February 13, 2015 the First Circuit denied these requests.
February 13, 2015 the First Circuit denied these requests.
Allegation of Misused SSN
Question: How should we respond to an allegation that a Social Security number (SSN) belonging to someone else is being used by one of our employees?
Answer: As a first course of action, you may want to confirm that the accuracy of the Social Security number (SSN) being provided matches Form I-9 and other payroll data points. You may also contact your local Social Security Administration (SSA) office to verify that the employee’s name and birthdate match the SSN being used.
When a matter of this nature is determined by the SSA, a mismatch letter is issued to the employer advising that the employer correct their records accordingly, which often results in the employee needing to correct the matter with the SSA.
If after contacting the SSA you find the allegation to have merit, we recommend speaking with the employee to advise that there is a discrepancy with the SSN that has been provided and permit the employee to go to the SSA office to rectify the matter during the next business day. More information is available at https://www.socialsecurity.gov/employer/ssnvshandbk/failedSSN.htm
According to SSA you should remember the following:
• A mismatch is not a basis, in and of itself, for you to take any adverse action against an employee, such as laying off, suspending, firing or discriminating.
• Company policy should be applied consistently to all workers.
• Any employer that uses the failure of the information to match SSA records to take inappropriate adverse action against a worker may violate State or Federal law.
• The information you receive from SSNVS does not make any statement regarding a worker’s immigration status.
Further assistance may be accessible through your legal counsel.
According to Julie Nelson in her paper “Are Women Really More Risk-Averse than Men?”, this question is like stating Canadians are right-handed, since ninety percent are. But, you would reject that thesis immediately. Studies demonstrate that women are more risk-averse than male counterparts, at least in the social laboratory; however, no study has shown that risk-aversion is feminine or quintessentially female.
The real question, when risk management and loss control programs are designed, is what risks are acceptable. Risk aversion may be the essence of great risk management.
The value of diverse opinions, risk tolerance, viewpoints, or just questioning standard operating procedures is enormous in retooling or creating a safety program in the workplace. Efficiency experts and quality control people often go to the first person along the assembly line and show them the finished product. They ask for input for improvements by way of the product, work conditions or safety. After carefully listening, they continue to move down the line getting more input. Why? Because these folks spend eight hours a day thinking about it. Nobody is more expert.
In the end, the management of the company has views from several stops along the assembly procedure, from divergent personalities, and from different levels of understanding the finished product. Inevitably, this source of information proves most valuable and accurate.
Now consider your safety program review. Everyone should be interviewed from the person ordering safety protection equipment to the president of the company. Don’t ignore the office staff – very often are the best source for what really concerns the workers or how they view the company safety culture. Don’t bias the study by interviewing only men or only women about certain jobs. You want to know the concerns of the most risk averse and the mentality of the least risk averse employee.
You may find the women to be very willing to take measured risks in some areas while men are very timid in the same. The important data involves what are the areas of agreement for what is universally acceptable risk and unacceptable risk. The middle is the range of risk aversion.
Regardless of the sex of the individual, some training may be appropriate to bring the most risk averse into the mainstream and the most risk tolerant into a safer mental environment.
Lost three hours on the line to tend to an industrial accident.Supervisor spent ten hours following up with hospitals, doctors and an incident investigation to understand how the injury occurred.Managers needed to buck up employee morale and communicate what the company is doing for the injured employee.Post-injury training programs were implemented to avoid the problem in the future.Executives dealing with any negative publicity.OSHA fines, hearings, documentation or just being shut down for their investigation.And these are just the most obvious indirect costs.
Certainly someone in your organization inspects hand tools for wear and tear, cracking, or chipping. Grounds on electrical tools should be periodically checked as well as operational fitness.
But your employees and subcontractors bring tools on site too. Who checks those tools?
As a prime contractor, you are still responsible for overall workers’ compensation and general liability claims. Check their tools and personal protection equipment (PPE) too.
A fairly quick visual inspection will tell you if hard hats fit properly, whether or not workers have proper eye protection, are they dressed correctly for the work, and if they have appropriate footwear.
Take time to check any suspicious or missing PPE.
Check hand tools to assure quality: no spurs on hammers or chisels, handles securely attached, no cracks or breaks, nothing rusted shut or open? Saws sharp?
Inspect the cords on power tools. Are they grounded? No loose prongs? Are they appropriate for the application?
Most of these inspections can be done quickly and unobtrusively while the crew sets up their workspace. Ask if they have an assured grounding program, and if so, could you review the paperwork.
Offer to help correct any deficiencies. The idea is to work safely, not stop work completely.
Observe the safety attitude of these subcontractors. It’s one thing to have proper tools, PPE and work clothes. It requires discipline and good work habits to operate safely.
Tell and write your employees about your standards for proper tool maintenance. They should want to bring their own tools. You, however, are still responsible.
Certainly power tools must be properly grounded. Require these personal tools to be inspected and tagged as acceptable.
If OSHA visits the site and corporate tools undergo an inspection process, but personal tools do not, or if it’s significantly different, OSHA will rightfully have an issue with this protocol. You may still be in compliance, but sloppy habits point to greater potential problems.
Besides, don’t your employees deserve a safe workplace not invaded with dangerously maintained tools and ungrounded power equipment.
Observe the workforce, the entire workforce. Inspect tools to assure safety and proper maintenance. Require subcontractors and specialty labor to follow the same rules. Keep the workplace safe for all of them.
Before construction begins on any site, it’s a good idea to walk through your work. Excavation is a tricky operation because the operator must focus on surface down; however, some of the worst possible accidents can occur above the equipment.
First, have the utilities identified by the marking service operating in your area or state.
Overhead wires, cables, tree branches or structures can be struck by the boom if not properly managed. A walk-through helps select the proper equipment and point of attack.
Start by looking up. Any problems such as wires? Note them in the instructions for your operator.
Bring your eyes down to boom swing level. Parking areas, decks, office trailers, anything that can get hit by a boom needs to be noted.
Bring the utilities maps, existing and proposed, and double check locations. The markers and you can both make errors in location. Are all electrical lines and fiber optics located and in agreement with the utility plans? Any high pressure gas lines or pipelines?
Use white marking paint to layout your workspace. Can you excavate, load trucks and stockpile fill logically and safely? Ample ingress and egress for trucks? Minimum of trucks backing up?
Map the entire process out, make notes, and share them with your operator.
Okay, so why check from the top down?
The focus shifts to the trench, basement, utility or whatever operation you’re performing so naturally, that many people forget the big picture. The focus of the crew tends to stay downward once the operation begins. It is important to design the operation so the overhead exposures remain minimally invasive.
Any time in the process that the unexpected is encountered, for example the fiber optic line is twenty feet from where it shows on the existing plan, begin the inspection over again from that spot. Look up and begin.
Too many accidents occur when the equipment moves to accommodate a seemingly small adjustment, but nobody checks all three dimensions where the equipment operates. Get into the habit of top down.
Usually, installations begin from the lowest elevation and move to the highest. If you inspect from the top down, you will anticipate the shortest “ceiling” you’ll be working under. Mark that spot mentally and with white paint. That will be your most dangerous above ground impediment.
Remember: top down inspections for safe digging.