TEEX Diaster Technical Search Specialist Course

April 18 – April 22, 2011: The slideshow showcases the various equipment and techniques learned in this 40-hour TEEX course.

TEEX Advanced Structural Collapse 4 Course Slideshow

March 28 - April 1, 2011: The slideshow showcases the various interior and vertical shores as well as the tiebacks that we were required to construct during this 50-hour course.

High Angle Rope Rescue Training

Members from four companies of the Boston Fire Department’s technical rescue companies participated in this year’s high angle rope rescue program. The classroom instruction and equipment familiarization training was conducted at the Special Operations Command's training facility in Brighton. The practical applications were conducted at the tower behind Engine 2 and Ladder 19's quarters in South Boston.

Trench Collapse Rescue Training

Members of the Boston Fire Department’s seven technical rescue companies, as well as members from the Cambridge and Quincy fire departments, participated in this year’s trench collapse program. The members trained on rescuing victims from a straight wall trench as well as T and L trenches. The classroom instruction and equipment familiarization training was conducted at the BFD’s training academy on Moon Island and the trench collapse scenarios were conducted on Long Island.

BioPak 240R Refresher

Members from two of the Boston Fire Department’s seven technical rescue companies attend Biomarine BioPak 240 Revolution closed circuit SCBA refresher training for tunnel rescue. The firefighters must breathe the SCBA for a minimum of one hour. According to OSHA 1910.800, Underground Construction, rescue teams must review the use and limitations of breathing apparatus not less than annually.

Training Setbacks

In these tough economic times, people only have enough money to spend on the bare necessities. And that includes the fire service. The division that the Boston Fire Department’s Special Operations Command (SOC) is attached to had to cut its expenditures by ten percent. As you can imagine, that expenditure cut has affected our equipment purchases, out-of-state travel for training and our ability to pay overtime for our technical rescue and hazmat adjunct instructors that augment our SOC cadre.

In addition, we’re losing SOC’s current training facility due to a Harvard University building project called the Harvard Allston Science Complex. Harvard has been gracious enough to let us use another of its buildings in the adjacent Brighton neighborhood. However, we’ll be starting from scratch as far as preparing the building for training. Offices and classrooms have to be built as well as replicating the training props.

There was a glimmer of light that came through those dark clouds in the beginning of the week. We had a windfall of $350,000 that has been earmarked to spend on equipment for our seven technical rescue companies. That was good news. The money came by way of Urban Area Security Initiative (UASI) funding to the Metro-Boston Homeland Security Region (MBHSR).

We’re taking it one step at a time toward re-establishing ourselves. With any luck, we’re be back up and running in a couple of months.

1st WMD CST RIT Operations

The Boston Fire Department’s Special Operations Command (SOC) Technical Rescue Section collaborated with the Massachusetts 1st Weapons of Mass Destruction Civil Support Team (1st WMD CST) on Rapid Intervention Team (RIT) operations. The 1st WMD CST was interested in sending some of its members through our training props and we were happy to accommodate them.

The 1st WMD CST members navigated through our wire entanglement and low profile props. In addition, we set up a basic rescue scenario for them in our 2-story 40’ x 20’ maze building and our duplex collapse building.

Though the 1st WMD CST does not operate its RITs the same way as the Boston Fire Department, the fundamental principle is the same – have a RIT standing by at an incident ready to rescue one of its members should the need arise.

Confined Space Rescue

Our Special Operations Command (SOC) Technical Rescue Group conducted a 2-day confined space rescue program for the Technical Rescue Companies. The second day included two scenarios. One scenario required a vertical entry and the other a horizontal entry.

Vertical Scenario
Workers did not shut off a transformer and subsequently were electrocuted. Worker #1, at the bottom of the shaft, received burns, a broken arm and a broken leg. Worker #2 received massive traumatic injuries and was unconscious.

Horizontal Scenario
A worker was overcome by hydrogen sulfide (H2S) in an old sewer line.

TEEX Advanced Structural Collapse 3 Course Slideshow

October 6 -10, 2008: The slideshow showcases the various exterior shoring that we were required to construct during this 50-hour course as well as some of the Disaster City® props.

TEEX Advanced Structural Collapse 3 Course

This month, I and 6 other Boston fire fighters attended TEEX’s Advanced Structural Collapse 3 course in College Station, Texas. This course is 50 hours, five days in length, ten hours of instruction each day and challenges the Structural Collapse Technician with advanced exterior shoring problems. The student expands his/her knowledge of wood shores with multiple insertion point shores, shoring of arches and breached openings. It concludes in an intensive and realistic daytime exercise in which the students employ skills learned during the course. The students are provided multiple scenarios requiring a combination of advanced rescue and shoring techniques.

Thanks to our instructor, Mike Walters, for conducting such a great course.

Highline Operation

After packaging and then extricating a victim from the bottom of a vertical 3 stories high 26-inch diameter pipe, the Boston Fire Department Technical Rescue Companies move the victim down to the ground. A Sloping Kootenay Highline System was rigged on the fourth floor of a tower in the rear of Engine 2's and Ladder 19's firehouse to facilitate the extrication.

This was the second day of a 2-day Confined Space Rescue course that our Special Operations Command (SOC) Technical Rescue Group conducted for the Technical Rescue Companies. We did this scenario during the last week of September with 4 of our Technical Rescue Companies. We will run this 2-day class again the last two weeks of the month with the 3 other Technical Rescue Companies plus Cambridge, Massachusetts' Rescue 1.

Wright Rescue Solutions Confined Space and Structural Rope Rescue Course

In September I attended a Confined Space Structural Rope Rescue Course in Panama City, Florida.

This course is designed with the same NFPA (National Fire Protection Association) objectives as the industrial technician course but with emphasis on State USAR (Urban Search & Rescue) team operations commonly associated with the fire service and disaster response. This course is 56 hours and is taught in a 7-day format.

The course was great. We had the added benefit of training at an actual power plant.

Thanks to Richey Wright for running an awesome course and for letting me pick his brain so often over the years.

TEEX Structural Collapse Technician 2 Course

In May, I and 5 other Boston fire fighters attended TEEX's Structural Collapse Technician 2 course in College Station, Texas. There were 48 students attending that were broken up into 8 person rescue squads.

This course is 80 hours, eight days in length, ten hours of instruction each day and is designed to provide students with the knowledge, skills and abilities to perform rescue at structural collapse scenes due to natural disaster or terrorist incidents.

The purpose of the Structural Collapse Technician 2 course is to provide jurisdictions with the same training received by the FEMA US&R Structural Collapse Technicians. This course has significant hands on labs in the Technical Skills Training Area (TSTA) and Disaster City® to ensure that students received the necessary knowledge, skills and abilities to perform exterior shoring and interior shoring operations, breaching, breaking, cutting, and burning operations, and lifting and moving techniques at structural collapse incidents.