Sentences with phrase «standard test cycle»

On the standard test cycle, this four - cylinder engine is content to consume only 8.5 liters per 100 km (27.67 US mpg).

Toyota Auris hybrid — Green Car Rating: 32 — CO2: 89 g / km The Hybrid Synergy drive system is almost identical to that of the successful Prius, emitting just 89 gCO2 / km on the standard test cycle.

[13][16][17] Carbon dioxide emissions (CO2) are 89 g / km on the standard test cycle which allows the model to be exempted from paying Vehicle Excise Duty (for cars registered prior to 1 April 2017) and the London congestion charge.

GM says during a recent industry - standard test cycle, a ’19 Silverado 2 - wheel - drive with a 5.3 L V - 8 and DFM operated with fewer than eight cylinders more than 60 % of the time, which is 9 % more than a comparably equipped ’18 model with AFM.

Not exact matches

The intracellular T3 deficiency seen with these conditions often results in a vicious cycle of worsening symptoms that usually goes untreated because standard thyroid tests look normal.

Based primarily on the results from the field test and feedback from educators and stakeholders, we have made the decision to review the social studies standards earlier than the traditional six - year cycle.

Next Steps Based primarily on the results from the field test and feedback from educators and stakeholders, we have made the decision to review the social studies standards earlier than the traditional six - year cycle.

This testing matches the EPA range, and the WLTP standard is more generous than the new European Driving Cycle ratings.

The four - cylinder diesel engine featured in this particular version of the BMW 1 Series delivers maximum torque of 260 N · m (192 lb - ft) and, in combination with the BMW EfficientDynamics techologies also featured as standard in this model, allows average fuel consumption in the EU test cycle of 4.4 L / 100 kilometers (53.5 mpg US) and a CO2 rating of 118 grams per kilometer.

• New generation of engines with MINI TwinPower Turbo Technology; three model variants available as of market launch: MINI Cooper with 100 kW / 136 bhp 3 - cylinder engine, MINI Cooper S with 141 kW / 192 bhp 4 - cylinder petrol engine and MINI Cooper D with 3 - cylinder diesel engine (85 kW / 116 bhp); expansion of the model program to include the entry - level variants MINI One D (3 - cylinder diesel engine, 70 kW / 95 bhp) and MINI One (3 - cylinder spark - ignition engine, 75 kW / 102 bhp); 6 - speed manual transmission as standard, with optional 6 - speed automatic transmission or sports automatic transmission, also newly developed; extensive MINIMALISM technology including automatic engine start / stop function likewise in conjunction with automatic transmission and optional GREEN mode; improved driving performance figures and reduced fuel consumption; biggest efficiency advance in the MINI Cooper with automatic transmission: acceleration from zero to 100 km / h 2.6 seconds faster, average fuel consumption 27 per cent lower; lowest fuel consumption and CO2 levels in the MINI Cooper D: 3.5 — 3.6 litres / 100 km, 92 — 95 g / km (EU test cycle figures, dependent on tyre format selected).

Where the standard Civic's Econ mode felt like a massive compromise to cheat a few more miles per gallon out of the EPA's test cycle, the Hybrid's Econ mode feels like a tool to use to help stretch the time between fill - ups.

It has an average fuel consumption of 2.1 l / 100 km on the standard European test cycle and CO2 emissions equivalent to 49g / km.

Update, 10/3/16: An earlier version of this story incorrectly stated that the Ampera - e has a shorter total range quoted under European test cycle standards versus the EPA's test in the US.

The US range numbers are not available yet, but the official European test cycle range is quoted at 174 miles for the i3s, 12 miles less than standard i3.

Experience with professional software engineering best practices for the full software development life cycle, including coding standards, code reviews, source control management, build processes, testing and operations

The assigned roles and responsibilities of the position include testing software standards, developing quality assurance plans, testing software in multiple platforms, and evaluating product development life cycle prior to production release.

• Proven record of efficiently setting up production machines and equipment according to each production cycle • Demonstrated expertise in inspecting equipment to identify replacements, malfunctions and repairs • Deep insight into performing both regular and preventative maintenance on production machineries and equipment • Highly skilled in evaluating production equipment performance and recommending improvements to ensure production cycles» continuity • Proven ability to operate trucks and forklifts to transfer materials and production equipment between warehouses and work areas • Documented success in determining type and quantity of materials required for each production cycle and efficiently loading them in production machines • Proficient in identifying and reporting unsafe operations or machineries to ensure workplace and workers» safety and wellbeing • Adept at testing and measuring finished products against work specification and quality control standards • Competent at troubleshooting mechanical and electrical problems with production machineries and ensuring minimum downtime by handling issues in a proactive manner

Contributor in early design cycle decisions: hardware / software partitioning, development and test methodologies, software development standards, implementation language, schedule and milestones.

Established the software quality standards for life cycle, documentation, development methods, testing and maintenance of quantitative measurements and techniques for measuring software quality

Ice Cream Maker DAIRY QUEEN GRILL, Lewes, DE (5/2013 to Present) • Check ice cream making equipment to ensure that it is in proper working order • Perform any minor repair on maintenance tasks such as repairing leaks or handling plugging • Set up, operate and tend to equipment to cook, mix and blend ingredients for making ice cream • Handle controls such as valves to adjust operations to make sure that optimum work processes are carried out • Follow recipes to produce ice creams of different flavors and textures • Record each cycle of production and test data for each batch to ensure conformity to standards • Mix and blend ingredients according to specified recipes and check each process to ensure that quality standards are met • Determine mixing sequences by maintaining knowledge of temperature effects • Taste end product to ensure that the taste, texture and quality is according to specified standards • Clean and perform preventative and general maintenance on ice cream making machines • Inspect final product and pack it in appropriate containers • Ascertain that end product is carefully and appropriately stored in freezers • Procure ingredients and make sure that all supplies are available at all times • Handle supplies inventory and ensure that any problems with ice cream making machines or tools is reported properly

* Conversant with all phases of Project Life Cycle including Requirement gathering, Analysis, Design, Development, Implementation, Testing, Software quality standards and configuration management...

* Extensive knowledge of Quality Assurance standards, methodologies and strategies with good understanding of Software Development Life Cycle (SDLC), Software Testing Life Cycle (STLC) and worked on Waterfall and Agile project environments.

The team can (1) adopt the change as a standard of practice, (2) test the change under different circumstances through a new PDSA cycle, or (3) abandon the change and try a new solution to the problem.