Contact ALIC: alic@allegheny.edu

Automation & Controls

Technology Skill Building provides learners with progressive training in Microsoft Excel, one of the most widely used tools in modern manufacturing and business operations. Through a structured three-course sequence — Introduction to Microsoft Excel (Level 1), Applications of Microsoft Excel (Level 2), and Excelling with Microsoft Excel (Level 3) — participants build from foundational spreadsheet skills to advanced data analysis, automation, and productivity techniques. Learners start with formatting, formulas, and navigation, then move on to functions, PivotTables, lookup tools, and data visualization. The final course introduces advanced tools such as macros, Visual Basic for Applications (VBA), what-if analysis, and importing/exporting data from multiple sources.

By the end of this series, students are fully equipped to manage complex workbooks, automate repetitive tasks, and perform high-level data analysis with confidence and efficiency. Whether organizing production schedules, analyzing quality data, or generating insightful reports, graduates will have practical Excel expertise that is immediately applicable to manufacturing, logistics, finance, and administrative roles. The hands-on approach, paired with real-world exercises and expert instruction, ensures that learners walk away with skills that directly enhance workplace productivity and decision-making.

  • Advanced SolidWorks

    Programmable Logic Controllers (PLC) 1

    $625.00
    This course provides a foundational overview of PLCs used in industrial automation. Students will learn about PLC hardware components, basic programming concepts using ladder logic, input/output configuration, and troubleshooting techniques. Hands-on exercises focus on designing, programming, and testing simple control systems to develop essential skills for manufacturing and process automation. Dates: September 8th - October 1st (Monday/Wednesday, 5:00 pm - 7:00 pm)  
  • Programmable Logic Controllers (PLC) 2

    $625.00
    This course builds on basic PLC knowledge to cover advanced programming concepts, including timers, counters, data handling, and analog I/O processing. Students will learn to develop complex control sequences, integrate communication protocols, and troubleshoot real-world industrial automation systems. Hands-on labs focus on enhancing problem-solving skills and optimizing PLC applications in manufacturing and process control. Dates: January 5th - February 2nd, 2026 (Monday/Wednesday, 4:00 pm - 6:00 pm)  
  • Shop Safety and OSHA agent

    Robotics 1 – Automation

    $625.00
    Building on foundational PLC knowledge, this course explores comprehensive automation systems used in modern manufacturing and process control. Students will learn advanced PLC programming techniques, integration of sensors and actuators, communication protocols, and supervisory control through Human-Machine Interfaces (HMIs) and SCADA systems. Emphasis is placed on designing, troubleshooting, and optimizing automated systems for efficiency and reliability. Dates: October 6th - October 29th, 2025 (4:00 pm - 6:00 pm)  
  • Productive robots arm holding a drill

    Robotics 2 – Collaborative Robots

    $625.00
    This course introduces the fundamentals of collaborative robots (cobots), focusing on their design, safety features, and applications in manufacturing environments. Students will learn how cobots interact safely with humans, basic programming, and simple task automation using industry-standard platforms. Dates: November 4th - November 25th, 2025 (Tuesday/Thursday, 5:00 pm - 7:00 pm)  
  • Robotic Integrations and Automation

    Robotics 3 – Integration

    $625.00
    This course explores the integration of programmable logic controllers (PLCs), advanced automation systems, and collaborative robotics into cohesive manufacturing workflows. Students will learn to design, program, and troubleshoot interconnected control systems, focusing on communication protocols, sensor and actuator coordination, and safety interlocks. Emphasis is placed on optimizing efficiency, reliability, and human-robot collaboration in complex industrial environments. Dates: April 7th - April 30th, 2026 (Monday/Wednesday from 4:00 pm - 6:00 pm) Instructor: Adam Dunn