UNIVERSITIES & TEACHING LABS

Bring drilling and well control into the teaching lab.

Help students connect classroom theory with equipment, well response and crew decisions. Build practical exercises for individuals, small groups and instructor-led classes.

Instructor workstations and immersive simulator displays in a university-ready lab
Instructor-ledGuide the exercise and explain the response
PracticalApply classroom concepts at the controls
FlexibleIndividual access to immersive lab stations
CollaborativeGive students defined crew roles

THREE WAYS TO BUILD PRACTICAL SKILLS

Teach. Practice. Collaborate.

Start with learning outcomes and class size. Choose exercises, controls and instructor access that fit the course.

Flexible classroom configured for simulator instruction
01

Teach

Introduce drilling equipment, circulation and well-control principles through guided exercises. Let students connect each action to the response they observe.

  • Undergraduate engineering labs
  • Graduate and professional programs
  • Team-based operational exercises
RuntimePhysics continuous simulation model for academic research
02

Practice

Let students change pump rates, rehearse connections and recognize well-control indicators, then explain their observations in a structured debrief.

  • Circulation and pressure-response exercises
  • Connections, trips and equipment handling
  • Kick recognition and shut-in practice
Portable simulator stations configured for a university lab
03

Collaborate

Assign student roles for the driller, supervisor and support crew. Practice handovers, communicate changing conditions and review the decisions together.

  • Small-group crew exercises
  • Instructor-led scenario changes
  • Team presentations and debriefs

MATCH THE LAB TO THE COURSE

From individual practice to a shared simulation center.

Begin with online access or a workstation. Add portable controls or immersive stations as course demand, class size and practical training needs grow.

START

Endeavor.One & Workstation

Individual practice, instructor preparation, student assignments and distributed teaching access.

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PORTABLE

X3

A transportable classroom for shared exercises, field schools, short courses, and multi-location programs.

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LAB

X2

A dedicated teaching environment with networked stations and physical controls.

Explore X2
IMMERSIVE

X1

A full-scale center for crew exercises, demonstrations and industry training programs.

Explore X1

ADVANCED RESEARCH · ENDEAVORTECH.COM

Explore the science behind the simulation.

Choose your teaching simulator here. RuntimePhysics research, external-model development and HIL integration are covered on EndeavorTech.com.

ACADEMIC USE CASES

Build around your curriculum.

Teaching laboratory

Instructor-led exercises with shared well state, defined learning objectives, and structured debriefs.

Practical assignments

Give students defined operating tasks, changing conditions and outcomes to discuss in class.

Crew-role exercises

Practice the controls, communication and handovers that connect individual actions to team performance.

Industry-sponsored programs

Bring students and industry instructors together for practical demonstrations, short courses and career preparation.

BUILD THE RIGHT ACADEMIC SYSTEM

Start with the course, class size and learning objectives.

We will match simulator exercises, access options, controls and deployment scale to the teaching program you want to deliver.