CV Templates for Engineering Apprenticeships in the Electric Vehicle Sector

Hook: Struggling to land an apprenticeship in London's booming EV sector?

If you’re a student, teacher helping a pupil, or a lifelong learner targeting an apprenticeship CV for engineering roles in the electric vehicle (EV) industry, this guide gives you ready-to-use CV examples and step-by-step tactics that work in London in 2026. The arrival of more affordable EV models and growing charging networks is creating new entry-level hiring—use the right CV to get past ATS filters and into interviews.

The opportunity in 2026: Why EV apprenticeships are hiring now

Late 2025 and early 2026 saw a renewed affordability push in EVs—the launch of low-cost models (for example, Toyota’s 2026 C‑HR EV launching under $35,000 with NACS compatibility) has broadened mass-market demand and accelerated manufacturing and charging infrastructure spend. For apprentices, that means more factory-floor roles, battery assembly lines, and a wave of charging-infrastructure installers. Recruiters now prioritize practical skills and demonstrable safety awareness over long CV histories.

What employers are hiring for (short list)

• EV manufacturing technicians (assembly, wiring, quality inspection)
• Battery-pack assembly and testing apprentices
• Charging-point installation and maintenance apprentices (Public & rapid chargers)
• Electrical fitters with NVQ/City & Guilds or equivalent
• Control systems and PLC apprentices for production lines

How to read this guide (inverted pyramid)

Start with the CV templates and copy the version that fits your background. Then use the technical tips, keyword checklist, and interview scripts to sharpen applications. Finish with the London-specific search and logistics advice so you can apply to roles you can realistically reach and accept.

Quick rules before you copy a template

• One page for school leavers or first-time apprentices; two pages maximum if you have college-level projects or previous trade experience.
• Use clear headings: Personal Profile, Skills, Education & Qualifications, Experience, Projects, Certifications, Interests, References.
• Match the job advert: echo exact phrases from the vacancy (e.g., “EV charging installation”, “battery assembly”, “NVQ Level 3”) for ATS recognition.
• Use metrics where possible: “reduced defect rate by X%” or “completed wiring of Y test rigs”.
• Save as PDF and name the file: Firstname-Lastname-Apprenticeship-CV.pdf.

Ready-to-use CV examples (copy and adapt)

Template A — EV Manufacturing Apprentice (entry level)

Use this if you’re a school leaver with technical GCSEs or a BTEC in Engineering.

Personal Profile
Energetic engineering school leaver pursuing an apprenticeship in EV manufacturing. Strong practical skills gained through school workshops and a college BTEC Level 2 in Engineering. Familiar with hand and power tools, basic electrical circuits, and quality inspection routines. Reliable, safety-focused and eager to develop hands-on experience in battery assembly and production lines.

Key Skills

• Basic electrical circuits and soldering
• Hand and power tool proficiency
• Measurement & inspection (calipers, micrometers)
• Health & Safety: COSHH awareness, PPE use
• Teamworking on practical projects

Education

• BTEC Level 2 in Engineering — City College (2024–2025)
• GCSEs: Maths (6), English (6), Physics (5), Design & Technology (6)

Practical Experience

• College workshop project: Built a small electric motor from kit parts—measured RPM using tachometer, documented assembly steps and quality checks.
• Work experience (2 weeks) — Local vehicle repair shop: Assisted with wiring loom checks and battery disconnect procedures.

Projects

• Final BTEC Project: Simple EV drivetrain model—responsible for wiring and test logging; produced a 12-page assembly & test report.

Interests Electric vehicle forums; volunteer with school STEM club.

Template B — Charging‑Infrastructure Installation Apprentice (electrical)

Use this if you want installation and field-work roles in London’s public charging rollout.

Personal Profile
Motivated electrical apprentice aiming for a career in EV charging infrastructure. Completed Level 2 Electrical Installation coursework and have hands-on experience with wiring, fault-finding and basic customer interaction from weekend work. Practical, punctual and safety conscious; comfortable working outdoors and in diverse London borough environments.

Key Skills

• Electrical installation fundamentals (ring circuits, radial circuits)
• Outdoor site work: trenching, cable routing, ducting
• Use of multimeter and basic diagnostic tools
• Customer-facing communication for on-site visits
• Understanding of charging standards (NACS/CCS basics—familiar with industry shift)

Education & Qualifications

• Level 2 Certificate in Electrotechnical Technology — South London College (2023–2024)
• GCSEs including Maths and English

Experience

• Apprentice electrician (part-time) — Local contractor: Assisted in domestic rewires and consumer unit replacements; responsible for cable labelling and continuity checks.
• Volunteer: Assisted council-led pavement ducting trials for EV chargers—helped with measuring and marking cable routes.

Certifications

• ATEC Basic Electrical Safety (2024)
• CSCS Green Card (labourer) — pursuing Blue Card

Template C — Technical CV for a College Graduate with Projects

Use this if you have HNC/HND or college projects in control systems, battery tech, or mechatronics.

Personal Profile
Productive and technically curious HND Engineering graduate with hands-on experience in battery testing rigs and PLC-controlled assembly demos. Developed a prototype BMS monitor for a small-scale battery pack as part of college final project. Looking for an apprenticeship or trainee role in EV manufacturing or charging infrastructure where I can apply test protocols, PLC programming basics and quality assurance practices.

Technical Skills

• Battery testing & BMS basics; cell balancing concepts
• PLC programming (Ladder Logic basics) and HMI setup
• Multisim/Simulink simulations and PCB soldering
• Quality assurance: inspection procedures and documentation
• Software: MS Office, basic Python for data logging

Education

• HND Engineering (Mechatronics) — London College of Engineering (2024–2026)
• BTEC Level 3 Engineering

Projects

• BMS Monitor Prototype: Designed data-logging and state-of-charge display for a 12V lithium pack—wrote Python scripts and designed a simple PCB; results improved cell-balance diagnostics.
• PLC Conveyor Model: Built a small PLC-based assembly simulation to test pick-and-place logic and fault handling.

Industry Experience

• Work placement — EV components SME: Assisted testing team with wiring harness checks and high-voltage safety protocols.

Skills Spotlight: What to put front and centre

Employers want specific, measurable skills. Use this checklist and sprinkle these into your CV where true.

• Safety & compliance: PPE, safe isolation, understanding of HV safety basics
• Practical tools: multimeter, crimping tools, power drills, torque tools
• Electrical knowledge: wiring colour codes, continuity/insulation testing
• Production literacy: understanding of assembly-line flow, QA checks
• IT basics: data logging, Excel, simple scripting for test logs

ATS and keyword optimisation (technical CV tactics)

Applicant Tracking Systems scan for keywords and context. Include both the job title and synonyms. Example keyword groupings for EV roles:

• EV manufacturing, electric vehicle assembly, battery assembly
• charging infrastructure, chargepoint installation, EVSE installation
• electrical installation, NVQ, City & Guilds, Level 2, Level 3
• multimeter, wiring loom, soldering, crimping
• PLC, BMS, HV safety, PPE, isolation procedure

Interview prep: common technical checks and sample answers

Employers will test your practical thinking. Be ready for simple live tests and behavioural questions. Use the STAR method (Situation, Task, Action, Result) for answers.

Typical technical test

• Wire a simple circuit and explain each connection.
• Show how you would use a multimeter to check continuity.
• Describe the safety steps before you touch a live system (isolate & test).

Sample STAR answer — teamwork

Situation: During a college project we had a deadline to assemble a drivetrain model. Task: I was responsible for the wiring and system checks. Action: I created a simple wiring diagram, assigned test tasks, and logged results in Excel. Result: We completed the project on time with zero wiring faults noted during demo.

Sample answer — handling pressure

“At my work placement a test rig failed two days before a demo. I checked the wiring sequence, discovered a loose connector, re-terminated the crimp and re-tested. The rig passed and the demo ran smoothly.”

Cover letter lines you can copy

Keep it short—three to four lines that pair to your CV.

For EV manufacturing: “I’m excited to apply for the EV Manufacturing Apprenticeship. Through my BTEC workshop work and a college battery project, I’ve developed hands-on skills in wiring, inspection and test reporting. I’m keen to bring my practical approach and safety-first mindset to your assembly team.”

For charging infrastructure: “I am applying for the Charging Infrastructure Apprentice role. I recently completed a Level 2 in Electrotechnical Technology and helped with council pavement trials—experience that taught me outdoor site working, cable routing and clear customer communication.”

London-specific advice (commute, boroughs & eligibility)

In 2026 most EV manufacturing sites remain outside central London, but charging-infrastructure apprenticeships are plentiful across London boroughs. Practical steps:

• Search local council websites and TfL procurement pages for chargepoint rollout programmes and apprenticeship vacancies.
• Target boroughs you can commute to within 60 minutes—apprenticeships often require consistent on-site attendance.
• Check eligibility early: apprenticeships typically require Right to Work in the UK. For internationals, contact the employer to confirm sponsorship policies.

Salary and progression expectations (2026 snapshot)

Apprentice pay varies by level and employer. In 2026 you can expect:

• Level 2–3 apprenticeships: typically within the national apprentice bands (often between £6,000–£18,000 annually depending on hours and region).
• Higher/Advanced apprentices (HNC/HND or Level 4+): salaries can rise to £18,000–£22,000 or more as you take on specialist tasks.
• Many programmes include paid training, progression to technician roles, and recognised qualifications (NVQ/City & Guilds).

Always confirm salary and training terms in the vacancy advert and ask during interviews.

Practical checklist before you hit send

1. One-page CV for school leavers; two pages only for extensive technical projects.
2. Save as PDF and use clear filename: John-Doe-EV-Apprentice-CV.pdf.
3. Include relevant keywords from the advert in your CV and cover note.
4. Attach certificates or include a link to a portfolio (GitHub for scripts, OneDrive for project reports).
5. Proofread for spelling (especially technical terms) and get a teacher/mentor to review.

Advanced strategies (2026 and forward)

As the EV market matures, employers value adaptability. Use these advanced tactics to stand out:

• Micro-projects: Build a small test rig or BMS monitor and document it. A short video demo linked from your CV can be a differentiator.
• Data-focused CV bullets: When possible, show numbers—tests run, faults fixed, time saved.
• Continuous learning: Enrol in short online modules on battery safety or PLC basics (show course certificates).
• Networking: Attend local EV meetups or council information sessions—many apprenticeships are still filled via local outreach.

Common mistakes to avoid

• Generic CVs: don’t send the same CV for manufacturing and charging-installation roles—tailor it.
• Ignoring safety: failing to mention safety training or PPE familiarity is a red flag.
• Overclaiming: never list technical skills you can’t demonstrate in a practical test.
• Scattered files: keep your certificates and references available in one place for quick submission.

Example timeline: 4-week application sprint

1. Week 1: Choose target role (manufacturing or charging), copy the matching template and tailor keywords.
2. Week 2: Gather certificates, create a one-minute project video or 1‑page project summary.
3. Week 3: Apply to 10 roles; follow up applications with short polite emails to recruiters.
4. Week 4: Prepare for interviews—practice wiring and multimeter checks, rehearse STAR stories.

Final checklist — What to include on the day you apply

• Tailored CV (one page for most apprentice roles)
• Short cover letter (3–4 lines)
• Copies or screenshots of key qualifications/certificates
• Project evidence (1–2 pages or a 60–90 second video)
• Contact details and availability for interview

Why the affordability push in EVs matters for you

As carmakers target mass-market prices (for example, new affordable models launching in early 2026), production volume increases and charging networks expand. That drives demand for both manufacturing apprentices and charging installers. Your job is to present a CV that shows you can be trained, are safety-focused, and have the practical foundations to add value from day one.

Closing — next steps (call to action)

Ready to apply? Pick the template that fits your background, tailor the keywords to the job advert, and submit applications to at least 10 roles this month. If you want personalised feedback, upload your CV to our free UK apprenticeship CV review (link on the site) or book a one-to-one session for targeted edits and interview coaching. Start now—employers are hiring for the 2026 EV cycle and early applicants get more interview invites.

Apply smarter: get your CV reviewed, prepare a short project demo, and target charging-infrastructure roles across London. Good luck — the EV sector needs apprenticeships like yours.

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