MAN3554 – Safety and Risk Management is a 1-credit upper-division course on identifying, assessing, and controlling safety and operational risk, with emphasis on how these apply within supply chain management. At Miami Dade College it sits in the Discipline Content Core of the Supply Chain Management Bachelor of Applied Science program.
The credit value is unusual and deliberate: this is a focused, single-credit course, not a survey. Its purpose is to give supply chain and operations students working competence in the safety obligations and risk-management methods they will be accountable for — warehouse and transportation safety, regulatory compliance, hazard identification, and the systematic assessment of what can go wrong in a supply chain and what it would cost.
Content covers safety management fundamentals — the business and legal case, and safety as an operational outcome rather than a program; OSHA and the regulatory framework — the General Duty Clause, applicable standards, recordkeeping, and inspections; hazard identification and assessment — job hazard analysis and inspection methods; warehouse and distribution center safety — powered industrial trucks, racking, material handling, and pedestrian separation; transportation safety — driver hours, vehicle condition, and cargo securement; hazardous materials — classification, communication, and handling requirements; ergonomics — manual handling and repetitive-motion exposure; emergency preparedness — response planning, evacuation, and Florida hurricane considerations; incident investigation — root cause analysis and corrective action; safety culture and behavior — training, accountability, and reporting; risk management principles — identification, assessment, likelihood and impact, and risk registers; supply chain risk — supplier, disruption, geopolitical, and single-point-of-failure risk; risk response — avoid, mitigate, transfer, and accept; insurance and risk transfer — coverage types and contractual allocation; business continuity — planning, recovery, and testing; and metrics — incident rates, leading and lagging indicators, and cost of risk.
The realistic framing for most students taking this course: it is unlikely to be your job title, and it is very likely to be part of your job. Warehouse, distribution, and transportation managers are directly accountable for safety outcomes, and in Florida — with its large logistics sector, its concentration of distribution facilities along the I-4 and I-95 corridors, and its annual hurricane exposure — business continuity planning is an operational reality rather than a theoretical exercise. Specialists exist, and credentials such as the CSP (Certified Safety Professional) or ASP support that path.
An unusual and important detail. MAN3554 carries 1 credit at Miami Dade College, where it sits in the Discipline Content Core of the Supply Chain Management B.A.S. Most upper-division management courses carry 3, and students and advisors routinely assume 3.
Two practical consequences. Check your degree audit rather than assuming this fills a 3-credit requirement — it does not, and a student planning a term's load around it can come up short. And note that credit values across this course family are genuinely varied: related supply chain numbers range from 1 to 3 credits (MAN4940 field study is 2, MAN4593 is 2, MAN4597 is 3). Because SCNS equivalency applies to the same number at the same level, never across numbers, and because credit values can differ by institution for the same number, confirm both the number and the credit count with an advisor before registering — particularly if you are transferring into a B.A.S. program from an associate degree.
The framing the course exists to establish, and the one that most changes how a graduate behaves. Students frequently assume safety is delegated to a safety officer. In practice, operating managers produce safety outcomes through decisions about staffing levels, schedule pressure, equipment maintenance, training time, and what behavior they tolerate.
The mechanism is worth understanding concretely: a manager who demands throughput that cannot be achieved by following procedure has effectively instructed people to skip the procedure, whatever the posted policy says. Most serious incidents trace back to normalized deviations — shortcuts that worked repeatedly until conditions changed — rather than to a single reckless act.
Legally, the point is equally direct. Under the OSH Act's General Duty Clause, an employer must provide a workplace free of recognized hazards likely to cause death or serious harm, even where no specific standard applies. "There was no rule about it" is not a defense, and neither is "the employee chose not to follow the procedure" where the employer knew the procedure was routinely bypassed.
The most useful practical tool in the course, and the one students most often invert. Faced with a hazard, the untrained response is to issue protective equipment. The hierarchy of controls ranks responses by effectiveness, and PPE is last:
The reason the order matters is that the top three do not depend on human behavior and the bottom two do. A warehouse that separates forklift and pedestrian traffic physically has controlled the hazard; one that issues high-visibility vests and posts a sign has not. In an interview or an audit, being able to reason through this hierarchy is exactly what distinguishes a manager who understands safety from one who has memorized rules.
The discipline that makes incident investigation useful. The easy conclusion after an incident is that someone made a mistake, followed by retraining and a reminder to be careful. That closes the file and changes nothing, and the same incident recurs.
Useful investigation asks why the error was possible and why it was likely: Was the procedure realistic under actual production pressure? Was the equipment guarded? Was the person trained, rested, and adequately staffed? Had this shortcut been observed before and tolerated? Was the safe way also the slow way? Techniques such as the Five Whys and fishbone analysis exist to push past the first answer.
Two related points worth carrying. Near misses are free information — the same causal chain as an injury without the injury — and organizations that investigate them prevent incidents, while organizations that punish reporting stop hearing about them and lose their best early warning. And corrective actions should be verified rather than merely assigned; the most common failure in this whole process is a corrective action that was never implemented.
The transferable analytical method, and it applies well beyond safety. A risk register lists what could go wrong, scores each by likelihood and impact, and prioritizes accordingly — because organizations have finite attention and treating every risk as equally urgent means treating none of them seriously.
Two refinements that separate competent practice from box-ticking. First, low-likelihood, catastrophic-impact risks are the ones most often mishandled: they score in the middle of a matrix and get neglected, and they are precisely the ones that destroy operations. Second, the four responses — avoid, mitigate, transfer, accept — are all legitimate, and accepting a risk knowingly is a decision, not a failure, provided it is documented and revisited. What is not legitimate is accepting a risk by never having identified it. Note also that transfer through insurance moves the financial loss, not the operational disruption: an insured warehouse fire still stops shipments.
The state-specific content that makes this course immediately practical here. Florida operations face an annual, forecastable, and recurring disruption, which is unusual — most business continuity planning addresses low-probability events, while hurricane season is a scheduled certainty of unknown severity.
What that means operationally for a supply chain: pre-season preparation (facility hardening, generator and fuel contracts, elevated storage of critical inventory, data backup offsite); decision triggers defined in advance — at what forecast point do you stop shipping, release staff, and secure the facility, given that everyone else is making the same decision simultaneously; pre-positioned inventory and alternate sourcing, since ports close and interstates become evacuation routes; employee welfare, because staff have their own evacuations and losses and may not be available afterward; and recovery sequencing — power, communications, road access, and workforce return rarely restore together.
Also worth knowing: after a storm, demand patterns invert — building materials, generators, water, and fuel spike while normal consumption collapses — and firms that planned for it capture the work. FEMA and the Florida Division of Emergency Management publish free continuity templates, and the plan must be tested; an untested continuity plan is a document, not a capability.
An easy and consequential mix-up, and worth stating explicitly because the numbers are adjacent and the titles sound similar. MAN3554 is Safety and Risk Management, 1 credit. The operations and production content sits under different numbers:
Related supply chain coursework includes MAN3593 (logistics management), MAN4597 (global supply chain management), MAN4593 (supply chain theory, 2 credits), MAN4940 (field study, 2 credits), BUL4461 (law of international trade), and the TRA prefix courses — TRA3132 (purchasing and inventory), TRA3034 (transportation and traffic), and TRA4234 (warehouse management). SCNS equivalency applies to the same number at the same level, never across numbers, so none of these substitute for one another automatically. Many Florida supply chain programs are Bachelor of Applied Science degrees built on specific associate pathways — follow your university's published articulation rather than assuming general transfer rules apply.
Generated September 1, 2026 · Updated September 1, 2026