Mathematics

M1 Basic Mathematic Skills

Achieving a PEN tsi SCORE of MI-080 or higher indicates a strong probability of success in general problem-solving function

Many jobs require basic math skills, as numeracy is fundamental in various aspects of work and everyday life. Here are some examples:

  1. Retail Sales Associate: Calculating prices, handling transactions, and providing change require basic math skills.

  2. Administrative Assistant: Managing budgets, processing invoices, and performing basic accounting tasks often involve math.

  3. Customer Service Representative: Handling billing inquiries, calculating discounts, and managing customer accounts require basic math proficiency.

  4. Food Service Worker: Measuring ingredients, calculating order totals, and processing payments are common tasks in the food service industry.

  5. Construction Worker: Measuring materials, estimating costs, and understanding basic geometry for layout work all rely on math skills.

  6. Security Guard: Monitoring surveillance equipment, logging activities, and reporting incidents may involve basic math, such as recording times and durations.

  7. Landscaper or Gardener: Calculating measurements for landscaping projects, estimating material quantities, and pricing services require basic math knowledge.

  8. Healthcare Support Worker: Measuring vital signs, calculating medication dosages, and recording patient information often require basic math skills.

  9. Warehouse Worker: Managing inventory, fulfilling orders, and tracking shipments involve basic math for counting and organizing goods.

  10. Cleaner or Janitor: Mixing cleaning solutions, calculating dilution ratios, and managing supplies may involve basic math skills.

 

M2 Intermediate Mathematic Skills

Achieving a PEN tsi SCORE of M2-080 or higher indicates a strong probability of success in general problem-solving function

Manufacturing jobs that require intermediate math problem-solving skills often involve tasks related to production planning, quality control, process optimization, and equipment maintenance. Here are some examples:

  1. Production Planner/Scheduler: Planning production schedules, optimizing workflows, and coordinating resources require intermediate math skills, including understanding capacity constraints, lead times, and production rates.

  2. Quality Control Inspector: Performing inspections, analyzing defects, and implementing quality improvement initiatives require intermediate math skills, such as statistical process control (SPC), sampling techniques, and data analysis.

  3. Process Engineer: Optimizing manufacturing processes, troubleshooting issues, and implementing process improvements require intermediate math skills, including understanding process flows, analyzing production data, and using statistical methods for process optimization.

  4. Maintenance Technician: Diagnosing equipment failures, performing repairs, and conducting preventive maintenance require intermediate math skills, including understanding mechanical systems, interpreting technical diagrams, and calculating equipment specifications.

  5. Inventory Control Specialist: Managing inventory levels, conducting inventory analysis, and optimizing inventory replenishment strategies require intermediate math skills, including understanding inventory turnover rates, reorder points, and economic order quantity (EOQ) calculations.

  6. Supply Chain Analyst: Analyzing supply chain data, optimizing logistics networks, and forecasting demand require intermediate math skills, including understanding inventory models, demand forecasting techniques, and optimization algorithms.

M3  Higher Mathematic Skills

Achieving a PEN tsi SCORE of M3-080 or higher indicates a strong probability of success in general problem-solving function.

  1. Lean Six Sigma Specialist: Implementing lean manufacturing principles, identifying process waste, and leading process improvement projects require intermediate math skills, including statistical analysis, root cause analysis, and performance metric calculations.

  2. CNC Programmer/Machinist: Programming computer numerical control (CNC) machines, setting machining parameters, and optimizing tool paths require intermediate math skills, including trigonometry, geometry, and understanding machining tolerances.

  3. Industrial Engineer: Designing manufacturing layouts, conducting time studies, and optimizing production workflows require intermediate math skills, including understanding work measurement techniques, process flow analysis, and facility layout optimization.

  4. Materials Planner/Buyer: Planning material requirements, optimizing inventory levels, and managing supplier relationships require intermediate math skills, including understanding material planning models, supply chain dynamics, and inventory valuation methods.