EXERCISE PLACEMENT
Once you've selected your exercises, the next crucial step is to design a weight training routine that considers the placement and sequence of exercises. This exercise order has a significant impact on the effectiveness of your workout and your overall results.
First, always prioritize exercises specific to your primary training goal. For instance, if your main objective is to build a more muscular chest, you should perform your chest exercises before moving on to other muscle groups or general conditioning. This ensures you're dedicating your peak energy and focus to what matters most for your goals.
Secondly, a fundamental rule is to place compound (multi-joint) exercises before isolation (single-joint) exercises. Think about it: exercises like squats, deadlifts, and bench presses demand more energy and recruit a greater number of muscles. By performing these taxing movements when you're freshest, you can lift heavier and maintain better form, maximizing their growth and strength benefits. Following up with isolation exercises, like bicep curls or tricep extensions, allows you to thoroughly fatigue those smaller, assisting muscles that might not have received enough stimulus from the compound movements alone.
Finally, if you're not emphasizing a specific body part, a smart strategy is to train larger muscle groups before smaller ones. For example, you'd typically train your back muscles before your biceps. This approach prevents smaller muscles from fatiguing early and limits your performance on exercises that target larger, more energy-demanding muscle groups.
WARM-UP
Before you begin, a proper warm-up is recommended for several reasons. It prepares your body and mind for the work ahead, reducing the risk of injury and enhancing performance. There are typically two effective ways to approach your warm-up for weight training:
1. General Warm-Up (Cardiovascular): Start with 5–10 minutes of light cardiovascular exercise. This could be brisk walking, stair climbing, or cycling. This phase is about more than just getting your heart rate up; it helps you mentally prepare, gently increases your muscle temperature, and improves overall blood flow to your muscles and joints. This process gently nudges your body's internal machinery to prepare its essential muscle enzymes for action. Often, this type of warm-up is sufficient for beginners who train at lower intensities than more experienced lifters.
2. Specific Warm-Up (Warm-Up Sets): After completing your general warm-up, or as a standalone strategy for specific exercises, warm-up sets are more specific to both the movement and the muscles involved. These sets more specifically prepare your nervous system, muscles, and connective tissues for the heavier loads to come.
For each new exercise, perform 1 to 2 warm-up sets using lighter weights before your main "work sets." Aim for 5–7 repetitions per warm-up set. The general rule is to use approximately 50-75% of your intended work set weight. More experienced lifters who are pushing weights closer to their max may benefit from 3 to 5 warm-up sets.
For example, if your work set for the bench press is 100 pounds, you'd start with a warm-up set of 50 pounds for 5-7 repetitions. Your second warm-up set might then be 75 pounds for the same 5-7 reps. This gradual progression primes your muscles and nervous system, enabling you to lift heavier weights more safely and effectively maximize muscle recruitment.
This type of specific warm-up is particularly important when your work sets involve 12 repetitions or fewer, as these typically use heavier weights. If you're doing sets of 15 repetitions or more, you might get away with just one warm-up set, or even none if you're performing repetitions greater than 20, as the lighter initial reps in your work set serve a similar purpose.
RECOVERY BETWEEN SETS
Probably one of the more common questions is how long you should rest between exercises. Should you charge ahead and power through your workout, or is chatting for extended periods between sets acceptable? Recovery between sets is an often-overlooked component when designing a weight-training routine. The rest time you take between sets can directly impact your performance and, ultimately, your results.
For most exercises, aim to rest approximately 2-3 minutes between sets. This timeframe isn't arbitrary; it allows your working muscles to regenerate 85%–95% of their primary energy source (ATP and creatine phosphate). This means you'll be better prepared to perform your next set with adequate intensity and form, maximizing your strength and muscle gains.
However, we know time can be a factor. If you find a 2-3 minute rest period too long, you have options to keep your workout effective and time-efficient:
- Alternating Exercises: You can perform a set of one exercise, rest briefly, and then immediately move to a set of a different exercise targeting a different muscle group. Once that's done, you can return to your first exercise. This is a great way to use your time efficiently while still allowing adequate recovery for individual muscle groups.
- Circuit Training: If your goal is to improve general fitness, increase stamina, or complete a fast and convenient workout, circuit training is an excellent method. This involves performing several exercises targeting different muscle groups consecutively with minimal rest between them, only resting if necessary after you've completed a full "circuit" of exercises.
I want to point out, though, that if your primary goals are muscle development (hypertrophy) or maximal strength, adhering to the recommended 2-3 minutes of rest between all sets of the same exercise before proceeding to the next is generally better. This ensures you're consistently lifting at the necessary intensity to trigger those specific future adaptations.
INTENSITY
So, you've selected your exercises, decided on their order, and mastered your warm-up and recovery between sets. Now, let's talk about the fuel for your progress: intensity. This refers to the amount of effort you put into each set, and it's one of the most essential factors when you design a weight training routine to achieve the results you want.
When selecting the weight you use for an exercise, your goal is to choose a weight that makes the last repetition of your set genuinely challenging to complete. We often refer to this as training to near "failure." Others use a term that ranks how hard you are lifting as the Rate of Perceived Exertion (RPE) (4). If you use the latter, it should be near the maximal rating.
Still others use a measure called Repetitions in Reserve (RIR) (5), which is the number of repetitions you can do until you can no longer lift the weight properly. Ideally, you should feel as though you might be able to squeeze out one more repetition (1 RIR or an RPE of 9) than you performed, but no more. This level of effort ensures you're providing sufficient stimulus for your muscles to adapt, grow, and get stronger. Although sometimes training to complete failure can test your upper limits and establish a good baseline, make sure you have your safety equipment set up or an experienced spotter to assist you.
However, a critical point to remember is that this high level of effort must never compromise proper exercise form. If you find yourself having to "cheat" – by using momentum, twisting your body, or sacrificing proper technique for those last couple of repetitions – then the weight is likely too heavy for you right now. Training with improper form significantly increases your risk of injury and reduces the effectiveness of the exercise for the target muscles. Always prioritize perfect form over lifting heavier weights.
REPETITION SELECTION
Now that you have your intensity dialled in, the next critical element to design a weight training routine that suits your goals is repetition selection. The number of repetitions you choose for each set directly dictates how your muscles will adapt and respond to your training program. This is where your specific fitness goals truly take effect.
Here's a breakdown of how different rep ranges influence your results:
- 20+ Repetitions (High Reps for Stamina & Muscle Tone): Generally, sets incorporating 20 repetitions or more emphasize an increase in muscular endurance (stamina) and can contribute to increased muscle tone or firmness. Keep in mind that muscle definition (or tone) and firmness are directly related to how much body fat is covering the muscle. While you'll still build some strength, this range is primarily about conditioning.
- 16-20 Repetitions (Moderate Endurance & Initial Gains): This range offers similar endurance benefits but introduces a moderate increase in strength and a slight boost in muscle development (hypertrophy). It's a good starting point for foundational fitness or for those just beginning their weight training journey.
- 12-15 Repetitions (Moderate Strength & Development Balance): Choosing repetitions from 12 to 15 shifts the focus towards challenging the structural characteristics of the muscle. You'll see less of a specific endurance training effect, but a more significant increase in both strength and muscle development compared to training at higher repetition ranges. This range is excellent for balanced gains.
- 8-11 Repetitions (Optimal for Muscle Growth & Strength): This is often considered the optimal repetition range for significant muscle development, while also being highly effective for increasing strength. You'll still see an increase in muscle tone, but muscular stamina will only see a slight improvement.
- 4-7 Repetitions (Primary for Maximal Strength): For those whose primary goal is to maximize strength, a repetition range of 4-7 repetitions is ideal. This range yields optimal strength gains, alongside good muscle development and tone, albeit with a limited emphasis on muscle endurance.
- 1-3 Repetitions (Advanced Strength): This repetition range is best suited for advanced lifters and athletes with well-defined goals. Very high to maximal intensities can place significant stress on both tissues and skeletal structures, and should be used sparingly and under controlled conditions.
Ultimately, the number of repetitions you integrate into your workout depends entirely on your specific fitness goals and your current level of experience. As your comprehensive playbook examining how to design a weight training routine continues, we move on to how to put it all together into a schedule that works for you.
UNDERSTANDING WORKLOAD & VOLUME
We've discussed intensity and selected your repetition ranges. Now, let's take a closer look at the total "work" you're doing. Your workload, often referred to as volume, is calculated by sets multiplied by repetitions multiplied by the weight lifted. This metric is frequently used as an indicator of the total stimulus you're providing to your muscles, and it directly influences the type of adaptation you'll achieve.
Generally, higher workload volumes are attributed to greater muscle hypertrophy (growth), as this provides cumulative amounts of mechanical tension and metabolic stress necessary for muscle building. For hypertrophy, aiming for up to 20 sets per muscle group per week can be highly effective (1). Conversely, lower but heavier workloads (fewer reps or sets but maximal weight) are typically better for developing maximal strength, which emphasizes neurological adaptations and movement efficiency more. For strength, a target of 3-6 sets per muscle group per workout, translating to roughly 6-10 sets per muscle group per week, is considered optimal (2).
Beginners should start with lower, manageable workloads and prioritize proper form and lifting technique. As you progress in both experience and physical capacity, you can gradually build up to higher volumes. This progressive increase in workload over time is a key principle of effective training. As your muscles adapt, increasing the workload is one way to continually provide a novel stimulus that allows them to adapt and grow stronger. However, remember that pushing volume too high without adequate recovery can lead to diminishing returns, increased fatigue, and a higher risk of injury. Balancing workload with sufficient rest and listening to your body is crucial for sustainable progress in any weight training routine you design.
Suggested Workload Based on Goal
| Goal | Experience | Repetitions | Sets | Estimated Rest Days |
|---|---|---|---|---|
| General Fitness | None | 15 - 20 | 1 - 2 | 2 - 3 |
| 2 weeks | 15 | 2 - 3 | 3 | |
| 6 - 8 weeks | 12 - 15 | 3 - 4 | 3 | |
| 6 months | 10 - 15 | 4 | 3 - 4 | |
| > 12 months | 8 - 20 | 5 - 6 | 4 | |
| Muscle Definition | None | 20 | 3 | 2 - 3 |
| 2 months | 15 | 4 | 3 | |
| 4 months | 15 | 5 | 4 | |
| 6 months | 12 - 15 | 6 | 4 | |
| > 12 months | 15 | 8 - 12 | 5 - 6 | |
| Muscle Development | None | 15 | 3 | 2 - 3 |
| 1 months | 12 | 4 | 3 - 4 | |
| 3 months | 10 | 5 | 4 - 5 | |
| 6 months | 8 | 6 | 5 - 6 | |
| > 12 months | 10 - 12 | 8 - 12 | 6 - 7 | |
| Strength | None | 15 | 3 | 3 |
| 3 months | 10 | 4 | 3 - 4 | |
| 3 months | 8 | 5 | 4 - 5 | |
| > 12 months | 3 - 6 | 6 | 5 - 6 |
SCHEDULING YOUR WORKOUT
You've meticulously chosen your exercises, dialled in your intensity, and understand your required rep ranges. Now, it's time to bring it all together into a practical plan: scheduling your workout. This isn't just about picking random days; the best schedule for you is one that ensures the most consistency toward your fitness goals.
When you design a weight training routine, consider these crucial personal factors:
- Would you rather train 3 times a week for an hour each session, or 5 times a week for 30 minutes?
- Are there specific days you cannot exercise?
- What time of day can you consistently dedicate to yourself without interruptions?
- Do you need a workout schedule with built-in flexibility?
Your answers to these questions will significantly influence your success. Remember that depending on your goals, muscles need a specific amount of stimulus (sets, repetitions, and intensity) to improve. While there are specific recommendations tailored to your particular objectives, understanding your availability is the first step in constructing a routine that truly aligns with your life and helps guarantee success. In most cases, a muscle group should be trained on average about twice a week. Higher workloads require less frequent workouts, while lower workloads allow for increased workout frequency.
Fortunately, there's considerable flexibility in how you can organize your training, as your muscles require adequate time to recover and adapt. To design a weight training routine that will fit various schedules, the most common and effective method is to split your muscle groups across different training days. Depending on your goals, workload, available time, and recovery capacity, you might decide to divide your body into a split routine that encompasses 2, 3, 4, or even more days (3). Although some individuals may perform a whole-body workout twice a week, the workouts are often significantly longer in duration and more fatiguing.
In the upcoming examples, we'll illustrate how you can effectively divide your muscle groups across several days, providing real solutions to help you implement these principles. Note that the charts below do not include rest days. Your split routine should include at least one rest day per training cycle, depending on your total workload. For example, ending your training split with one day of rest is common before repeating it. Others may find it necessary to add a rest day in the middle of the training split. Listen to your body and ensure you feel recovered before tackling that workout again.
2 Day Split
| Version A | Version B | Version C | Version D (Push/Pull) |
|---|---|---|---|
| Day 1 - Back, Chest, Shoulders, Abdominals | Day 1 – Shoulders, Biceps, Triceps, Abdominals, Calves | Day 1 – Chest, Biceps, Triceps, Front Thigh, Calves | Day 1 – Back, Biceps, Rear Thigh, Abdominals |
| Day 2 – Front Thigh, Rear Thigh, Biceps, Triceps, Calves | Day 2 – Front Thigh, Rear Thigh, Back, Chest | Day 2 – Back, Shoulders, Rear Thigh, Abdominals | Day 2 – Chest, Triceps, Front Thigh, Shoulders |
3 Day Split
| Version A | Version B | Version C | Version D |
|---|---|---|---|
| Day 1 – Back, Shoulders, Abdominals | Day 1 – Back, Biceps, Abdominals | Day 1 – Chest, Back, Abdominals | Day 1 – Shoulders, Abdominals, Calves |
| Day 2 – Front Thigh, Rear Thigh, Calves | Day 2 – Front Thigh, Rear Thigh, Shoulders | Day 2 – Front Thigh, Rear Thigh, Calves | Day 2 – Front Thigh, Back, Triceps |
| Day 3 – Chest, Biceps, Triceps | Day 3 – Chest, Triceps, Calves | Day 3 – Shoulders, Biceps, Triceps | Day 3 – Rear Thigh, Chest, Biceps |
4 Day Split
| Version A | Version B | Version C | Version D |
|---|---|---|---|
| Day 1 – Back, Abdominals | Day 1 – Biceps, Rear Thighs, Abdominals | Day 1 – Chest, Triceps | Day 1 – Rear Thigh, Triceps |
| Day 2 – Front Thigh, Rear Thigh | Day 2 – Calves, Shoulders | Day 2 – Front Thigh, Calves | Day 2 – Front Thigh, Biceps |
| Day 3 – Chest, Biceps, Triceps | Day 3 – Triceps, Front Thighs | Day 3 – Shoulders, Rear Thigh | Day 3 – Back, Shoulders |
| Day 4 - Shoulders, Calves | Day 4 - Back, Chest | Day 4 – Back, Biceps, Abdominals | Day 4 – Chest, Abdominals, Calves |
5 Day Split
| Version A | Version B | Version C |
|---|---|---|
| Day 1 – Back, Abdominals | Day 1 – Biceps, Front Thigh | Day 1 – Biceps, Rear Thigh |
| Day 2 – Chest, Calves | Day 2 – Triceps, Rear Thigh | Day 2 – Triceps, Front Thigh |
| Day 3 – Shoulders, Forearms | Day 3 – Chest, Abdominals | Day 3 – Chest, Calves |
| Day 4 – Biceps, Triceps | Day 4 – Back, Calves | Day 4 – Back, Abdominals |
| Day 5 – Front Thigh, Rear Thigh | Day 5 – Shoulders | Day 5 – Shoulders, Lower Back |
Muscle Activation Post-Knee Replacement: An EMG Case Study
This article examines the activation of three key thigh muscles—vastus lateralis, vastus medialis, and biceps femoris—using EMG analysis before and after total knee replacement and its role in choosing effective knee replacement exercises. Case studies revealed significant shifts in muscle engagement, offering insights into compensation patterns and guiding the development of more effective, science-based rehabilitation strategies for post-surgical recovery.
Best Biceps Exercises for the Long and Short Heads: An EMG Study
Forget gym myths and bro science! We put five popular biceps exercises to the ultimate scientific test using EMG technology to reveal exactly which moves really target your long and short biceps heads for maximum growth. Get ready to ditch ineffective reps and build bigger, stronger arms with insights backed by hard data – the surprising truth about your favourite curls is inside!
1995 Training Review: 1940s-90s Bodybuilding & Legends:
This article is an in-depth review written in the mid-1990s on how bodybuilders of that time period trained to gain mass and achieve a lean physique.
Muscular Adaptations to Resistance Training is an in-depth review written in 1995, describing the scientific adaptations that occur in muscle as it grows through resistance training. Although more current research reviews will provide more up-to-date information, this can serve as a good starting point for those who wish to learn more, illustrating how exercise science knowledge has evolved over the decades.
Pingback: Strong Science-Based Knee Replacement Exercises You Need