NCC and Direct Companies Partner to Advance DCS Training in Iowa

Strengthening the Future of Industrial Automation Through Industry-Academic Synergy

The Evolution of Workforce Training in Iowa

Northwest Iowa Community College (NCC) continues to refine its partnership with Direct Companies to elevate technical education. This collaboration bridges the gap between theoretical classroom learning and the high-demand requirements of the modern factory automation sector. By integrating professional engineers into the curriculum, NCC ensures that its Industrial Instrumentation & Control (IIC) program remains at the cutting edge of the field.

Bridging Theory and Practical DCS Application

Pat Stockert, a Senior Process Engineer at Direct Companies, currently leads specialized instruction in Distributed Control Systems (DCS) at the NCC campus. This technology serves as the central nervous system for complex industrial operations. Although students study the "why" behind control systems in textbooks, Stockert emphasizes that hands-on experience allows them to "connect the dots." Consequently, students gain a realistic perspective on how these systems manage critical variables like pressure and temperature.

Comparing PLC vs. DCS in Modern Factory Environments

In the current industrial landscape, many facilities still rely on Programmable Logic Controllers (PLCs) for discrete tasks. However, Jameson Sistrunk, a second-year IIC student, observes that DCS represents a significant technological leap forward. While a PLC typically handles individual machines, a DCS manages the entire plant as a unified entity. Therefore, mastering DCS technology, specifically platforms like Emerson's DeltaV, makes technicians significantly more marketable in the global labor market.

Real-World Precision: The "Cruise Control" of Process Plants

Stockert compares complex control systems to a highly sophisticated version of automotive cruise control. For instance, in an ethanol production facility, the system must maintain exact liquid levels and temperatures during evaporation processes. Moreover, these systems must react instantaneously to process fluctuations to ensure safety and efficiency. This level of precision is fundamental to maximizing yield while minimizing waste in chemical and power generation sectors.

Early Career Recruitment and Financial Sponsorship

Industry leaders actively recruit IIC students as early as their first year of study. Jameson Sistrunk, for example, secured a sponsorship and an internship with POET in Ashton, Iowa, before graduation. This direct pipeline between NCC and major industrial players provides a clear ROI for students. Furthermore, it allows companies to secure a steady flow of skilled labor in a highly competitive job market.

Expert Insight: The Shift Toward Integrated Control

As an industry observer, it is clear that the convergence of IT and OT (Operational Technology) is accelerating. Traditional silos between different automation layers are disappearing. Therefore, educational programs must move beyond basic electrical wiring to include data networking and high-level system integration. NCC’s focus on DCS indicates a forward-thinking approach that prepares graduates for the "Smart Factory" era where data-driven decisions govern every process.

Strategic Investment in Regional Talent

Shane Peterson, Dean of Applied Technology at NCC, views these partnerships as essential investments in the regional workforce. Direct Companies provides Stockert with release time to teach, demonstrating a long-term commitment to the industry’s health. As a result, the region benefits from a talent pool that possesses both the confidence and the technical skills to manage multi-million dollar industrial assets.

Application Scenarios and Solutions

• Ethanol and Biofuel Production: Implementing DCS to manage the heat balance and evaporation rates in fermentation tanks ensures consistent product quality and fuel grade.

• Chemical Processing Interlocks: Utilizing high-integrity control systems to manage safety interlocks, preventing over-pressure events in volatile storage environments.

• Power Generation Load Management: Scaling automation systems to balance turbine speeds and load distribution, mimicking the "cruise control" effect on a massive industrial scale.

• Water and Wastewater Treatment: Leveraging PLC and DCS integration to monitor chemical dosing and flow rates across expansive geographic areas.