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Marines of Explosive Ordnance Disposal Explosive Ordnance Exploitation Course Class 2016020 recently performed remote techniques on explosive ordnance to separate explosive fillers from their cavity using the Thermally Controlled Explosive Removal System (TCERS).

Marines of Explosive Ordnance Disposal Explosive Ordnance Exploitation Course Class 2016020 recently performed remote techniques on explosive ordnance to separate explosive fillers from their cavity using the Thermally Controlled Explosive Removal System (TCERS).

Photo by MSgt Treme Varavut, EODATC, ACTS

Lance Corporal Andrew D. Frazier is employing a V-Sat Large during practical application. This prepares Ground Radio Repair Course Marines to employ and troubleshoot tactical satellite communications in order to better prepare them for the Fleet Marine Force. Lance Corporal Frazier has maintained a 95% Grade Point Average.

Lance Corporal Andrew D. Frazier is employing a V-Sat Large during practical application. This prepares Ground Radio Repair Course Marines to employ and troubleshoot tactical satellite communications in order to better prepare them for the Fleet Marine Force. Lance Corporal Frazier has maintained a 95% Grade Point Average.

Photo by SSgt Adam R. Wolters

Sergeant Christian Cid and Lance Corporal David J. Illies, Marines from 1st Reconnaissance Battalion attached to Small Craft Mechanics course 2-16 (SCMC 2-16) at Marine Corps Engineer School; work together to remove the wiring harness from a Bridge Erection Boat (BEB) training engine during their BEB Electrical System practical application.

Sergeant Christian Cid and Lance Corporal David J. Illies, Marines from 1st Reconnaissance Battalion attached to Small Craft Mechanics course 2-16 (SCMC 2-16) at Marine Corps Engineer School; work together to remove the wiring harness from a Bridge Erection Boat (BEB) training engine during their BEB Electrical System practical application.

Photo by SCMC 2-16

During a Bridge Erection Boat Electrical System practical application Lance Corporal Miguel I. SierraSantana, a Marine attached to Small Craft Mechanics course 2-16 (SCMC 2-16) at Marine Corps Engineer School; removes the wiring connections from the starter and starter solenoid.

During a Bridge Erection Boat Electrical System practical application Lance Corporal Miguel I. SierraSantana, a Marine attached to Small Craft Mechanics course 2-16 (SCMC 2-16) at Marine Corps Engineer School; removes the wiring connections from the starter and starter solenoid.

Photo by SCMC 2-16

On February 5, 2016 Second Lieutenant Ryan Gibbs, a Marine from Colorado Springs, Colorado attached to Combat Engineer Officer course 2-16 (CEO 2-16); clears a door that was breached by a Uli Knot Slider charge at the new shot houses at the Engineer Training Complex as part of the urban breacher class.

On February 5, 2016 Second Lieutenant Ryan Gibbs, a Marine from Colorado Springs, Colorado attached to Combat Engineer Officer course 2-16 (CEO 2-16); clears a door that was breached by a Uli Knot Slider charge at the new shot houses at the Engineer Training Complex as part of the urban breacher class.

Photo by CEO 2-16

On February 9, 2016 Second Lieutenants Colin M. Savage and William G. Schroers, Marines attached to Combat Engineer Officer course 1-16 (CEO 1-16); use pavement breakers to break apart a concrete slab during a practical application. The pavement breakers are organic to the 260 CFM Air Compressor and provide engineers with a variety of pneumatic tools that aid in excavation and the construction of survivability positions.

On February 9, 2016 Second Lieutenants Colin M. Savage and William G. Schroers, Marines attached to Combat Engineer Officer course 1-16 (CEO 1-16); use pavement breakers to break apart a concrete slab during a practical application. The pavement breakers are organic to the 260 CFM Air Compressor and provide engineers with a variety of pneumatic tools that aid in excavation and the construction of survivability positions.

Photo by CEO 1-16

On February 5, 2016 a concrete shot detonates on a concrete block wall using Mach-stem bridging to breach the wall using a minimal amount of C4. By reducing the net explosive weight of the charge, a breaching team can stand closer to the breach site behind a ballistic blanket.

On February 5, 2016 a concrete shot detonates on a concrete block wall using Mach-stem bridging to breach the wall using a minimal amount of C4. By reducing the net explosive weight of the charge, a breaching team can stand closer to the breach site behind a ballistic blanket.

Photo by CEO 2-16

As part of the Small Craft Mechanics Course 2-16 (SCMC 2-16) at Marine Corps Engineer School, Camp Lejeune, N.C. students learn how to tear down, inspect, troubleshoot, and rebuild engines. Here a group of Marines are rebuilding an engine and installing pistons into a cylinder after inspecting the parts.

As part of the Small Craft Mechanics Course 2-16 (SCMC 2-16) at Marine Corps Engineer School, Camp Lejeune, N.C. students learn how to tear down, inspect, troubleshoot, and rebuild engines. Here a group of Marines are rebuilding an engine and installing pistons into a cylinder after inspecting the parts.

Photo by SCMC 2-16

On January 21, 2016 Second Lieutenant David A. Calderon operates the articulating arm of the Buffalo Heavy Mine-Protected Clearance Vehicle during a clearance assets practical application at Marine Corps Engineer School, Camp Lejeune, N.C. The Buffalo is a valuable asset for combat engineers during route reconnaissance and clearance operations. It is purpose-built for mine clearing and adapted to the interrogation of suspected explosive hazards.

On January 21, 2016 Second Lieutenant David A. Calderon operates the articulating arm of the Buffalo Heavy Mine-Protected Clearance Vehicle during a clearance assets practical application at Marine Corps Engineer School, Camp Lejeune, N.C. The Buffalo is a valuable asset for combat engineers during route reconnaissance and clearance operations. It is purpose-built for mine clearing and adapted to the interrogation of suspected explosive hazards.

Photo by CEO 1-16

As part of the Small Craft Mechanics Course 2-16 (SCMC 2-16) at Marine Corps Engineer School, Camp Lejeune, N.C. students learn how to tear down, inspect, troubleshoot, and rebuild engines. Here a Marine rebuilds an engine as part of a practical application.

As part of the Small Craft Mechanics Course 2-16 (SCMC 2-16) at Marine Corps Engineer School, Camp Lejeune, N.C. students learn how to tear down, inspect, troubleshoot, and rebuild engines. Here a Marine rebuilds an engine as part of a practical application.

Photo by SCMC 2-16

On February 4 2016, Second Lieutenants David A. Calderon and Trevor S. Isbell, students attached to Combat Engineer Officer course 1-16 (CEO 1-16) at Marine Corps Engineer School Camp Lejeune, N.C.; place an explosive charge on a notional captured enemy ammunition stack. Reducing captured enemy ammunition is one aspect of the combat engineer's task of explosive hazard destruction.

On February 4 2016, Second Lieutenants David A. Calderon and Trevor S. Isbell, students attached to Combat Engineer Officer course 1-16 (CEO 1-16) at Marine Corps Engineer School Camp Lejeune, N.C.; place an explosive charge on a notional captured enemy ammunition stack. Reducing captured enemy ammunition is one aspect of the combat engineer's task of explosive hazard destruction.

Photo by CEO 1-16

As part of the Small Craft Mechanics Course 2-16 (SCMC 2-16) at Marine Corps Engineer School, Camp Lejeune, N.C. students learn how to disassemble components of the powerhead, and how to tear down, inspect, troubleshoot, and rebuild engines. Here a group of Marines remove the connecting rod from the piston.

As part of the Small Craft Mechanics Course 2-16 (SCMC 2-16) at Marine Corps Engineer School, Camp Lejeune, N.C. students learn how to disassemble components of the powerhead, and how to tear down, inspect, troubleshoot, and rebuild engines. Here a group of Marines remove the connecting rod from the piston.

Photo by SCMC 2-16

On January 11, 2016 Second Lieutenant Eric Henegar, a Marine attached to Combat Engineer Officer course 3-16 (CEO 3-16) at Marine Corps Engineer School Camp Lejeune, N.C.; conducts a door breach during the Military Occupational Specialty Specific Physical Standards test (MSPS).

On January 11, 2016 Second Lieutenant Eric Henegar, a Marine attached to Combat Engineer Officer course 3-16 (CEO 3-16) at Marine Corps Engineer School Camp Lejeune, N.C.; conducts a door breach during the Military Occupational Specialty Specific Physical Standards test (MSPS).

Photo by CEO 3-16

2nd Platoon - Winners of the 1st quarter, 2016 Platoon Competition.

2nd Platoon - Winners of the 1st quarter, 2016 Platoon Competition.

Photo by SSgt. Zebulon D. Power

MARDET-Monterey first quarter, 2016 Marine of the Quarter

MARDET-Monterey first quarter, 2016 Marine of the Quarter

Photo by SSgt. Zebulon D. Power

MARDET-Monterey first quarter, 2016 Non Commissioned Officer of the Quarter

MARDET-Monterey first quarter, 2016 Non Commissioned Officer of the Quarter

Photo by SSgt. Zebulon D. Power

MARDET-Monterey Sun Tsu award recipient for highest overall grade point average throughout the unit for February, 2016

MARDET-Monterey Sun Tsu award recipient for highest overall grade point average throughout the unit for February, 2016

Photo by SSgt. Zebulon D. Power

MGySgt Terry K Lowman Jr command photo

MGySgt Terry K Lowman Jr command photo

Photo by SSgt. Zebulon D Power

1stSgt Reynoso, Combat Instructor School

1stSgt Reynoso, Combat Instructor School

Photo by Sgt Tosado, Alexander R

First Sergeant of CIS

First Sergeant of CIS

Photo by Corporal Rex