OPM 4200 Module 2 Process Thinking Example

Course	OPM-4200 Supply Chain Management
Module	Module 2
Paper type	Module 2 case assignment: process thinking
Length	About 552 words, 5 pages
Format	APA 7 student paper
School	Thomas Edison State University
Program	B.S.B.A. in Operations Management
Updated	October 2026

Free sample paper for OPM 4200 Module 2

Eleven and a Half Days for a Day and a Half of Work: Mapping Dealer Orders at an E-Bike Maker

Student Name

B.S.B.A. in Operations Management, Thomas Edison State University

OPM-4200: Supply Chain Management

Mentor Name

Month Day, Year

What this page is doingThe title states the gap the process map revealed between elapsed time and value-added time.

Eleven and a Half Days for a Day and a Half of Work: Mapping Dealer Orders at an E-Bike Maker

The Process and Why It Matters

About 300 independent bike shops order commuter and performance e-bikes from the company. Dealers complain that orders take two weeks to arrive, while a competitor ships in five days, and three shops told our sales manager last spring that they would shift part of their orders unless delivery improved. Fawcett et al. (2007) stress process thinking: viewing work as flows that cross functional boundaries, because most delays and errors occur at the handoffs between departments rather than within them.

The Process Map

I followed twenty dealer orders through the company and timed each step.

Only 1.5 of 11.5 days, 13 percent, add value the customer would pay for. Transit is necessary but does not change the bike.

Step	Department	Average elapsed time	Value-added?
Order received by email and entered	Sales	0.5 day	No
Credit check, done in a weekly batch on Mondays	Finance	3.0 days	No
Order released to planning	Sales	0.5 day	No
Order waits for weekly production schedule	Planning	3.5 days	No
Bike assembled and tested	Assembly	1.0 day	Yes
Bike boxed	Shipping	0.5 day	Yes
Wait for carrier pickup	Shipping	1.0 day	No
Transit to dealer	Carrier	1.5 days	No
Total	\| 11.5 days	1.5 days value-added

Finding the Constraints

Two batch practices account for 6.5 days. Finance checks credit once a week, so an order placed on Tuesday waits almost a week; most dealers have ordered from the company for years without a payment problem. Planning builds a schedule each Friday, so released orders wait for the next schedule even when assembly has capacity. Hammer (1990) urged managers to redesign processes from the ground up rather than automate existing steps, asking of each step whether it needs to exist at all. Neither batch adds value; both exist because each department optimized its own work.

Goldratt and Cox (1984) argued that a system's output is limited by its constraint, and that improving anything else is wasted effort. Assembly, the step most managers would try to speed up, is not the constraint; it runs at 70 percent of capacity. The constraints are the weekly batches.

What this page is doingShowing that assembly, the obvious target, is not the constraint is the insight process mapping provides and intuition misses.

Redesign

The redesigned process takes about 5 days for most orders: 1.5 days of value-added work, 1.5 days in transit and about 2 days of remaining waits. Value-added time rises from 13 to about 30 percent.

Change	Effect
Automatic credit approval for dealers with clean two-year records; manual check only for new or late-paying dealers	Removes 3.0 days for about 85 percent of orders
Daily scheduling with a fixed noon cutoff	Cuts schedule wait from 3.5 to 0.5 day
Online dealer portal replacing email orders	Cuts entry from 0.5 to near zero and reduces errors
Daily scheduled carrier pickup at 4 p.m.	Cuts pickup wait from 1.0 to 0.5 day

Measuring Results

The company should measure order-to-delivery cycle time weekly, from the dealer's order to the carrier's delivery scan, and the share of orders delivered in five days or less, with a target of 90 percent.

Conclusion

Mapping the process across departments showed that the delay lies between functions, not within assembly. Removing two batch practices cuts cycle time by more than half without new equipment or new hires.

References

Fawcett, S. E., Ellram, L. M., & Ogden, J. A. (2007). Supply chain management: From vision to implementation. Pearson Prentice Hall.

Goldratt, E. M., & Cox, J. (1984). The goal: A process of ongoing improvement. North River Press.

Hammer, M. (1990). Reengineering work: Don't automate, obliterate. Harvard Business Review, 68(4), 104-112.

Reading the OPM 4200 Module 2 assignment instructions

The Module 2 case covers process thinking. Expect to map a supply chain process that crosses departments, time each step, separate value-added from non-value-added time, identify constraints and redesign the process. Gather or estimate real times where you can, and present the map as a table or flowchart. Explain why each delay exists, since most are the result of a department optimizing its own work, and show what the redesign would achieve in cycle time. Follow real orders through the process if you can, and record where each one waits, since waits usually account for most of the elapsed time. Present the map as a table with a column marking value-added steps.

How the OPM 4200 Module 2 example is put together

The paper opens with the process and the dealers' complaint. A table maps eight steps with department, time and whether each adds value, and the text computes the value-added share. A section traces the delay to two batch practices, using research on process redesign and on constraints, and shows that assembly is not the constraint. A table sets out four changes and their effects, and sections on measurement and a conclusion follow. The redesign table estimates the effect of each change on cycle time, and a measurement section sets a weekly cycle time measure and a target for orders delivered within five days. The constraint analysis shows that assembly runs at 70 percent of capacity, so speeding it up would not shorten the cycle.

Reading the OPM 4200 Module 2 grading rubric

Mentors grade this case on accurate process mapping, correct identification of value-added time and constraints, practical redesign and clear writing. Papers that measure each step, rather than describing the process, show rigor. Identifying the true constraint, and showing that the obvious target is not it, demonstrates insight. A redesign with estimated effects and a measure of success shows the analysis can guide action. A redesign with an estimated effect for each change, and a measure to track the result, shows how process analysis leads to accountable improvement. Evidence from followed orders, not estimates alone, strengthens the map. Correctly separating necessary transit from value-added work shows careful classification. Plain, specific prose helps the reader.

Common OPM 4200 Module 2 mistakes, and how to avoid them

Students lose points by describing a process without timing it, by counting necessary waits as value-added or by speeding up a step that is not the constraint. Others redesign without explaining why delays exist. Time every step. Separate value-added from waiting. Find the constraint. Ask why each delay exists before removing the step. Estimate how much time each change saves, and set a measure that will show whether the redesign worked. Confirm that the step you plan to fix is the real bottleneck before committing any budget. A free first sample on your own OPM-4200 process thinking case is available on request.

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More OPM 4200 and B.S.B.A. in Operations Management sample papers

OPM 4200 Module 2 questions, answered

Where can I find a free OPM 4200 Module 2 sample paper?

A process map of an e-bike maker's dealer order-to-delivery cycle is the case above.

What is process thinking in supply chain management?

Viewing work as flows that cross departments, since delays and errors often occur at handoffs.

What is value-added time?

Time spent on work that changes the product or service in a way the customer would pay for.

What is a constraint?

The step that limits a system's output; improving anything else does not raise output.

Why do batch practices slow a process?

Orders wait for the next batch, even when the work itself takes little time.

OPM 4200 Module 2 Case Assignment: Mapping the Order-to-Delivery Process for Dealer Orders Example