Take My SNHU Operations Management Classes

All six courses named on the program page are in scope.

QSO 320 Management Science through Spreadsheets is the quantitative core. Students build Excel models for linear programming with Solver, transportation and assignment problems, inventory models such as economic order quantity and reorder points, forecasting with moving averages, exponential smoothing and regression, decision trees and simple simulation.

QSO 325 Continuous Improvement Tools and Techniques covers Lean and Six Sigma: value stream mapping, the eight wastes, 5S, kaizen, standard work, DMAIC, process capability, control charts, Pareto analysis, fishbone diagrams and root cause analysis.

QSO 328 Sustainable Operations asks how an operation can cut waste and emissions while still hitting cost and service targets, with carbon accounting, life cycle thinking, returns and supplier standards along the way.

QSO 330 Supply Chain Management covers sourcing and supplier selection, the bullwhip effect, inventory positioning, distribution networks, transportation modes, demand planning, sales and operations planning and supply chain risk and resilience.

QSO 415 Trends in Operations Management examines current shifts such as warehouse automation and robotics, AI in demand forecasting, nearshoring, additive manufacturing and digital twins, usually through research papers and case analyses.

QSO 489 Capstone in Operations Management brings the major together in an improvement or strategy project for a real or realistic operation.

Course pages for all six are linked lower down.

Operations courses make the most sense attached to a real kind of operation, so the plan starts with which of the six remain, the terms you plan to take them and the setting you know: a distribution center, a food plant, a hospital supply department, a trucking company or a retail store.

Each course goes to a practitioner from that discipline. A supply chain analyst who models networks in Excel takes QSO 320; a Lean Six Sigma black belt takes QSO 325; a corporate sustainability manager takes QSO 328; a logistics director takes QSO 330; an operations consultant who tracks automation and AI takes QSO 415; a former plant manager takes QSO 489.

One operation can carry through the major. Consider a regional distribution center shipping groceries to sixty stores. QSO 320 can optimize its delivery routes and set reorder points, QSO 325 can run a DMAIC project on mis-picks, QSO 328 can calculate the fleet's emissions and plan a switch to electric yard trucks, QSO 330 can redesign its supplier mix after a shortage, QSO 415 can evaluate goods-to-person robots and QSO 489 can propose the improvement plan that ties them together.

Each module's post is drafted before it opens, and models arrive days ahead of their due dates.

When a course closes, the next practitioner receives a note on your operation, its figures and your writing voice.

Operations courses are taken by people who have stood on the floor and sat in the planning meeting. One models delivery networks for a national grocery retailer; one has led kaizen events and Six Sigma projects in two automotive plants; one writes the annual emissions disclosure for a packaging manufacturer; one directs a 200-truck regional fleet; one advises warehouses on automation; one ran a 400-person food plant for nine years.

APICS CSCP and CPIM, ASQ green and black belts and the PMP are common credentials among them.

That background shows in small things graders notice: a linear program whose constraints match the real limits of a dock, a control chart with limits calculated from the data rather than guessed, an improvement plan with an owner and a date beside every action.

A colleague from a different operations specialty rereads each file before it leaves, and every Excel model is rerun from scratch.

Spreadsheet modeling is the first hurdle. QSO 320 asks students to translate a business problem into decision variables, an objective and constraints, then solve it with Solver, and a missing constraint or a wrong cell reference produces an answer that looks fine but is wrong.

Statistics is the second. QSO 325 control charts and capability studies require the right chart for the data and correct limits.

Measurement is the third. QSO 328 carbon calculations need emission factors and scope boundaries applied consistently.

Analysis is the fourth. QSO 330 and QSO 415 papers must go beyond describing a trend or a disruption to recommending what an operation should do.

The capstone needs all of it.

Most students also run shifts or teams, and peak season, audits and inventory counts rarely line up with an 8-week term.

Realistic numbers are hard to find. Many assignments ask for realistic volumes, costs or emission factors, and finding defensible figures takes time before any modeling starts.

QSO 320 and the QSO 489 capstone are the costliest to hand over, QSO 325 and QSO 330 sit in the middle, and QSO 328 and QSO 415 are usually the least.

Scope is your choice. Supervisors who already run Lean events often keep QSO 325, buyers and planners often keep QSO 330, and almost everyone hands over the Solver-heavy QSO 320.

Course outlines that arrive roughly a week and a half before a term let each practitioner work through every module first; a course already in week three or four is simply picked up there.

Quizzes on a timer, proctored exams, APICS or ASQ certification tests and any confidential numbers from your employer are left with you.

If your degree audit shows general education or business core courses still ahead, those can be planned alongside on request.