SummitET Promotes Steve Sugarman to Vice President of Operations

SummitET Promotes Steve Sugarman to Vice President of Operations

August 28 2019 – ST, PETERSBURG, FL.  Summit Exercises and Training (SummitET), announces the promotion of East Tennessee native and Knoxville resident Steve Sugarman to Vice President of Operations. In his new role, Steve will be responsible for SummitET’s internal departments including Human Resources, Business Development, Accounting, and Marketing. Steve also holds the position of SummitET’s Corporate Health Physicist where he provides radiological subject-matter expertise to meet corporate and client needs.

“Steve came to SummitET with a great deal of respect in his field. Since joining our organization, he immersed himself in our culture and our operations. He is passionate about our mission and our team members’ well-being” says John Duda, Chief Executive Officer. “This critical position demonstrates our continued commitment to outstanding employee development and providing impeccable customer service.”

Steve, a certified health physicist (CHP), holds an M.S. in Safety Education and Service from the University of Tennessee and a B.S. in Organizational Management from Tusculum University. Steve has served as a lecturer for organizations including the International Atomic Energy Agency, the World Health Organization, the U.S. Department of Energy, the Centers for Disease Control and Prevention, the Health Physics Society, the National Radiological Emergency Preparedness Conference, and many others. Before joining SummitET, Steve was the Health Physics Project Manager at the Radiation Emergency Assistance Center/Training Site (REAC/TS).

“I’m looking forward to helping guide SummitET’s operations and supporting the company’s continued growth” comments Steve. “I joined SummitET because of its commitment to emergency preparedness and unique approach to doing things. I’m eager to help promote continued team member development and work/life balance  while supporting health physics needs across the emergency response community.”

As a recognized subject matter expert in his field, Steve has contributed to multiple domestic and international guidance documents as well as numerous publications on health physics topics. Read his most recent blog on ‘Communicating Technical Information to a Non-Technical Audience’ here.

Steve Sugarman professional headshot

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Communicating Technical Information to a Non-technical Audience

Communicating Technical Information to a Non-technical Audience

In my 30+ year career, I’ve been fortunate to be able contribute in some small way to some world class organizations. I’ve come to realize that my biggest challenges haven’t been the technical aspects, but the communication aspects of health physics and radiation safety. Here are some thoughts for those tasked with communicating technical information to a non-technical audience. Energy deposition into soft tissue due to low energy photons may result in a biological insult with ramifications affecting… Wait a minute! What?!?! Does anyone really like sitting through a technical lecture about something they may not already be somewhat familiar with? Okay, admittedly, some people probably do. However, I venture to say that most don’t…especially when all you’re really looking for is a little useful information. I’d rather not spend half my time simply trying to decipher the big words the intelligent person in front of me is using and missing the real message. I get it…you’re smart. Now, teach me something and help me to understand the topic. Health physicists (radiation safety professionals), medical physicists, or others knowledgeable about ionizing radiation and its effects oftentimes think they are doing a good job at communicating what they are trying to say, but are they?
"The two words information and communication are often used interchangeably, but they signify quite different things." -Sidney Harris
I refer to a quote I’ve often seen attributed to Sidney J. Harris: “The two words ‘information’ and ‘communication’ are often used interchangeably, but they signify quite different things. Information is giving out; communication is getting through.” My father used to tell me to speak with people, don’t talk at them. I think this is pretty good advice from both men. And I think they’re saying the same thing. When trying to communicate complicated topics one must know the audience to whom they’re speaking, whether it’s an individual or a group of people, and what they expect or need. Is it an academic environment? Is it a stressful situation such as an emergency or an attempt to explain a medical procedure involving radioactive materials? Is it an individual who just wants to learn a little more about a topic? There are many things to take into account. I come from a radiological background, but I think some things apply to most anyone trying to effectively communicate technical information.

Things to Consider

Here are some things I consider when delivering a presentation or simply answering a technical question with a non-technical audience.
  1. Decide what it is you really want/need to convey.
  2. Determine who it is that you are trying to reach and what they are wanting.
  3. Are there analogies that can be used to simplify the message while still delivering the information? Having multiple analogies ready may be useful.
  4. Is it necessary to be 100% correct (precise) when being 90% correct may simplify things and be a better way to get the true message across?
  5. Be prepared for a “heckler” to point out what you missed if you go the 90% route. That said, is this “expert” really who you are trying to reach?
  6. Watch audience response (body language, attentiveness, etc.) to help judge if your message is getting across.
  7. Don’t open a can of worms you’re not willing/able to deal with, and stick to your area of expertise.
  8. Be prepared for questions out of left field.
  9. Be yourself.
  10. Practice – try your message out on your neighbor, spouse, or another non-expert.
  11. No need to cram every piece of information onto your presentation slides.
  12. Use relatable visual aids
  13. Solicit feedback and use it to improve for your next opportunity. 
  If you are a technical expert, your words have meaning. However, if nobody understands what you just said, why bother saying it? It takes effort, but becoming a good communicator of technical material has value…both to you and your audience. Steve Sugarman, MS, CHP Vice President and Corporate Health Physicist Summit Exercises and Training LLC (SummitET®)

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Can You Survive Nuclear Fallout?

Can You Survive Nuclear Fallout?

Nuclear weapons are some of the most powerful tools of destruction on Earth, and the full scope of a nuclear detonation is almost unimaginable. However, there is a scientifically supported plan of action that could save thousands of lives. What is this plan, and what exactly would it protect us from? Brooke Buddemeier and Jessica S. Wieder explore the possibility of surviving nuclear detonation.

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Basic Radiation Information

Basic Radiation Information

Prepared by SummitET’s Vice President and Corporate Health Physicist, Steve Sugarman, this document briefly explains various radiation-related terms and concepts in an easy to read format and to provide additional information for those that may find it useful. Although organizationally different among the states, each has a radiation health department that can help with further questions and concerns.

Regulations and standards are in place to help minimize exposures to many sources of ionizing radiation. However, it is not possible to avoid all exposures. Radioactive materials are all around us. Terrestrial sources, such as radon, and cosmic radiation are contributors to our natural background radiation levels. Brick and concrete contain small amounts of naturally occurring radioactive materials such as uranium and thorium. Many of the foods that we eat contain naturally occurring radioactive materials – for instance, potassium-40 is found in bananas and Brazil nuts. Radioactive materials are routinely used in medicine for both diagnostic purposes (nuclear medicine) and therapeutic purposes (brachytherapy for the treatment of cancer, for example).

Basic Radiation Info Sheet

Download this document for free. 

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