. We met with Bill Wichers, an electrical engineer, who talked about the hardware and technology involved in their operation, fiber optics, and how data is sent through the internet. Going into the externship I had very little preexisting knowledge on the subject and had no idea what to expect. My understanding of the internet and how data is sent was very basic, however by the end of the visit I feel I developed a base of knowledge on the concepts we learned about.

The area that interested me most was Bill's discussion of fiber optics. We had covered the basics of fiber optics in Doug Baltz's honors physics class so I had an understanding of the basic concepts of how they worked but little understanding of how the physics was applied in the real world. Bill showed us how they used the physics and engineering learned in school to solve real world problems to provide a dependable and high performing data transfer system.

 The most interesting part of fiber optics to me was the concept of splitting white light into many different wave lengths using filters, then recombining it to send multiple streams of data through one beam of light. This technology allows far more data to be sent through the existing fiber optics system. After the question and answer session Bill led us through a tour of their facilities. We got to see the servers they hosted, the air conditioning units, the power transformers, back up generator, warehouse and many other areas. Bill gave us a run down of what he has to do to keep everything operational and how he applies engineering almost all the time.

 He was extremely knowledgeable on a wide range of areas involved in running the data center. Overall the trip was a very interesting look into a STEM career and I was able to learn a lot about the engineering and physics behind telecommunications and gain some real world experience and knowledge.

Tom McLeod