Senior Structural Engineer

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Instructions: Answer all questions to the best of your ability. Your responses will be reviewed and scored.

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Question 1

Describe a challenging technical problem you solved.

Question 2
MC Timer: 30s

Seismic retrofit projects aim to:

A. Restore original drawings B. Increase stiffness only C. Improve life safety and resilience D. Reduce building weight

Question 3
MC Timer: 30s

Progressive collapse design addresses:

A. Wind load combinations B. Fire resistance C. Disproportionate structural failure D. Serviceability drift

Question 4
MC Timer: 30s

A well-prepared calculation package should:

A. Exclude assumptions B. Focus on summaries only C. Be concise but traceable and reviewable D. Avoid references

Question 5
MC Timer: 30s

Managing multiple projects requires:

A. Ignoring lower-value tasks B. Strong prioritisation and delegation C. Independent working only D. Avoiding collaboration

Question 6

How do you ensure documentation clarity?

Question 7
MC Timer: 30s

Structural modelling software should be used to:

A. Replace engineering judgement B. Produce drawings only C. Support informed engineering decisions D. Avoid manual checking

Question 8

How do you collaborate with architects and contractors?

Question 9
MC Timer: 30s

A key leadership trait at Senior level is:

A. Avoiding client contact B. Independent drafting C. Technical delivery with mentoring support D. Delegating all decisions

Question 10
MC Timer: 30s

Success in a Senior Structural role is best measured by:

A. Speed of modelling B. Lowest material quantities C. Technically sound, compliant delivery with strong team support D. Independent work only

Question 11
MC Timer: 30s

A performance-based design approach:

A. Ignores standards B. Uses engineering analysis to demonstrate compliance C. Avoids peer review D. Reduces seismic demand

Question 12
MC Timer: 30s

Chartership (CPEng) represents:

A. Verified professional competence B. Company ownership C. Automatic leadership ability D. Drafting expertise

Question 13
MC Timer: 30s

The primary purpose of seismic design in New Zealand is to:

A. Protect life safety and manage collapse risk B. Eliminate all structural damage C. Reduce material quantities D. Avoid ductile detailing

Question 14

Explain how you manage risk in structural design.

Question 15
MC Timer: 30s

Clear documentation is important because it:

A. Minimises calculation time B. Supports transparency and review C. Reduces steel weight D. Removes need for meetings

Question 16
MC Timer: 30s

Construction observation frequency depends on:

A. Office workload B. Project risk and complexity C. Engineer preference D. Fee level

Question 17
MC Timer: 30s

The ultimate limit state checks:

A. Long-term vibration B. Structural strength and stability against collapse C. Architectural compliance D. Thermal performance

Question 18

How do you balance cost efficiency with safety?

Question 19

Describe your involvement during construction phases.

Question 20
MC Timer: 30s

Ductile detailing improves:

A. Energy dissipation during seismic events B. Concrete colour consistency C. Wind resistance only D. Drafting efficiency

Question 21

Why are you ready for a Senior role?

Question 22

Describe a retrofit or strengthening project experience.

Question 23

What defines good structural leadership at Senior level?

Question 24
MC Timer: 30s

Ultimate limit state load factors are intended to:

A. Reduce construction cost B. Increase redundancy C. Account for uncertainties in load and strength D. Eliminate serviceability checks

Question 25
MC Timer: 30s

Seismic load combinations are defined in:

A. NZS 3604 B. NZS 1170.5 C. NZS 3404 D. NZS 4219

Question 26
MC Timer: 30s

A diaphragm in a building functions to:

A. Carry vertical gravity load only B. Provide fire separation C. Transfer lateral loads to resisting elements D. Reduce foundation settlement

Question 27
MC Timer: 30s

Collaboration with architects ensures:

A. Minimal structural input B. Integrated and buildable solutions C. Lower design standards D. Reduced seismic loads

Question 28
MC Timer: 30s

Fire design checks focus on:

A. Elevated temperature structural capacity B. Wind load resistance C. Earthquake ductility D. Acoustic rating

Question 29

Explain importance levels and their impact on design.

Question 30
MC Timer: 30s

Construction monitoring ensures:

A. Faster programme delivery B. Contractor profitability C. Compliance with design intent D. Reduced documentation

Senior Structural Engineer