Smart Cities Based on Science and Technology

Smart Cities pic

Smart Cities
Image: 3m.com

As a long-time employee of 3M, Thomas Disselkamp has used his leadership skills in a number of departments and capacities. Based in Minnesota, 3M is a conglomerate corporation that manufactures a variety of products including optical films, medical products, car-care products, adhesives, and electronic circuits. Essentially, it is a company based on science, innovation, and technology. Product Development Specialists like Tom Disselkamp constantly come up with new products and new technologies to make homes, businesses, and cities work better.

3M technologies are at the heart of recent innovations used to make urban areas run more efficiently. Creating “Smart Cities” is one idea that combats problems associated with rapid population growth and urbanization. Cities utilize these technologies and new products to upgrade their energy systems, implement traffic solutions, and address other needs. The Traffic Safety Systems Division, where Thomas Allen Disselkamp worked for many years, developed a number of projects designed to upgrade the way traffic lights work as well as other projects. Some cities are also using Smart Parking apps to ease congestion by allowing drivers to find available parking so they do not have to drive around haphazardly looking for a place to park, which adds to traffic problems and pollution.

Smart Cities programs go beyond just traffic. These cities are also integrating the city’s sanitation, water supply, solid waste management, and the electrical grid with new technology to keep these vital systems working efficiently. Incorporating this with green energy and green technologies brings the city online with forward-thinking, 21st-century urban planning. Smart Cities are poised to provide a streamlined, modern infrastructure for residents and be more cost-effective in the long run.

Thomas Disselkamp Supports Unbound

Unbound pic

Unbound
Image: unbound.org

Thomas Allen Disselkamp works as a product development specialist with 3M Company in St. Paul, Minnesota. Thomas Disselkamp has been employed with 3M since 1981. In his free time, Tom Disselkamp sponsors two children internationally through the Christian Foundation for Children and Aging, now called Unbound.

As an antipoverty organization, Unbound works with families and the local groups and organizations that support them in an effort to help these people develop lasting strategies for self-sufficiency. Unbound measures program effectiveness using a three-tier method; these tiers are known as the plane, the plaza, and the porch.

The plane tier encompasses Unbound’s broad efforts to engage programs and countries. The plaza tier examines local outcomes of the organization’s assistance, while the porch tier monitors outcomes on an individual level with people assisted by Unbound.

Unbound organizes its leadership and governance under the Carver Model, which dictates the governing body responsible for defining the outcomes of the organization’s efforts. This governing body also creates policies that contribute to the achievement of these outcomes by guiding the efforts of the organization’s leaders.

Use of Lasers Aid in Medical Procedures

Lasers in the Medical Field pic

Lasers in the Medical Field
Image: images.frompo.com

Thomas Disselkamp has worked in a number of capacities for 3M, a conglomerate corporation based in Minnesota that creates products and technologies across several different consumer and business markets. Thomas Allen Disselkamp has over 30 years of experience with the company and continues to educate himself on science and technology topics.

One topic that interests Tom Disselkamp is the use of lasers in the medical field. A laser is a device that emits a specific type of light, which can be used for different tasks, including cutting. Since their creation in 1960, lasers have been used in a number of applications in hospitals and medical offices.

Laser scalpels can cut neatly, and its consistent beam gives it the same pressure throughout the cut. Lasers also can be used for cauterization.

Another use for lasers is in eye surgery. Lasers have been quite efficient at removing extra blood vessels attached to the retina and repairing the retina itself. They also have been used to treat glaucoma by creating a hole to drain excess fluid from the eye.

Dentists use lasers in their offices to address periodontal diseases and cavities with tiny incisions and scrapes that require no anesthetic. Laser whitening treatments use lasers in conjunction with bleaching agents to create brighter smiles.

Doctors can use lasers to clean out arteries in a process called a laser angioplasty. One advantage is that it uses a much smaller incision, and the patient has a quicker recovery time.

Lasers have been used to remove birthmarks and tattoos. The technology is used in unwanted hair removal as well.

Lasers have created many advances in the medical field in the past few decades, and medical scientists are discovering more uses to be implemented in the years to come.

Feed My Starving Children Provides Nourishment Across the World

Feed My Starving Children pic

Feed My Starving Children
Image: fmsc.org

Since 1981, Thomas Disselkamp has worked for the 3M Company in Minnesota. Thomas Disselkamp holds a bachelor’s degree from the University of Minnesota in engineering. Among the charitable organizations Tom Disselkamp supports is Feed My Starving Children (FMSC).

FMSC is a non-profit organization committed to helping feed malnourished children across the world. It provides MannaPackRice, a product that is intended to meet the specific digestive needs of children severely lacking in sound nourishment. The MannaPackRice pouches contain rice, extruded soy nuggets, dehydrated vegetables and vitamins and minerals, enhanced with a vegetarian flavoring.

FMSC, a Christian organization, has provided food for kids in almost 70 countries. Volunteers pack the meals for shipment. To sign up to volunteer, visit the FMSC website at http://www.fmsc.org and click on the “Volunteer Info” tab, followed by the “Volunteer Registration” tab. The organization has seven permanent packing sites located in Minnesota, Illinois, and Arizona. Packing session times are listed on the website.

The Great Math Mystery

Tom Disselkamp has been with 3M Company as Electrical Engineer for 30 years.  Thomas Disselkamp has worked in a variety of capacities from design engineer and systems engineer to program and people management.  In his time away from work, Thomas Allen Disselkamp enjoys watching educational television shows such as the PBS NOVA series.

In a recent episode, titled “The Great Math Mystery”, NOVA explored the question of whether mathematics is a construct of the human mind or whether it exists independently on its own.  This is a fascinating and perplexing question as to how the abstract concepts of numbers and their relationships explain the vast majority of all physical phenomena in the known universe – from the Newtonian physics of molecular motion to the gravitational attraction and behavior of galaxies.  Many schools of thought posit that mathematics already exists as in integral part of the physical universe, only to be discovered by us through observation and designed experimentation.  At the end of “The Great Math Mystery”, a famous professor concluded that it could very well be a combination of both.

River Difficulty Tips for First Time Canoers

Thomas Allen Disselkamp studied electrical engineering at the University of Minnesota. For the last 34 years, Thomas Disselkamp has worked as a product development specialist with the 3M Company in St. Paul. An avid outdoorsman, Tom Disselkamp spends his time away from work canoeing and hiking.

Before heading out for the first time, canoeists should learn the International Scale of River Difficulty, a guide used to communicate the relative challenge posed by a given river or waterway. Beginning canoeists should stick to Class I rivers, which are described as slow moving currents featuring few obstacles. In the event that a canoeist falls into the water of a Class I river, self-rescue would be a simple task. Beginners can also consider attempting Class II rivers. These rapids are wide channels requiring only the most basic canoeing maneuvers. A person will not need to scout these waters in advance, though a canoeist should have an elementary understanding of technique.

Any river defined as Class III or above in accordance with the International Scale of River Difficulty should be avoided entirely by novice canoeists. These rivers should be scouted in advance and require advanced skills and techniques to avoid dangerous obstacles. Class VI rivers are defined as extreme rapids and should only be attempted by experts during optimal conditions. The dangers posed by these rivers can be life threatening.

Understanding the Pros and Cons of the Body Serve in Tennis

Thomas Disselkamp joined St. Paul, Minnesota’s 3M Company as an engineer in 1981 and now works as a product development specialist. When he is not leading project teams and reviewing engineering drawings, Thomas Allen Disselkamp likes to stay physically active. Tom Disselkamp is especially fond of skiing and playing tennis.

When serving in tennis, a player can choose between a slice, flat, and kick serve. However, the placement of a serve is just as important as the spin and pace applied to the ball. A body serve, for example, can be a risky, yet highly effective play at certain points in a match. As the name implies, a body serve does not attempt to drag an opponent wide in either direction, but instead travels directly into the body to handcuff the returner and generate a weak or errant reply.

Any type of spin can be used when playing into the body. A kick serve, or top-spin serve, is especially effective, as the ball can bounce as high as an opponent’s shoulder on contact. While the body serve is an effective surprise, there is a major drawback to this type of serve if the play is repeated over and over again. A player who serves up the middle or out wide has margin for error. A body serve that lands just a few inches to the left or the right of the target, however, will sit in an opponent’s striking zone. Even a properly struck body serve that is anticipated will require a receiver to take a single step before unloading on their return.