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GIRI_PersonalityCards

GIRI_PersonalityCards

Get It Right Initiative - Interfaces training - Dec 19 update

Get It Right Initiative - Interfaces training - Dec 19 update

Get It Right Initiative - Supervisor and manager training - Dec 19 update

Get It Right Initiative - Supervisor and manager training - Dec 19 update

Get It Right Initiative - Leadership training - Dec 19 update

Get It Right Initiative - Leadership training - Dec 19 update

Preview - GIRI Supervisor and manager training

Preview - GIRI Supervisor and manager training

Engininte Principles for PBL - 12 of 12

Engininte Principles for PBL - 12 of 12

Engininte Principles for PBL - 11 of 12

Engininte Principles for PBL - 11 of 12

Principles for PBL - 10 of 12 - create the right physical environment for PBL

Principles for PBL - 10 of 12 - create the right physical environment for PBL

Principles for PBL - 9 of 12 - learn through social processes

Principles for PBL - 9 of 12 - learn through social processes

Principles for PBL - 8 of 12 - move from 'follow me' to 'joint experimentation'

Principles for PBL - 8 of 12 - move from 'follow me' to 'joint experimentation'

Principles for PBL - 7 of 12: be a facilitator not a teacher

Principles for PBL - 7 of 12: be a facilitator not a teacher

Principles for PBL - 6 of 12 - Let students decide what they do & don't know

Principles for PBL - 6 of 12 - Let students decide what they do & don't know

Principles for PBL - 5 of 12 - Learn through reflection

Principles for PBL - 5 of 12 - Learn through reflection

Princples for PBL - 4 of 12: different routes for different learners

Princples for PBL - 4 of 12: different routes for different learners

Principles for PBL - 3 of 12 - aim for exemplarity

Principles for PBL - 3 of 12 - aim for exemplarity

Principles for PBL - 2 of 12 - Be Flexible in Your Learning Outcomes

Principles for PBL - 2 of 12 - Be Flexible in Your Learning Outcomes

Principles for PBL - 1 of 12 - Students must own the context for learning

Principles for PBL - 1 of 12 - Students must own the context for learning

Recap of EWB and TU's presentation at the HEA Stem 2018 conference

Recap of EWB and TU's presentation at the HEA Stem 2018 conference

KA-AU Metropoles du Sud Symposium 2018 - feedback voxpops

KA-AU Metropoles du Sud Symposium 2018 - feedback voxpops

Designing problem based learning training for engineering staff

Designing problem based learning training for engineering staff

Update for Enginite team on Oliver and Søren's work in London on 10th Jan 2018

Update for Enginite team on Oliver and Søren's work in London on 10th Jan 2018

A very good reason why you should fill in our KAAU feedback survey

A very good reason why you should fill in our KAAU feedback survey

Teacher's quick guide - Area Activity

Teacher's quick guide - Area Activity

Teacher's quick guide - Build a bridge activity

Teacher's quick guide - Build a bridge activity

Teacher's quick guide to drawing with Make A Scape

Teacher's quick guide to drawing with Make A Scape

Where in the beam do the prestressing cables go? - BE of PreS Conc: Prof Burgoyne Pt 4 (Ext version)

Where in the beam do the prestressing cables go? - BE of PreS Conc: Prof Burgoyne Pt 4 (Ext version)

Where in the beam do the prestressing cables go? - BE of PreS Concrete: Prof Chris Burgoyne Pt4

Where in the beam do the prestressing cables go? - BE of PreS Concrete: Prof Chris Burgoyne Pt4

The effect of creep on prestressed concrete - BE of PreS Concrete with Prof Chris Burgoyne Pt 3

The effect of creep on prestressed concrete - BE of PreS Concrete with Prof Chris Burgoyne Pt 3

Achieving the high levels of compression in the beam - BE of PreS Conc with Prof Burgoyne Pt2

Achieving the high levels of compression in the beam - BE of PreS Conc with Prof Burgoyne Pt2

What is prestressed concrete? - Bare Essentials of Prestressed Concrete with Prof Chris Burgoyne Pt1

What is prestressed concrete? - Bare Essentials of Prestressed Concrete with Prof Chris Burgoyne Pt1

Local web buckling of a plate girder in bending: Materials Lab on-line

Local web buckling of a plate girder in bending: Materials Lab on-line

Local flange buckling of a plate girder in bending: Materials Lab on-line

Local flange buckling of a plate girder in bending: Materials Lab on-line

Lateral torsional buckling of a plate girder in bending: Materials Lab on-line

Lateral torsional buckling of a plate girder in bending: Materials Lab on-line

Elastic buckling failure of a pin ended slender column: Materials Lab on-line

Elastic buckling failure of a pin ended slender column: Materials Lab on-line

Buckling failure of a pin ended slender column: Materials Lab on-line

Buckling failure of a pin ended slender column: Materials Lab on-line

Buckling failure of a fixed ended slender steel column: Materials Lab on-line

Buckling failure of a fixed ended slender steel column: Materials Lab on-line

Buckling failure of a pin ended column of intermediate slenderness: Materials Lab on-line

Buckling failure of a pin ended column of intermediate slenderness: Materials Lab on-line

Buckling failure of a pin ended column of low slenderness: Materials Lab on-line

Buckling failure of a pin ended column of low slenderness: Materials Lab on-line

Compression failure of a timber block parallel to the grain: Materials Lab on-line

Compression failure of a timber block parallel to the grain: Materials Lab on-line

Tensile failure of a double shear timber to steel connection in tension: Materials Lab on-line

Tensile failure of a double shear timber to steel connection in tension: Materials Lab on-line

Block failure of a double shear timber to steel connection in tension: Materials Lab on-line

Block failure of a double shear timber to steel connection in tension: Materials Lab on-line

Compression failure of a timber block perpendicular to the grain: Materials Lab on-line

Compression failure of a timber block perpendicular to the grain: Materials Lab on-line

Bending failure of a softwood beam with a defect near the bottom: Materials Lab on-line

Bending failure of a softwood beam with a defect near the bottom: Materials Lab on-line

Bending failure of a softwood beam grain parallel to beam axis: Materials Lab on-line

Bending failure of a softwood beam grain parallel to beam axis: Materials Lab on-line

Bending failure of a glulam beam grain perpendicular to beam axis: Materials Lab on-line

Bending failure of a glulam beam grain perpendicular to beam axis: Materials Lab on-line

Shear failure of a reinforced concrete beam with no shear links: Materials Lab on-line

Shear failure of a reinforced concrete beam with no shear links: Materials Lab on-line

Elastic Bending of an under reinforced concrete beam: Materials Lab on-line

Elastic Bending of an under reinforced concrete beam: Materials Lab on-line

Bending failure of an under reinforced concrete beam: Materials Lab on-line

Bending failure of an under reinforced concrete beam: Materials Lab on-line

Bending failure of an over reinforced concrete beam: Materials Lab on-line

Bending failure of an over reinforced concrete beam: Materials Lab on-line

Bending failure of a prestressed concrete beam: Materials Lab on-line

Bending failure of a prestressed concrete beam: Materials Lab on-line

The bridge as structure - Industry Insights: Bridge Engineering with Ian Firth Pt 3

The bridge as structure - Industry Insights: Bridge Engineering with Ian Firth Pt 3

The bridge in context - Industry Insights:Bridge Engineering with Ian Firth Pt 2

The bridge in context - Industry Insights:Bridge Engineering with Ian Firth Pt 2

What is a bridge? - Industry Insights:Bridge Engineering with Ian Firth Pt 1

What is a bridge? - Industry Insights:Bridge Engineering with Ian Firth Pt 1

Resisting Shear - Bare Essentials of Reinforced Concrete with Prof Tim Ibell Pt5

Resisting Shear - Bare Essentials of Reinforced Concrete with Prof Tim Ibell Pt5

Compatability of steel and concrete - BE of Reinforced Concrete with Prof Tim Ibell Pt3

Compatability of steel and concrete - BE of Reinforced Concrete with Prof Tim Ibell Pt3

Durability of Reinforced Concrete - Bare Essentials of Reinforced Concrete with Prof Tim Ibell Pt4

Durability of Reinforced Concrete - Bare Essentials of Reinforced Concrete with Prof Tim Ibell Pt4

Reinforced concrete beam resisting bending - BE of Reinforced Concrete with Prof Ibell Pt2

Reinforced concrete beam resisting bending - BE of Reinforced Concrete with Prof Ibell Pt2

What is Reinforced Concrete? - Bare Essentials of Reinforced Concrete with Prof Tim Ibell Pt1

What is Reinforced Concrete? - Bare Essentials of Reinforced Concrete with Prof Tim Ibell Pt1

The water in the mix - The Bare Essentials of Concrete - Part 5

The water in the mix - The Bare Essentials of Concrete - Part 5

Concrete under the microscope - Bare Essentials of Concrete - Part 3

Concrete under the microscope - Bare Essentials of Concrete - Part 3

What is aggregate? - The Bare Essentials of Concrete - Part 2

What is aggregate? - The Bare Essentials of Concrete - Part 2

How strong is concrete? - The Bare Essentials of Concrete - Part 4

How strong is concrete? - The Bare Essentials of Concrete - Part 4

What is concrete? - The Bare Essentials of Concrete - Part 1

What is concrete? - The Bare Essentials of Concrete - Part 1

What is Student Studio

What is Student Studio

Think Up News - Selfie movie training at Imperial College

Think Up News - Selfie movie training at Imperial College

Low Carb at the Big Rig

Low Carb at the Big Rig

Build Camp 2014

Build Camp 2014

Big Rig Challenge Week Lakes College

Big Rig Challenge Week Lakes College