Texans strength and conditioning coach Dan Riley has compiled a ...
Texans strength and conditioning coach Dan Riley has compiled a ...
Texans strength and conditioning coach Dan Riley has compiled a ...
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<strong>Texans</strong> <strong>strength</strong> <strong>and</strong> <strong>conditioning</strong> <strong>coach</strong> <strong>Dan</strong> <strong>Riley</strong> <strong>has</strong> <strong>compiled</strong> a list of the<br />
Top 10 most frequently asked questions from his Fitness Corner column.<br />
Hopefully, this can provide a quick reference for everybody who visits<br />
Houston<strong>Texans</strong>.com's Fitness section.<br />
<strong>Riley</strong> <strong>and</strong> assistant <strong>strength</strong> <strong>and</strong> <strong>conditioning</strong> <strong>coach</strong> Ray Wright will<br />
continue to post selected answers to your questions throughout the year.<br />
10 Most Frequently Asked Fitness Corner Questions<br />
1. Who is the strongest Texan<br />
2. Which Texan bench presses the most weight<br />
3. At what age should I start my son/daughter lifting weights<br />
4. How can I gain weight<br />
5. Will you send me your program<br />
6. How can I lose weight<br />
7. Which supplements do you recommend<br />
8. How do I start a <strong>strength</strong> program without getting too bulky<br />
9. How can I increase my quickness <strong>and</strong> speed<br />
10. I want to become a <strong>strength</strong> <strong>coach</strong>. What advice do you have for me<br />
First up...<br />
Who is the strongest Texan<br />
Strongest to do what Pass protect Run block Bench Press Push a truck around<br />
the parking lot<br />
Define <strong>strength</strong>. The researcher defines <strong>strength</strong> as the ability to overcome a<br />
resistance one time. This is convenient for the scientist in the laboratory but not<br />
practical in our athletic setting.<br />
Functional football <strong>strength</strong> is the key for a football player. Our scouts ask that<br />
question all the time. Does he play strong Who cares how much he can lift if he<br />
can’t transfer the <strong>strength</strong> gained in the weight room to a position specific task on<br />
the field Our goal is to find good football players <strong>and</strong> get them strong.<br />
The actual act of lifting a weight is a meaningless task for a football player. It is a<br />
means to an end. For many years we used the act of lifting a weight as the means.<br />
This encouraged players to become preoccupied with the act of lifting the weight <strong>and</strong><br />
usually at the expense of good form. A lack of good form may allow an athlete to<br />
“lift” more weight at the expense of better results.<br />
Muscles are an energy system. Muscles store energy for future use. Properly
performed exercise depletes energy from a muscle <strong>and</strong> the muscle adapts by storing<br />
more energy.<br />
How effectively this additional energy (<strong>strength</strong>) can be used in a sport specific task<br />
is the end result. It doesn’t make any difference how much weight a player can<br />
bounce or throw around in the weight room.<br />
We’ve observed players who look like body builders <strong>and</strong> can lift mega pounds, yet<br />
play weak. When they put the pads on they get pushed all over the field. They have<br />
good “weight room” <strong>strength</strong>, but they can’t transfer it to the playing field.<br />
There are some known (<strong>and</strong> probably many more unknown) physical qualities an<br />
athlete must possess to lift a very heavy weight on a particular exercise. Some of<br />
these traits include:<br />
1. Favorable lever (bone) length.<br />
2. Favorable insertion points (where the muscle “hooks up” to the bone).<br />
3. Neurological efficiency (how effectively the nervous system is connected to the<br />
muscular system). An efficient neurological system is probably the one trait that<br />
separates good athletes from great ones.<br />
4. Muscle belly length.<br />
5. Quality <strong>and</strong> quantity of fiber types.<br />
These are inherited traits. They can’t be changed or altered. We tell our players to<br />
thank (or blame) Mom <strong>and</strong> Dad, for good (or bad) plumbing.<br />
Check out one of the World’s Strongest Man contests on ESPN. You will observe<br />
strongmen demonstrating a wide range of physical feats that require a great deal of<br />
<strong>strength</strong> to perform. Some of these feats include lifting big heavy round stones,<br />
flipping heavy tires, carrying a heavy weight up a flight of stairs, <strong>and</strong> many others.<br />
Does it require a great deal of <strong>strength</strong> to perform each of these feats Absolutely!<br />
Why does one of the contestants win one event <strong>and</strong> then perform poorly on another<br />
If he’s strongest on one event why doesn’t he win them all<br />
The same thing happens in weight-lifting meets. In a power-lifting meet seldom does<br />
one lifter win each event (squat, dead-lift, bench press).<br />
This same phenomenon is true in the weight room. There is a specific genetic<br />
predisposition you need to lift a heavy weight on any given exercise. Each exercise<br />
requires a specific combination of physical traits to lift a significant amount of weight.<br />
These traits are inherited. You can’t change them.<br />
Each of our players will get stronger if they adhere to our basic training guidelines.<br />
Some will eventually lift significantly more weight on a given exercise than others.<br />
Eventually one player will be capable of lifting more weight than the rest of his<br />
teammates.<br />
It is not because one player is working harder than the other. Most of our players
work equally hard. A player must have the right combination of physiological,<br />
neurological, biomechanical, <strong>and</strong> anatomical advantages, needed to lift the most<br />
weight on a given exercise.<br />
Most <strong>coach</strong>es have inherited their training philosophy from weight lifters. We’ve used<br />
the “core” lifts of the Olympic lifter <strong>and</strong> power lifter to measure <strong>and</strong> compare the<br />
<strong>strength</strong> of our football players. This information is no more valuable than comparing<br />
our players when they try <strong>and</strong> bend a steel pipe, or lift a heavy stone, or flip heavy<br />
tires.<br />
I’m not aware of a fair, valid, scientific, or reliable, way to measure functional<br />
football <strong>strength</strong> (other than actually playing the game). Each workout we keep<br />
accurate records for our players. We don’t compare one player’s <strong>strength</strong> data to<br />
another. It’s meaningless. We compare each player’s effort today, to past, <strong>and</strong> future<br />
efforts.<br />
When someone asks who is the strongest Texan, we must ask, “Strongest to do<br />
what”<br />
Is he really the strongest or does he have a physical advantage to perform well on a<br />
given exercise or task<br />
Our players perform many different exercises. If we tested it would only make sense<br />
to test each <strong>and</strong> every one of them. Due to their genetic assets (or limitations) some<br />
players will perform well on some exercises <strong>and</strong> not so well on others.<br />
Testing in the weight room is just like the strongman contests on ESPN. One<br />
strongman is physically hooked up to perform well on one event <strong>and</strong> then perform<br />
poorly on another.<br />
Our players know better. The question they ask when a new player arrives is, “Can<br />
he play” More important than how much weight a player can lift on a given exercise<br />
is the following:<br />
1. Does a player train hard enough to develop maximum <strong>strength</strong> levels on a wide<br />
range of exercises we use in our program. Does he reach these maximum <strong>strength</strong><br />
levels before the first day of summer camp<br />
2. During the season does this player train hard every workout from the first day<br />
of summer camp until the last game of the season to try <strong>and</strong> maintain these<br />
maximum <strong>strength</strong> levels<br />
We keep accurate records every workout. These records are for the individual player<br />
to use each time he performs an exercise. It will prevent him from performing nonproductive<br />
exercise. We do not compare how much weight one player can lift to<br />
another. It is irrelevant.<br />
Our only concern is how hard each player works <strong>and</strong> can they sustain these work<br />
habits for an entire season. How much weight a player can lift on any exercise is not<br />
a predictor of functional football <strong>strength</strong>.<br />
Which Texan Bench Presses the most weight
We do not test our players on any exercise, to include the bench press. The bench<br />
press is one of six different pushing planes used in our <strong>strength</strong> program. Our<br />
players perform the bench-press with a variety of different equipment to include a<br />
barbell, dumbbells, <strong>and</strong> a variety of different machines.<br />
Excluding exercises for the neck <strong>and</strong> muscles surrounding the shoulder capsule, the<br />
bench-press in no more important than any other exercise our players perform.<br />
Some players possess the genetic predisposition to perform well on the bench press<br />
<strong>and</strong> some don’t. For example, players with shorter arms <strong>and</strong> a thicker rib cage have<br />
a distinct leverage advantage. They will bench press more weight.<br />
A player with longer arms <strong>has</strong> a distinct leverage disadvantage when bench-pressing<br />
a weight. He is forced to move a weight through a greater range of motion. If both<br />
players bench-press the same amount of weight the player with longer arms will<br />
perform more inch pounds of worker than his teammate with shorter arms.<br />
A player with longer arms <strong>has</strong> a distinct leverage disadvantage when lifting a weight.<br />
However on the field his longer arms become a distinct advantage when performing<br />
position specific tasks.<br />
The bench-press is simply one of many productive exercises our players perform.<br />
Too much emp<strong>has</strong>is is placed upon this exercise. We tell our players when someone<br />
asks them how much can they bench press, they should politely respond by saying,<br />
“I don’t know but I can tell you how much weight I use for my rotator cuff, my rear<br />
delt, <strong>and</strong> my neck.”<br />
At what age should I start my son/daughter lifting weights<br />
I have two sons. Both were successful high school <strong>and</strong> college athletes. I had them<br />
both wait until they were fourteen years old to begin any structured weight program.<br />
I also had a little advantage over most parents because I personally supervised their<br />
training. I didn’t have to rely upon someone else to train my children.<br />
Underst<strong>and</strong> that properly performed <strong>strength</strong> training isn’t bad for anyone at any<br />
age. It is simply not something younger children will enjoy. Youngsters soon realize<br />
lifting weights isn’t any fun. It is tedious hard work. It’s hard enough to get adults<br />
started <strong>and</strong> even more difficult to get them to sustain for any length of time.<br />
The hormonal balance in young children is too low to stimulate significant muscular<br />
changes. They will work very hard yet stimulate little change in body composition<br />
<strong>and</strong> <strong>strength</strong>. Starting your children too early may be the reason they refuse to<br />
participate when they are older <strong>and</strong> capable of more meaningful gains.<br />
Unfortunately childhood obesity is currently at the epidemic level in our country.<br />
Technology <strong>has</strong> allowed us to live a physically inactive lifestyle. Parents <strong>and</strong> parents<br />
alone must assume full responsibility for fat children.<br />
Rather than torture your kids with a rigorous <strong>strength</strong> program, encourage more funfilled<br />
activities. Lifting weights isn’t the answer for adolescents. Instead of personal<br />
trainers <strong>and</strong> tedious weight sessions, get them off the couch <strong>and</strong> away from the<br />
television <strong>and</strong> video games.
Instead of a structured weight program we suggest you educate your children about<br />
the long-term perils of bad eating habits <strong>and</strong> inactivity. Refer kids to the website<br />
www.spinet.org. Encourage them to participate in organized sports <strong>and</strong> instead of<br />
lifting weights, invest time improving the skills to play these sports.<br />
We also underst<strong>and</strong> parents may have few options. You may have a physically <strong>and</strong><br />
emotionally mature twelve year-old who wants to perform some exercise. If the<br />
option were no exercise, or a properly organized <strong>and</strong> supervised muscular fitness<br />
program, we’d prefer the latter for your child too.<br />
Therefore in a future Fitness Corner we will begrudgingly provide parents with some<br />
training ideas <strong>and</strong> specific guidelines for your child.<br />
How can I gain weight<br />
This is the most frequently asked question by young men between the ages of<br />
fourteen <strong>and</strong> nineteen.<br />
Our first piece of advice regarding weight gain is to immediately consult the services<br />
of a Registered Dietitian (R.D.). You can be assured the nutrition information you<br />
receive from an R.D. is scientifically sound <strong>and</strong> reliable.<br />
The <strong>Texans</strong> are fortunate to have our entire nutrition program coordinated by<br />
Roberta Anding, R.D. When a player <strong>has</strong> any nutrition question we immediately defer<br />
to Ms. Anding.<br />
There are three ways to gain weight.<br />
1. Maturation (newborn to a mature adult).<br />
2. Overeat (add fat).<br />
3. Strength training (add muscle).<br />
Maturation<br />
Mother nature controls the maturation process. You can’t speed it up. Adolescents<br />
gain weight each year due to the normal process of maturing. Most adults are<br />
physically mature before they turn twenty-five years old.<br />
The physically immature fourteen-year old must wait for time to pass to capitalize on<br />
the future benefits of his maturation process. Teenagers mature at different rates.<br />
Some fifteen year-olds are fully mature with facial hair <strong>and</strong> a deep voice. They have<br />
a tremendous physical advantage over the fifteen year-old with peach fuzz on his<br />
face <strong>and</strong> a high-pitched voice.<br />
It is important for parents <strong>and</strong> <strong>coach</strong>es to educate young teenagers on the perils of<br />
trying to speed up the maturation process. Young teenagers are impatient. Many<br />
want to lift more weight <strong>and</strong> add more muscle than they are physically capable of<br />
doing. Some turn to drugs <strong>and</strong> a wide array of supplements to help compensate for<br />
their youth.
With the same amount of work <strong>and</strong> effort, a teenager will generate better gains from<br />
one year to the next. They will lift more weight <strong>and</strong> gain more lean weight when they<br />
turn sixteen than when they turned fifteen, simply because they are more mature.<br />
Overeat<br />
Over fatness <strong>and</strong> obesity are currently huge health concerns. Having a teenager gain<br />
twenty pounds of fat over the summer to make his parents <strong>and</strong> <strong>coach</strong> happy is<br />
criminal. Young teenagers are preoccupied with bodyweight. They must be taught<br />
weight (on a scale) is not the issue. The only issue is how much is lean bodyweight<br />
<strong>and</strong> how much of the weight increase is fat.<br />
If anyone (to include a young teenager) consumes more calories than he burns off, it<br />
will be converted to fat. Adding any extra fat is foolish. He will soon become a fat<br />
teenager <strong>and</strong> eventually a fat adult. He will then join a large group of fat adults who<br />
have health problems <strong>and</strong> are currently trying to lose weight (fat).<br />
Strength Training<br />
As a parent or <strong>coach</strong> it may be difficult to tell a frustrated young teenager he may<br />
never weigh more than 150 pounds in a lean muscular condition. We encourage all<br />
young athletes to work hard but they must realize everyone <strong>has</strong> physical assets <strong>and</strong><br />
limitations. We can’t change our genetic profile. Very few people have great potential<br />
for adding a significant amount of muscle, especially young <strong>and</strong> physically immature<br />
teenagers. We can’t make our body add ten pounds of muscle if it is genetically<br />
limited to adding five pounds of muscle.<br />
When we give advice to young athletes we ask them, “Are you doing everything<br />
necessary to generate the physical gains you are capable of making” Many young<br />
athletes want the best results but aren’t willing to sustain the long-term discipline<br />
needed to reach their physical potential. We stress the following:<br />
1. Balanced Nutrition<br />
2. Balanced Strength Program<br />
3. Adequate Rest<br />
Balanced Nutrition<br />
Seek the advice of a Registered Dietitian. Have a food analysis done to determine<br />
any deficiencies <strong>and</strong> to also determine the number of calories needed daily to<br />
generate the best muscular gains.<br />
We have observed many young athletes that have poor <strong>and</strong> inconsistent eating<br />
habits. They skip meals, don’t eat breakfast, sleep in on weekends (miss meals),<br />
don’t eat a balanced diet, <strong>and</strong> consume fewer calories than are needed to generate<br />
potential <strong>strength</strong> gains. They complain about not making good gains yet are not<br />
willing to sustain the discipline to stimulate maximum gains.<br />
We have used a formula to help young athletes establish a starting point regarding<br />
how many calories need to be consumed daily. For some it may be too much <strong>and</strong><br />
others not enough. It is a starting point until you can have your resting metabolism
measured, <strong>and</strong> visit with a Registered Dietitian.<br />
Formula for how many calories should be consumed each day:<br />
Multiply bodyweight x 19 calories.<br />
Example: Bodyweight = 150 lbs.<br />
Calories = x 19<br />
2850 calories to be consumed each day<br />
Balanced Strength Program<br />
We divide the body into five major segments. Each major muscle group within these<br />
segments must be developed to its maximum. The five major segments include the<br />
following:<br />
1. Neck<br />
2. Hips & Legs<br />
3. Midsection<br />
4. Upper Body<br />
5. Arms<br />
Equal emp<strong>has</strong>is must be placed on each exercise. Too often young athletes overemp<strong>has</strong>ize<br />
one area <strong>and</strong> ignore other areas. Imagine the impact on bodyweight by<br />
adding an inch to the arm <strong>and</strong> adding an inch to the thigh.<br />
Multi-joint exercises <strong>and</strong> isolation exercises must be performed for each major<br />
muscle group. Utilize lifting methods <strong>and</strong> techniques designed to stimulate the best<br />
results in the safest <strong>and</strong> most efficient manner possible.<br />
Adequate Rest<br />
One half of the fitness formula for increasing <strong>strength</strong> <strong>and</strong> muscular bodyweight is<br />
exercise. The other half of the formula is rest. Many young athletes over-train at the<br />
expense of minimizing or preventing potential gains.<br />
Most hard-working athletes perform more exercise than their body can recover from.<br />
This will prevent maximum stimulation <strong>and</strong> growth.<br />
Many athletes perform too many sets <strong>and</strong> too many exercises. Our goal is to have<br />
our <strong>Texans</strong> perform as little exercise as possible to stimulate the best gains. Some<br />
athletes continue adding more exercise until they stop making gains or actually<br />
begin losing <strong>strength</strong>.<br />
If a young athlete is not making the kind of gains he thinks he should, our advice is<br />
to start eliminating sets <strong>and</strong>/or exercises from the workout.
We tell young athletes to be reasonable about their expectations for adding muscle.<br />
Some expect more physical development than their genetic potential will allow.<br />
Will you send me your program<br />
I always wanted to answer this request with the following response. “Which program<br />
do you want The Dallas game The Titans game”<br />
It would certainly be easier for us to send a Game Day Program, than it is to send a<br />
“Program” with enough information for a person to develop a theoretical <strong>and</strong><br />
practical underst<strong>and</strong>ing of how we implement our “Program” with our players.<br />
Our <strong>Texans</strong> Strength <strong>and</strong> Conditioning Program is composed of the following fitness<br />
components.<br />
1. Nutrition<br />
2. Muscular Fitness<br />
3. Conditioning<br />
4. Flexibility/Warm-up<br />
5. Speed & Quickness<br />
6. Skill Development<br />
7. Rest<br />
Each one of these components encompasses a large amount of information. It takes<br />
us an entire year to expose our first year players to all of the information they need<br />
to develop an underst<strong>and</strong>ing of our <strong>Texans</strong> approach.<br />
It is impossible for us to provide a reader with enough information to use our system<br />
in the same manner we do. We spend a large amount of time teaching <strong>and</strong><br />
individually supervising our players while they exercise. It is an ongoing process.<br />
Reading about how our players train <strong>and</strong> actually experiencing it is something<br />
completely different.<br />
We’ve made available our <strong>Texans</strong> Strength <strong>and</strong> Conditioning manual on our<br />
<strong>Texans</strong> website. Instead of asking for our Program, we would ask that you first<br />
download our manual <strong>and</strong> read it. This will provide you with some basic concepts.<br />
It will also allow you to ask a more specific question than, “Will you send me your<br />
program”<br />
How can I lose weight<br />
Before beginning a weight loss (fat loss) program we suggest you consider the<br />
following:<br />
1. Get a complete medical physical to insure there aren’t any health risks.
2. Consult the services of a Registered Dietitian (R.D.).<br />
3. Get your body composition measured, preferably with a Bod Pod.<br />
4. 95% of all diets fail without some form of regular aerobic exercise as part of<br />
the weight loss process.<br />
5. Incorporate a total body <strong>strength</strong>-training program.<br />
6. Do not attempt to lose more than one pound of fat/week.<br />
7. Modify eating <strong>and</strong> exercise habits for the rest of your life.<br />
Registered Dietitians form a group of professionals called the American Dietetic<br />
Association. To become a Registered Dietitian you must successfully perform the<br />
following:<br />
1. Complete a rigorous four-year nutrition curriculum at an accredited university.<br />
2. Complete a practicum in a clinical setting.<br />
3. Pass a st<strong>and</strong>ardized test.<br />
Registered Dietitians are the only credentialed professionals you are guaranteed of<br />
receiving sound nutrition information. Roberta Anding, R.D., is the <strong>Texans</strong> nutrition<br />
expert. She coordinates our entire nutrition program.<br />
Losing weight is easy. Losing body fat <strong>and</strong> keeping it off permanently is a difficult<br />
task. You can sweat, dehydrate, <strong>and</strong> lose five pounds of water real easy. Muscles are<br />
primarily composed of water (approximately 72%). Fat <strong>has</strong> only a trace of water. It<br />
is a gooey, oily substance.<br />
Using a scale to monitor weight loss does not reveal how much of the weight loss is<br />
lean body weight (LBW) or fat. It is well worth the money to have your body<br />
composition measured. During your weight loss program you should periodically<br />
have your body composition measured to accurately determine how much weight<br />
loss is body fat.<br />
Skin calipers are not real accurate <strong>and</strong> under water weighing presents some<br />
problems not experienced with a device called the Bod Pod. We have a Bod Pod we<br />
use to measure our players body composition. It is accurate <strong>and</strong> user friendly. If you<br />
can find a facility with a Bod Pod we strongly encourage you check it out.<br />
If you are involved in a <strong>strength</strong> program, you can expect some increase in muscle.<br />
A scale used to measure bodyweight cannot differentiate between muscle <strong>and</strong> fat.<br />
You might lose five pounds of fat <strong>and</strong> add five pounds of muscle. A periodic body<br />
composition test is necessary to reliably chart fat loss.<br />
One thing we do know. One pound of fat equals 3500 calories. To lose one pound of<br />
fat you will need to deduct 500 calories per day, from the number of calories you<br />
need to maintain your current bodyweight.<br />
At the end of the week you will have lost approximately one pound of fat. Visit a
Registered Dietitian <strong>and</strong> get the scoop.<br />
Which supplements do you recommend to your players<br />
The only supplement I recommend to our players is a multi-vitamin. I am not<br />
qualified, nor are most <strong>coach</strong>es, athletes, doctors, personal trainers, or “fitness<br />
experts,” to prescribe anything but normal foods.<br />
There are no magic pills or potions available that give you energy, make you run<br />
faster, jump higher, think better, or improve position specific skills. Having the longterm<br />
discipline to eat a balanced diet of normal foods is the only “secret formula.”<br />
The term “balanced diet” is often misinterpreted. It is not a computer-generated<br />
menu of organically grown beans <strong>and</strong> sprouts. It is simply the proper amount of<br />
normal foods purc<strong>has</strong>ed in your neighborhood grocery store.<br />
Nutrition “Experts”<br />
Supplements are not more effective than the food you eat. If they were, scientists<br />
would publish this information for all to see. Unfortunately few athletes review the<br />
scientific literature. Muscle magazines, literature h<strong>and</strong>ed out in the health food store,<br />
<strong>and</strong> opinions of other athletes are not reliable sources.<br />
In the 1990’s we’ve all become experts in the area of nutrition <strong>and</strong> supplements. We<br />
visit the health food stores <strong>and</strong> buy potions like there’s no tomorrow. Yet when we’re<br />
sick we don’t r<strong>and</strong>omly take medicine to cure the illness. We visit the doctor <strong>and</strong> he<br />
or she prescribes the appropriate medication.<br />
If your vision becomes blurry you do not go to the department store <strong>and</strong> prescribe<br />
your own bifocals. You visit the optometrist <strong>and</strong> let a specialist test your eyes. You’re<br />
given a prescription to correct your vision deficiency.<br />
Before taking any supplement you should visit a Registered Dietitian. In the phone<br />
book they have an R.D. after their name. Registered Dietitians are members of the<br />
American Dietetic Association. Registered Dietitians are the most qualified nutrition<br />
specialists available. They have the education, expertise, <strong>and</strong> information necessary<br />
to prescribe a supplement if you need one.<br />
Ms. Roberta Anding, R.D., coordinates our Houston <strong>Texans</strong> nutrition program. If a<br />
player needs a supplement, Ms. Anding identifies the deficiency <strong>and</strong> prescribes a<br />
reputable product in the appropriate amount.<br />
Beware of some Nutritionists. Nutritionists are people with an interest in nutrition. In<br />
most states there aren’t any professional st<strong>and</strong>ards or credentials required to be a<br />
nutritionist. Nutritionists number in the thous<strong>and</strong>s. Their advice might be reliable.<br />
However their advice could also be unsound. You can eliminate the possibility of<br />
unsound nutrition information.<br />
How Listen to the advice of a Registered Dietitian. They are certified <strong>and</strong> rely upon<br />
scientific facts.<br />
Let an expert administer the appropriate tests to determine if you have any<br />
deficiencies before taking a supplement. Few people have deficiencies <strong>and</strong> most can
e corrected with normal foods, not pills <strong>and</strong> powders.<br />
Don’t expect supplements to replace the need for a daily balanced diet. Some<br />
athletes eat poorly, drink too much, don’t get enough rest, <strong>and</strong> assume taking a<br />
supplement will compensate for their poor habits.<br />
Most athletes lead a very disciplined life. They prepare themselves physically with a<br />
dem<strong>and</strong>ing regimen of exercise. They practice hard <strong>and</strong> study the game. Yet when it<br />
comes to one of man’s most basic instincts, eating, some lack the discipline to eat a<br />
balanced diet.<br />
Why It’s too easy, food is so readily available. Open the refrigerator, look in the<br />
cupboard, visit the grocery store, stop at McDonalds on the way home; food is<br />
accessible everywhere you look.<br />
Keep in mind there are worse things you can put into your body than a protein<br />
shake. There are also better things. A new supplement you should try if you haven’t<br />
already is called discipline. The formula to good nutrition is an easy one. Visit the<br />
grocery store <strong>and</strong> select food from all food groups. Go home <strong>and</strong> eat those foods.<br />
Supplements/Health Foods<br />
Today the health food industry is a multi-million dollar business. Why Money,<br />
money, money. More fraud <strong>and</strong> half-truths exist in the area of nutrition than in any<br />
other segment of the fitness industry. We are a gullible public. For years we’ve been<br />
told to take a pill or potion for any ailment that we have. We want a quick fix.<br />
Enthusiasts have discarded the basic food groups for amino acids, vitamins, fat<br />
burners, <strong>and</strong> energy bars. Athletes are the most gullible. Often they have little or no<br />
knowledge of what they’re taking. Some will try anything if they think it might give<br />
them an edge. Unfortunately many players taking supplements are less inclined to<br />
eat a balanced diet, <strong>and</strong> often choose pills <strong>and</strong> potions instead of eating meals.<br />
The Food <strong>and</strong> Drug Administration doesn’t control food supplements. Laws don’t exist<br />
to protect the consumer. There’s no guarantee that what’s on the label is actually in<br />
the bottle.<br />
Dr. Bob Goldman, in his book, Death In The Locker Room, refers to a questionnaire<br />
he administered to a group of Olympic athletes. One of the questions asked was,<br />
“Would you be willing to take a pill that would eventually kill you, if it guaranteed<br />
you would win a gold medal” More than fifty percent of the athletes responded,<br />
“Yes.”<br />
In real life we don’t know if any of those Olympians would have actually sacrificed<br />
their life for a gold medal. It is an indication, however, of how strong the will of an<br />
athlete is to succeed. The vulnerability of an NFL player is easily exposed. Some are<br />
willing to try anything to make the team, play well, <strong>and</strong> extend their career.<br />
Nancy Clark, M.S., R.D., author <strong>and</strong> eminently qualified nutrition expert states,<br />
“People who take mega-doses of vitamins <strong>and</strong> minerals should consider that the<br />
practice is similar to pumping your body full of chemicals. It may create imbalances<br />
that interfere with optimal health.”
Clark states, “A diet with 1500 calories a day from appropriate foods can satisfy the<br />
RDA in most categories.” She adds, “Athletes who take in 2,000 to 4,000 calories<br />
daily increase their chances greatly of getting the proper nutrient amounts. They are<br />
also getting things in food, like fiber <strong>and</strong> other health protective compounds, that<br />
supplements don’t provide.”<br />
Do not be duped into using any supplement or drug not prescribed by a Registered<br />
Dietitian or our <strong>Texans</strong> Medical Staff. You may unknowingly consume a product<br />
containing a substance banned by the league. The league drug policy is well<br />
documented.<br />
The NFL policy on steroids <strong>and</strong> the use of supplements is clear. The policy warns<br />
players; “You <strong>and</strong> you alone are responsible for what goes into your body.”<br />
Supplements are not monitored or regulated by the FDA. You have no way of<br />
knowing if the product:<br />
Contains the ingredients listed on the label.<br />
Contains prohibited substances.<br />
Can actually do what the manufacturer claims the product can do.<br />
Can be harmful to your health <strong>and</strong>/or performance, or have lingering long-term<br />
effects.<br />
The Players Union states, “If you take these products you do so AT YOUR OWN<br />
RISK!” The risk is a four game suspension without pay. You are ultimately<br />
responsible should you test positive for any banned substance, regardless of your<br />
intent or how it ended up in your body. Do not risk your health or good st<strong>and</strong>ing in<br />
the league by consuming a product not recommended by a Registered Dietitian.<br />
Testimony<br />
Beware of testimony from another athlete or an “expert.” Testimony is an opinion<br />
regarding the effect a product <strong>has</strong> on the individual. It is not based on facts,<br />
research, or scientific study. Research often demonstrates that the placebo effect is<br />
the cause of these opinions, not an actual change in the physical makeup or<br />
performance of the athlete.<br />
The <strong>strength</strong> of the placebo effect <strong>has</strong> been demonstrated many times. In one<br />
particular study a group of people were given a sedative but were told it was a<br />
stimulant. When their bodily functions were measured they responded as if they had<br />
taken a stimulant.<br />
Before taking a product athletes often listen to <strong>and</strong> believe the testimony of another<br />
athlete or the sales pitch of a salesperson. Regardless of how ineffective a product is,<br />
the athlete already <strong>has</strong> a preconceived opinion. If a product sounds too good to be<br />
true…it probably is.<br />
While with the Redskins we had a high profile athlete endorse a supplement in a<br />
muscle magazine. Some of our players posted the advertisement up on the bulletin<br />
board <strong>and</strong> poked fun at this particular player.
He didn’t exactly have the best work habits nor was he overly concerned about his<br />
eating habits. There was an action shot of the player <strong>and</strong> a lengthy <strong>and</strong> detailed<br />
quote by the player extolling the virtues of this product.<br />
I asked the player “Did he ever consume the product” <strong>and</strong> he said, “Never.” I<br />
asked, “Did he know what was in the product or how it was supposed to help him”<br />
<strong>and</strong> he responded, “No.” I asked, “Is this your quote” <strong>and</strong> he replied, “No.” He<br />
stated, “My agent arranged the deal <strong>and</strong> I got $50,000.”<br />
Our players have told me that this product <strong>has</strong> since been removed from the market<br />
because it contained an illegal substance.<br />
Are there players who endorse a product, use it, <strong>and</strong> strongly believe in the benefits<br />
of that product Absolutely.<br />
However, athletes are not a reliable source for sound nutrition information yet their<br />
opinions on nutrition are given great credibility because of their athletic feats. Who<br />
<strong>has</strong> a better chance of influencing people in the area of nutrition, a diminutive welleducated<br />
Registered Dietitian or a Pro Bowl Player<br />
Competing as a professional athlete breeds’ insecurity among some players. They<br />
constantly worry about being replaced by a younger or better skilled player. They are<br />
willing to do almost anything legally to keep their job.<br />
I tell our <strong>Texans</strong> players to measure their words carefully if they discuss supplements<br />
with anyone, especially young people. Few have taken classes in nutrition. Athletes<br />
are not qualified to give sound nutrition advice.<br />
Most products come <strong>and</strong> go. Few stay on the market for any length of time.<br />
Consumers eventually discover that the claims made by the product are often false<br />
or they can get the same results without the product. Research on products often<br />
exploits the erroneous claims companies make.<br />
How do I start a <strong>strength</strong> program without getting too bulky<br />
I’ve never trained a football player that got “too bulky.” The average male <strong>and</strong><br />
female couldn’t get “too bulky” if they tried. It’s like me saying to a golf instructor, “I<br />
want to learn how to play golf but I don’t want to get “too good.”<br />
If I was a golf instructor <strong>and</strong> someone made that statement to me I’d laugh <strong>and</strong> say,<br />
“Don’t worry about getting “too good.” Most people spend their entire life trying to<br />
get “too good” at golf yet they stink.<br />
It’s the same with lifting weights. Few people have the genetic qualities needed to<br />
add large amounts of muscle. Whenever anyone (man or woman) makes the<br />
comment, “I don’t want to get too bulky,” I ask them, “What makes you think you<br />
could” And then I add, “Don’t worry about it, you couldn’t even if you wanted to.”<br />
What is bulk Is bulk muscle Is it body fat Is it bone structure Some people<br />
confuse getting “bulky” with getting fatter. Lifting weights will not add fat. Lifting<br />
weights will not change your bone structure or body type.
With the proper overload, lifting weights will increase muscle size <strong>and</strong> <strong>strength</strong>. The<br />
increase in size <strong>and</strong> <strong>strength</strong> however is directly proportional to the genetic<br />
predisposition a person possesses for adding muscle.<br />
Not many people can generate significant gains in muscle size. Go to the local gym<br />
<strong>and</strong> you’ll see hundreds of men trying to “bulk up.” Keep in mind this a population<br />
that <strong>has</strong> some potential for adding muscle. There were many who joined the gym<br />
<strong>and</strong> quit because they were unhappy with their ability to “bulk up.”<br />
Among these hundreds of men at the gym you may observe a few who have<br />
generated significant gains. There may be several more who exhibit modest gains.<br />
The majority will appear fit yet not “too bulky.”<br />
Very few men can generate significant gains in muscle mass, <strong>and</strong> even fewer<br />
women. Adults have more to gain from a properly organized <strong>strength</strong> program, than<br />
any other form of exercise. It can have a greater impact on the quality of life,<br />
especially as we grow older.<br />
The average adult loses up to one-half pound of muscle a year due to the aging<br />
process. This can be prevented by participating in a total body <strong>strength</strong>-training<br />
program.<br />
Women have more to gain from lifting weights than men. Women possess more fat<br />
per pound of bodyweight than men. Most women possess low levels of the hormone<br />
needed to stimulate muscular gains. My advice to women is train hard <strong>and</strong> add as<br />
much muscle as you can. The physical benefits cosmetically <strong>and</strong> physically justify<br />
any changes in lean body weight.<br />
Some women fear “bulking up” because they see a few women with very defined <strong>and</strong><br />
muscular physiques. Realize this is the product of several variables.<br />
These women -<br />
1. Have high testosterone (male hormone) levels (naturally or injected).<br />
2. Follow a very disciplined nutrition <strong>and</strong> exercise regimen.<br />
3. Significantly decreased their body fat (average for a women is 23% - 30% fat).<br />
Very lean women bodybuilders reduce their % fat to a level below 10%.<br />
4. Have inherited the bone structure <strong>and</strong> body type necessary for bodybuilding<br />
success.<br />
Very few women (or men) have the genetic capability of adding large amounts of<br />
muscle. There are many other benefits to lifting weights besides adding muscle. The<br />
average female (<strong>and</strong> male) fitness enthusiast <strong>has</strong> everything to gain from<br />
energetically participating in a properly organized total body <strong>strength</strong>-training<br />
program.<br />
Don’t worry about “bulking up.”<br />
How can I increase my quickness <strong>and</strong> speed
We must first ask the question, “Increase your quickness <strong>and</strong> speed to do what”<br />
Speed <strong>and</strong> quickness require many neurological <strong>and</strong> physiological responses that are<br />
task specific.<br />
The Motor Learning Experts provide us with the “Theory of Specificity.” A task is<br />
either neurologically specific or it is not. The number of muscle fibers recruited <strong>and</strong><br />
the sequence in which these fibers are recruited is very specific (Size Principle). The<br />
best way to improve your quickness on a specific task is to practice that task at<br />
game speed.<br />
We constantly ask our players to give recognition to their parents (not their <strong>Texans</strong><br />
<strong>strength</strong> <strong>coach</strong>es) for the genetic assets they inherited to be quick <strong>and</strong> fast. In<br />
addition we tell our players to take credit for their discipline <strong>and</strong> dedication to<br />
develop these assets.<br />
Harold L. Klawans, M.D. is a brain surgeon. He authored a book titled, “Why Michael<br />
Couldn’t Hit.” In his book Dr. Klawans discusses in great detail why it was<br />
neurologically impossible during Michael Jordan’s brief stint in baseball, to be a good<br />
hitter.<br />
Michael Jordan is one of the best athletes to ever play any game. While playing<br />
basketball, he demonstrated exceptional speed, quickness, great vision, <strong>and</strong><br />
excellent h<strong>and</strong>-eye coordination, yet he failed miserably as a hitter in baseball.<br />
The quickness used to perform a particular skill is neurologically very specific. The<br />
first step quickness of a baseball player stealing second base requires a specific<br />
neurological response much different than:<br />
1. The first step (backpedaling) of a defensive back once the ball is snapped.<br />
2. The first step of a defensive back that <strong>has</strong> stopped backpedaling <strong>and</strong> is<br />
responding to the changing direction of a wide receiver.<br />
3. The first step of a wide receiver getting off the line of scrimmage trying to<br />
avoid a defensive back jamming him at the line.<br />
4. The first step of a wide receiver getting off the line of scrimmage unimpeded.<br />
5. The first step of an offensive lineman stepping backward to pass protect.<br />
6. The first step forward of an offensive lineman run blocking.<br />
7. The first step of an offensive lineman pulling to his right.<br />
8. The first step of an offensive lineman pulling to his left.<br />
9. The first step of a quarterback after taking a snap from center.<br />
10. The first step of a player being timed in the 40-yard sprint.<br />
Each athlete is born with a neurological template for speed <strong>and</strong> quickness. Reaction<br />
time, movement time, <strong>and</strong> response time, are variables that help determine first<br />
step quickness. Each of these is impacted significantly by the effectiveness of the
neurological system.<br />
How quickly <strong>and</strong> efficiently the neurological system makes connections to the right<br />
sequence of muscle fibers is a major factor in determining first step quickness.<br />
Ray <strong>and</strong> I consider ourselves pretty good <strong>strength</strong> <strong>coach</strong>es however; we can’t<br />
change how a player’s nervous system connects to his muscular system. We tell our<br />
players to thank Mom <strong>and</strong> Dad.<br />
Reaction time is a chemical process. It can be measured by placing electrodes on the<br />
brain <strong>and</strong> on the muscles involved in performing a task. As the athlete prepares to<br />
move reaction time is measured from the first sign of electrical activity in the brain<br />
until the first sign of any electrical activity in the muscles involved. The brain <strong>has</strong><br />
sent an electrical signal down the spinal cord to the muscle(s) involved <strong>and</strong> told the<br />
muscle to get ready to contract. The muscle <strong>has</strong> not contracted yet <strong>and</strong> there is no<br />
visible movement.<br />
This is an inherited trait. Reaction time cannot be improved once a new task is<br />
learned.<br />
Response time is measured as the amount of time taken to respond to a stimulus<br />
until the initiation of movement. The stimulus can vary. The stimulus could be the<br />
sound of a starters gun at a track meet. It could be visual, the light turning green to<br />
signal the start of a race between professional dragsters.<br />
An example of response time is a defensive lineman visually responding to the snap<br />
of the ball. Defensive linemen are taught to watch the ball <strong>and</strong> not listen to the<br />
cadence of the quarterback.<br />
The time elapsed from the initial movement of the ball being snapped until the first<br />
sign of movement of the linemen is the response time. Some linemen get off the ball<br />
quicker than others. Is it because they have better reaction time, better response<br />
time, or a combination of both<br />
A player’s quickness is affected by his reaction time <strong>and</strong> his response time. We can’t<br />
change a player’s reaction time. We can however improve a player’s response time.<br />
How Have the athlete practice the exact task(s) at h<strong>and</strong>.<br />
The specific speed <strong>and</strong> quickness to perform a task is best improved by performing<br />
that specific task … at game speed. Baseball scouts time baseball players in the 60-<br />
yard dash. Sixty yards is the distance from first base to third base.<br />
Instead of facing forward or starting from a three-point stance, baseball players are<br />
required to start in the same position they would assume if they were on first base<br />
<strong>and</strong> getting ready to turn <strong>and</strong> run toward second.<br />
Baseball scouts start the sprint by holding a baseball cap in their h<strong>and</strong>. They signal<br />
the start of the sprint when they drop the cap.<br />
It doesn’t make sense for a baseball player to waste time <strong>and</strong> energy practicing his<br />
start from a three-point stance. Using the sound of a whistle to practice his starts<br />
won’t reduce a baseball player’s response time to the visual cue of seeing a hat drop.
Athletes waste too much time <strong>and</strong> energy on tasks that are not skill-specific. Practice<br />
the skill of jumping rope to develop the coordination necessary to jump rope. Don’t<br />
expect the specific skills used to jump rope to transfer to covering a receiver, or<br />
running a route, or rushing the passer.<br />
How do you improve quickness The answer is very simple. Practice the exact skills<br />
you want to get quicker at, <strong>and</strong> practice them at full-speed.<br />
If you want to be a quicker basketball player practice the skills used to play the<br />
game at game speed. Playing defense requires a series of rehearsed <strong>and</strong><br />
unrehearsed neurological responses that cannot be imitated by performing a series<br />
of “quickness” drills.<br />
How do you best improve the specific neurological speed <strong>and</strong> quickness to cover a<br />
wide receiver Don’t spend time jumping over bags or performing quickness drills<br />
<strong>and</strong> expect them to reproduce the specific neurological dem<strong>and</strong>s of covering a<br />
receiver. To best improve the speed <strong>and</strong> quickness necessary to cover a receiver,<br />
practice covering a receiver, <strong>and</strong> preferably someone with better speed <strong>and</strong><br />
quickness.<br />
How do you best improve speed There are some things you can do to improve<br />
speed. However we all have a speed potential that is dictated by our genetic<br />
predisposition to run fast.<br />
I often use my youngest son T as an example. T currently works at the University of<br />
Houston in the athletic department. He had an accomplished high school <strong>and</strong> college<br />
baseball career. He was named Virginia Player of the Year his senior year in high<br />
school <strong>and</strong> was very quick <strong>and</strong> fast. During his senior year he broke the state stolen<br />
base record (39).<br />
He was a scholarship baseball player at James Madison University, where he set<br />
school <strong>and</strong> conference stolen base records. In his junior year at JMU, he finished the<br />
season ranked second in the country (Division I) in stolen bases (54). He missed<br />
eight games with a leg injury.<br />
T is also a cancer survivor. He was diagnosed with a rare form of stomach cancer<br />
when he was 8 ½. The NCAA <strong>has</strong> a baseball publication that did an article on T at the<br />
end of his junior year.<br />
The purpose of the article was to recognize T for his baseball accomplishments <strong>and</strong><br />
draw a parallel between some of the same characteristics he displayed to overcome<br />
cancer <strong>and</strong> succeed as a baseball player. The author of the article called to interview<br />
me about T.<br />
During the interview he mentioned how lucky my son was to have a father who was<br />
a <strong>strength</strong> <strong>coach</strong> for the Washington Redskins <strong>and</strong> aware of the most current<br />
techniques used to improve speed <strong>and</strong> quickness.<br />
The reporter asked me, “What did I do different to help my son run faster” I<br />
responded by saying, “I left him alone.” The reporter laughed <strong>and</strong> asked again, “No<br />
really, what did you do” I responded, “I’m not joking, I left him alone.”<br />
I explained to the reporter that T was fast <strong>and</strong> quick as a youngster. In the fifth
grade, he held school records for the short-shuttle, the mile run, <strong>and</strong> pull-ups. He<br />
had no special training or <strong>coach</strong>ing, nor was he in better shape than most of the<br />
other kids, yet he was quicker <strong>and</strong> faster than any other student in the school.<br />
His speed dominance continued through junior high school <strong>and</strong> high school. He was<br />
the fastest player on the baseball team when he arrived as a freshman at James<br />
Madison University.<br />
He didn’t do anything special as an athlete but lift weights <strong>and</strong> practice his skills. I<br />
had nothing to do with how fast he could run. He didn’t spend endless hours<br />
performing speed <strong>and</strong> quickness drills.<br />
In my 30-year career, I have trained thous<strong>and</strong>s of athletes with varying degrees of<br />
genetic potential for running faster. I have never claimed I was the reason for<br />
improving anyone’s speed. You cannot make a person run faster than his genetic<br />
predisposition for speed will allow him to run.<br />
We plug all of our players into our running program. Eventually, some will run faster<br />
than others. There are no special exercises that magically improve speed. If there<br />
was, every athlete would be fast.<br />
You can’t alter your genetic pool or the characteristics you’ve inherited from your<br />
parents. But you can develop the potential speed you do possess by exploiting those<br />
factors you can control.<br />
Listed below are some items you can control that contribute to your ability to play<br />
fast.<br />
1. Eliminate excess body fat.<br />
2. Strengthen the muscles used to run.<br />
3. Develop adequate flexibility.<br />
4. Refine position specific stance/start techniques.<br />
5. Practice the exact skills you want to run fast <strong>and</strong> quick.<br />
6. Develop a level of <strong>conditioning</strong> needed to run you’re fastest.<br />
7. Practice running your fastest.<br />
Athletes spend too much time <strong>and</strong> energy trying to improve straight-line speed. The<br />
speed needed to play any sport is specific to the dem<strong>and</strong>s of each position. The goal<br />
of any athlete should be to develop specific speed <strong>and</strong> quickness used to play a<br />
position, <strong>and</strong> develop a level of <strong>conditioning</strong> to sustain that speed <strong>and</strong> quickness for<br />
an entire game.<br />
Our running program begins in March <strong>and</strong> ends with our <strong>conditioning</strong> test the first<br />
day of summer camp. Our goal is to get our players in good enough running shape to<br />
allow them to practice <strong>and</strong> let football get them in shape to play football. We will<br />
post our running program in the near future.
We tell our players if they want to improve the position specific speed <strong>and</strong> quickness<br />
needed to play the game, get in good shape <strong>and</strong> practice those exact skills at game<br />
speed.<br />
If we believed a drill or exercise could improve a player’s speed we would implement<br />
these activities from the first day of summer camp until the last day of the season.<br />
Our season is a minimum of six months long. If a specific drill(s) or exercise made<br />
our players quicker <strong>and</strong> faster, they would lose the benefits of these activities unless<br />
they continue to perform them during the season. You won’t observe any of our<br />
players wasting time <strong>and</strong> energy doing speed drills during the season. They barely<br />
have enough energy to recover from one game to the next.<br />
If a player wants to get better at running fast, quick, <strong>and</strong> precise routes, we advise<br />
him to practice running routes. Our advice is to run routes against a well-skilled<br />
defensive back <strong>and</strong> have a quarterback throw you the ball. Have your position <strong>coach</strong><br />
help refine your route running skills.<br />
How do you become a quicker <strong>and</strong> faster athlete It’s pretty simple. Get in good<br />
running shape <strong>and</strong> practice your position specific skills.<br />
It is difficult for some athletes to do this alone. Our players run together during our<br />
off-season running program. They help motivate each other.<br />
If you are a parent or athlete from the Houston area, I’d recommend you check out<br />
Velocity Sports Performance. Houston <strong>Texans</strong> offensive linemen Steve McKinney is<br />
the owner of three facilities in the Houston area. Velocity Sports is a franchise<br />
operated by certified professionals designed to help athletes from all levels reach<br />
their potential in the area of speed <strong>and</strong> quickness.<br />
You can contact a professional at any one of the following Velocity Sports<br />
Performance Facilities.<br />
1. Friendswood/ClearLake<br />
133 W. Parkwood Ave.<br />
Friendswood, TX 77546<br />
281-992-7733<br />
www.velocitysp.com<br />
2. Missouri City/Sugarl<strong>and</strong><br />
4811 Hwy 6 South<br />
Missouri City, TX 77459<br />
281-208-2733
3. Cy Fair<br />
10535 Jones Rd<br />
Houston, TX 77065<br />
281-970-5656<br />
I want to become a <strong>strength</strong> <strong>coach</strong>. What advice do you have for me<br />
I answer this question every week with a young person who shares my passion for<br />
the <strong>strength</strong> <strong>and</strong> <strong>conditioning</strong> profession. I am brutally honest with my opinions <strong>and</strong><br />
blunt with my advice. I have a professional obligation to provide the facts. Most of<br />
these young unemployed professionals are optimistic in their ability to obtain fulltime<br />
employment as a <strong>strength</strong> <strong>coach</strong>.<br />
Almost every one of the young people I talk to is better educated <strong>and</strong> better<br />
credentialed than I was when I started my first job at West Point. It is frustrating to<br />
tell an enthusiastic young professional that the odds of becoming employed in the<br />
near (or distant) future as a full-time <strong>strength</strong> <strong>coach</strong> are not very good.<br />
There are thous<strong>and</strong>s <strong>and</strong> thous<strong>and</strong>s of eminently qualified c<strong>and</strong>idates who will never<br />
have the chance to work as a <strong>strength</strong> <strong>and</strong> <strong>conditioning</strong> <strong>coach</strong>. It is not because they<br />
aren’t qualified. It is because there aren’t many full-time jobs. Year after year the<br />
number of qualified <strong>and</strong> unemployed <strong>strength</strong> <strong>coach</strong>es multiplies.<br />
I ask young people to document the number of full-time <strong>and</strong> assistant <strong>strength</strong> <strong>coach</strong><br />
positions available at the college <strong>and</strong> professional level. They eventually realize there<br />
isn’t that many positions compared to the thous<strong>and</strong>s of capable c<strong>and</strong>idates.<br />
You may decide to pursue a career in <strong>strength</strong> training, regardless of the odds<br />
against you. To give yourself the best chance of becoming employed I’d suggest you<br />
obtain an undergraduate <strong>and</strong> graduate degree in Physical Education.<br />
It is a must to get some h<strong>and</strong>s on experience at the college level. If you are good<br />
(<strong>and</strong> lucky) you may eventually get hired part-time <strong>and</strong> possibly full-time. Use the<br />
college you are working at as a podium to generate some exposure for yourself. If<br />
you are lucky it may lead to something.<br />
My advice to young people interested in pursuing a <strong>strength</strong>-<strong>coach</strong>ing career is to<br />
also consider preparing for an alternate career.