Electric car manufacturer

Electric vehicles are sold as cars, vans, buses and special vehicles.

• Segments include personal vehicles, delivery vans, buses, trucks and small special vehicles.
• Customers include fleets, cities and households; fleets care most about total cost of ownership.
• Incentives and rules change, so check the current federal and provincial programmes before you quote any figure.
• Pick one niche, such as delivery vans in cold climates, and write why it suits you.
• Ride in or drive one electric vehicle for a week and note range loss in cold weather.
• Interview five fleet managers: daily distance, depot parking, power at the depot and what they pay now per kilometre.
• Total cost of ownership = purchase price + running costs over the years - resale value. Write it for one vehicle you would replace.

Activity. Write a niche statement and customer profile.

Standard to meet. Define a narrow, testable niche.

Vehicles must meet safety and environmental standards.

• Federal motor-vehicle safety standards apply before a vehicle can be sold.
• Battery transport and storage follow dangerous-goods rules, so check the federal and provincial requirements before you ship or store packs.
• Provinces register and insure vehicles, so check what each province requires before a vehicle goes on the road.
• Warranty and recall rules protect buyers; check which federal and provincial rules apply to you.
• Check charging time on a home plug, a public charger and a fast charger, and compare with spec.
• A vehicle built in small numbers may have different import or approval steps; check the federal and provincial rule for your case.
• Keep a certificate file with the standard, the test result, the date and the person who signed.

Activity. Build a rules table for a small manufacturer.

Standard to meet. Give each row a source and date.

Work from needs.

• Define the use first: range, payload, charging time and cold-weather performance.
• Size the battery from the energy the vehicle uses per kilometre and the range you need.
• Plan safety: crash structure, thermal management and battery protection.
• Document the specifications in one table that everyone can read.
• List the five parts that fail most often in fleet use and plan spares.
• Add a margin for ageing and cold weather to the pack size, and state the margin you used.
• Check payload: weight of the battery, body, driver and cargo against the vehicle's rated limit.

Activity. Calculate pack size for a chosen use.

Standard to meet. Show the calculation with margin.

Cost per vehicle drives the business.

• Build a bill of materials that lists the battery, motor, body and electronics with a price for each.
• Add assembly labour and facility cost per vehicle.
• Add a warranty provision per vehicle.
• Work out margin and break-even from price, cost and fixed cost.
• Study one crash test report and note what the structure does.
• Ask three suppliers for a quote at 100, 500 and 1,000 units and note how the price falls with volume.
• Test a 10% rise in battery cost and show the new margin.

Activity. Build a bill of materials and break-even.

Standard to meet. Show units and currency.

Quality means testing.

• Inspect incoming parts before they enter the build.
• Run end-of-line tests on brakes, battery, software and leaks.
• Trace every vehicle by its number.
• Take corrective action and record it whenever a test fails.
• Interview a fleet mechanic about what is hard to repair.
• Set a pass limit for each test and a sign-off line, so no vehicle leaves without a signed sheet.
• Count first-pass rate (vehicles that pass the first time divided by vehicles tested) and chart it weekly.

Activity. Design an end-of-line test sheet.

Standard to meet. Add limits and sign-off to the sheet.

Service builds trust.

• Sell through fleets and dealers, and write which one you will start with.
• Build a service network and a parts supply for your customers.
• Train technicians before the first vehicles are delivered.
• Use remote monitoring to spot faults before the customer calls.
• Write down the software update promise and who delivers it.
• Plan service in cold regions: where a customer can get help in winter and how long the repair takes.
• Agree a response time for a stopped vehicle and measure it.

Activity. Plan a fleet pilot offer.

Standard to meet. Add measures to the offer.

Batteries and supply chains carry risk.

• Prepare a battery fire plan and train staff in it.
• Use more than one supplier for key parts so that one failure does not stop production.
• Plan material sourcing and the recycling of batteries.
• Protect connected vehicles from cyber attack with updates and access controls.
• Compare the weight of your design with two similar vehicles.
• Ask each supplier where its materials come from and how they are recycled; note anything you cannot verify.
• Write who you call, and what staff do, in the first ten minutes of a battery incident, and practise it.

Activity. Write a risk register.

Standard to meet. Assign owners to rows.

Prove with a small series.

• Build five pilot vehicles.
• Measure range, faults and customer feedback.
• Set a stop rule: if range is under 85% of spec, redesign.
• Plan funding and the plant for the next stage.
• Record every test in one table: date, condition, result, action.
• Measure range in cold weather, in warm weather and loaded, not only on a good day.
• Check programme rules and dates for funding yourself, and compare leasing a plant with building one.

Activity. Run the pilot review.

Standard to meet. Review has decision.

L1: Technology aware learner. You can define: name the main terms, people and rules of electric car manufacturer. Focus module: Understand electric vehicle markets (Understand, 6 h). Electric vehicles are sold as cars, vans, buses and special vehicles. Key points: Segments include personal vehicles, delivery vans, buses, trucks and small special vehicles. Customers include fleets, cities and households; fleets care most about total cost of ownership. Incentives and rules change, so check the current federal and provincial programmes before you quote any figure. Pick one niche, such as delivery vans in cold climates, and write why it suits you. Ride in or drive one electric vehicle for a week and note range loss in cold weather. Interview five fleet managers: daily distance, depot parking, power at the depot and what they pay now per kilometre. Total cost of ownership = purchase price + running costs over the years - resale value. Write it for one vehicle you would replace.

Speaker notes. Teach: open with the worked example. A delivery fleet compares 10-year cost: if an electric van costs 15,000 more to buy but saves 3,000 a year in fuel and servicing, the saving over 10 years is 30,000, so the van is ahead by 15,000 and pays back in 15,000 / 3,000 = 5 years. Teaching figures in CAD; use the fleet's real numbers. Then set the activity: Write a niche statement and customer profile. Mark against the standard: Define a narrow, testable niche. Check at this level: What is total cost of ownership? Model answer: Purchase plus running costs over time. Level note: Start here if new. Evidence: a one-page glossary and a visit or interview note.

L2: Lab or shop assistant. You can describe: explain how electric car manufacturer works from first contact to result. Focus module: Know vehicle rules (Apply, 6 h). Vehicles must meet safety and environmental standards. Key points: Federal motor-vehicle safety standards apply before a vehicle can be sold. Battery transport and storage follow dangerous-goods rules, so check the federal and provincial requirements before you ship or store packs. Provinces register and insure vehicles, so check what each province requires before a vehicle goes on the road. Warranty and recall rules protect buyers; check which federal and provincial rules apply to you. Check charging time on a home plug, a public charger and a fast charger, and compare with spec. A vehicle built in small numbers may have different import or approval steps; check the federal and provincial rule for your case. Keep a certificate file with the standard, the test result, the date and the person who signed.

Speaker notes. Teach: open with the worked example. Row: 'Sell a new vehicle | federal safety standards | certify and label | before first sale | certificate on file'. For a 60 kWh battery on a 7 kW home charger, a full charge takes about 60 / 7 = 8.6 hours, which you compare with the stated spec. Then set the activity: Build a rules table for a small manufacturer. Mark against the standard: Give each row a source and date. Check at this level: Who sets vehicle safety standards? Model answer: The federal government. Level note: Evidence: a flow chart and a two-minute spoken explanation.

L3: Technician. You can apply: carry out a routine task in electric car manufacturer to a written standard. Focus module: Design the vehicle systems (Apply, 10 h). Work from needs. Key points: Define the use first: range, payload, charging time and cold-weather performance. Size the battery from the energy the vehicle uses per kilometre and the range you need. Plan safety: crash structure, thermal management and battery protection. Document the specifications in one table that everyone can read. List the five parts that fail most often in fleet use and plan spares. Add a margin for ageing and cold weather to the pack size, and state the margin you used. Check payload: weight of the battery, body, driver and cargo against the vehicle's rated limit.

Speaker notes. Teach: open with the worked example. Need 250 km at 0.35 kWh per km: 250 x 0.35 = 87.5 kWh usable. Add 20% for cold and ageing: 87.5 x 1.2 = 105 kWh pack. If the cells give 0.15 kWh per kg, the cells alone weigh 105 / 0.15 = 700 kg, which must fit the payload plan. Then set the activity: Calculate pack size for a chosen use. Mark against the standard: Show the calculation with margin. Check at this level: What decides battery size? Model answer: Energy per kilometre times range with a margin. Level note: Evidence: a supervised task record that meets the standard once.

L4: Product engineer or builder. You can analyse: diagnose why an electric car manufacturer result missed its target and fix it. Focus module: Cost the product (Evaluate, 8 h). Cost per vehicle drives the business. Key points: Build a bill of materials that lists the battery, motor, body and electronics with a price for each. Add assembly labour and facility cost per vehicle. Add a warranty provision per vehicle. Work out margin and break-even from price, cost and fixed cost. Study one crash test report and note what the structure does. Ask three suppliers for a quote at 100, 500 and 1,000 units and note how the price falls with volume. Test a 10% rise in battery cost and show the new margin.

Speaker notes. Teach: open with the worked example. Price 48,000; cost 36,000; margin 12,000 (25%); fixed cost 3.1M per year gives 3,100,000 / 12,000 = 258.3, so break-even is 259 vehicles, shown as about 260. If battery cost is 14,000 of the 36,000, a 10% rise adds 1,400, so cost is 37,400, margin 10,600 and break-even rises to about 293. Teaching figures in CAD. Then set the activity: Build a bill of materials and break-even. Mark against the standard: Show units and currency. Check at this level: What is break-even? Model answer: Fixed cost divided by margin. Level note: Evidence: a fault or gap analysis with a fix and a repeat test. This course targets this level.

L5: Senior engineer or line lead. You can evaluate: judge options for electric car manufacturer against cost, risk and quality. Focus module: Sell and service (Create, 6 h). Service builds trust. Key points: Sell through fleets and dealers, and write which one you will start with. Build a service network and a parts supply for your customers. Train technicians before the first vehicles are delivered. Use remote monitoring to spot faults before the customer calls. Write down the software update promise and who delivers it. Plan service in cold regions: where a customer can get help in winter and how long the repair takes. Agree a response time for a stopped vehicle and measure it.

Speaker notes. Teach: open with the worked example. Fleet pilot: 3 vans for 90 days; uptime 97%. The 3 vans have 3 x 90 = 270 van-days, and 3% down is about 8 van-days lost, which you compare with the offer's target. Then set the activity: Plan a fleet pilot offer. Mark against the standard: Add measures to the offer. Check at this level: Why train technicians? Model answer: So customers get safe, correct service from the first delivery. Level note: Evidence: an options paper with numbers and a recommendation defended to a panel.

L6: Programme or plant manager. You can create: design and pilot a new offer or process in electric car manufacturer. Focus module: Manage safety and supply risk (Evaluate, 6 h). Batteries and supply chains carry risk. Key points: Prepare a battery fire plan and train staff in it. Use more than one supplier for key parts so that one failure does not stop production. Plan material sourcing and the recycling of batteries. Protect connected vehicles from cyber attack with updates and access controls. Compare the weight of your design with two similar vehicles. Ask each supplier where its materials come from and how they are recycled; note anything you cannot verify. Write who you call, and what staff do, in the first ten minutes of a battery incident, and practise it.

Speaker notes. Teach: open with the worked example. Risk: 'Cell supplier delay | 4 x 4 = 16 | second source | purchasing | monthly'. A score of 16 out of 25 is high, so the second supplier should be qualified before volume production. Then set the activity: Write a risk register. Mark against the standard: Assign owners to rows. Check at this level: Why diversify suppliers? Model answer: To avoid a single point of failure. Level note: Evidence: a pilot with measured results over at least 30 days.

L7: Technology founder or director. You can lead: run a team or business in electric car manufacturer and develop others. Focus module: Pilot and plan scale (Create, 8 h). Prove with a small series. Key points: Build five pilot vehicles. Measure range, faults and customer feedback. Set a stop rule: if range is under 85% of spec, redesign. Plan funding and the plant for the next stage. Record every test in one table: date, condition, result, action. Measure range in cold weather, in warm weather and loaded, not only on a good day. Check programme rules and dates for funding yourself, and compare leasing a plant with building one.

Speaker notes. Teach: open with the worked example. Range 92% of spec: if the spec is 250 km, 0.92 x 250 = 230 km, above the stop line of 0.85 x 250 = 212.5 km, so proceed. A cold-weather test that gave 200 km would be 80% and trigger a redesign. Then set the activity: Run the pilot review. Mark against the standard: Review has decision. Check at this level: What triggers redesign in the pilot? Model answer: Range under 85% of spec. Level note: Evidence: a record of results over a year and of people you have coached to a higher level.