BAE interview

Why do you want to work at BAE?

• Motivated by purpose‑driven engineering → contribute to aerospace solutions for safer future

• BAE culture: focus on innovation, continuous learning, inclusive teamwork

• Excited by advanced tech: flight control computers, Striker II Helmet

• Role fits interests: manufacturing systems, CAD, continuous improvement

• Want hands‑on experience in tooling, additive manufacturing, process optimisation

• BAE is ideal for long‑term engineering growth

Talk about a project you worked on (Pneumatic Motor)

• Six‑person team → designed & manufactured pneumatic motor

• My role: materials selection + piston machining

• CAD models + tolerance specs for smooth assembly

• Issue: pistons not sliding → tolerance variation

• Root‑cause analysis → uneven boring, tool deflection

• Improved machining: lighter passes, lower feed rate, allowing cooling

• Result: smooth piston motion, reliable motor, improved process stability

What are your biggest strengths?

• Structured problem‑solving → tolerance issue analysis in motor project, aligns with BAE focus of continous improvement

• CAD proficiency → bird feeder mechanism, materials selection, stability calcs

• Adaptability → chef/bar work under pressure → calm, flexible, quick thinking

• All strengths align with manufacturing + continuous improvement at BAE

What is your biggest weakness?

• Tend to take on too much myself

• Don’t ask for help early enough

• Example: first‑year project → designing multiple parts alone → slowed progress

• Learned collaboration saves time + improves quality

• Now communicate earlier, share workload, ask for help when needed

• Helps in cross‑functional manufacturing teams

Name a time you failed (Motor machining)

• Pneumatic motor → pistons not sliding smoothly

• Failure: machining process caused inconsistent internal diameters

• Root‑cause analysis → high feed rate, tool deflection, nylon heating

• Adjusted process: lighter passes, reduced feed rate, cooling breaks

• Updated machining notes for team

• Learned importance of validating machining processes early

What do you know about our company?

• Global defence & aerospace leader

• Values: trusted, innovative, bold

• Heritage back to 1560 → long engineering legacy

• Concorde development → inspired me early

• Recent tech: Shadow EW → low‑SWaP electronic warfare system

• Leader in advanced electronic systems → aligns with my role interest

Why manufacturing?

• Love seeing designs become real physical systems

• Enjoy full journey: design → process → final product

• Manufacturing = real constraints: tolerances, materials, tooling, cost

• Enjoy measurable, visible problem‑solving

• Continuous improvement mindset → always refining processes

• Iterative improvement suits my engineering style

• Fits BAE’s manufacturing cell environment

Tell me about a time you solved a problem (Motor housing)

• Motor couldn’t mount to test rig

• Proposed redesign: two‑section housing → mount first, assemble second

• Team concerned about complexity + strength

• Made sketches + basic calcs → proved strength + time savings

• Team adopted idea

• Learned how to communicate solutions + gain support

Tell me about a time you worked in a team (Chef)

• Wagamama shift → 2 staff missing

• Only me, one chef, one server

• Split essential prep tasks → efficient workflow

• During service → each took two sections

• Clear communication + adaptability → smooth service

• Learned initiative + teamwork under pressure

Describe a time you improved a process (Perspex sheet)

• First‑year project → modify Perspex sheet for system mounting

• Needed accurate holes

• Tried pillar drill → Perspex cracked

• Analysed failure: mechanical stress, heat, vibration

• Switched to laser cutting → clean, accurate holes, no load

• Result: perfect fit, reliable assembly

• Learned importance of choosing correct manufacturing process

What skills do you bring to this internship?

• Strong analytical + structured problem‑solving

• Experience leading engineering tasks

• Bird feeder project → multi‑factor materials selection (strength, weathering, wildlife, cost, environment)

• Confident comparing constraints + justifying decisions

• Bring clear reasoning + practical engineering judgement to BAE