The Unsung Heroes of Beauty: A Day in the Life of a Cosmetic Products Operator

Before a moisturizer melts into your skin or a lipstick glides onto your lips, there is a disciplined production dance happening behind the scenes. At the heart of it stands the cosmetic products operator: the professional who transforms a formula on paper into safe, consistent, beautifully packaged products on shelves. This role blends craftsmanship, mechanical acuity, quality rigor, and unshakeable teamwork. While the brands take the spotlight, operators are the quiet guardians of quality, safety, and efficiency.

Step onto any modern cosmetics line - from skin care emulsions and hair conditioners to color cosmetics and fragrances - and you will find operators orchestrating equipment, materials, and data. They track every gram added, every torque applied, every code printed, and every bottle sealed. Their work is not glamorous, but it is foundational to beauty.

This deep dive follows a typical day in the life of a cosmetic products operator, exploring the machinery they run, the standards they uphold, and the challenges they overcome. If you are considering this career in Bucharest, Cluj-Napoca, Timisoara, Iasi, or beyond, or if you hire for production teams across Europe and the Middle East, this insider's guide will show you what it takes to do the job well.

What a Cosmetic Products Operator Really Does

A cosmetic products operator is responsible for setting up, running, and monitoring various processes that convert raw ingredients into finished goods. Roles can be split into compounding (batch-making) and filling/packaging, though many operators are cross-trained.

Core responsibilities include:

Following Good Manufacturing Practices (GMP), especially ISO 22716 for cosmetics
Executing Standard Operating Procedures (SOPs) with meticulous accuracy
Setting up and adjusting machines: mixers, homogenizers, fillers, cappers, labelers, and printers
Weighing and charging raw materials to the compounding vessel
Monitoring critical process parameters such as temperature, mixing speed, vacuum level, and time
Performing in-process quality checks: pH, viscosity, color match, density, and fill weight
Completing batch records and line documentation with full traceability
Cleaning, sanitizing, and swab testing equipment between batches and product families
Responding to alarms, jams, and equipment faults quickly and safely
Coordinating with quality control (QC), maintenance, and materials handling

A strong operator is part mechanic, part chemist, part detective, and part teammate. The role rewards those who love solving real-time problems within a rigorously controlled environment.

The Shift Handover: Starting Strong Before the Lines Roll

Most plants run multiple shifts. Whether you start at 6:00, 14:00, or 22:00, your shift begins with information:

Read the shift log. What batches and SKUs are scheduled? Any deviations or machine issues from the previous shift?
Walk the line. Verify cleanliness, guard placement, empty bins, and that tools are in their 5S-designated places.
Confirm materials. Check that raw materials, packaging components, labels, and overwrap are staged, inspected, and released by QC.
Gear up. Don PPE: hairnet, beard cover if applicable, lab coat or smock, gloves, safety shoes, goggles. If fragrance or solvent use is high, add respiratory protection per your plant risk assessment.
Calibrate at point-of-use. Check pH meter standardization, do a quick balance check, verify torque wrench settings, and confirm the checkweigher standard weights.

Strong handovers prevent errors and accelerate startup. The best plants standardize this with a pre-start checklist that leaves nothing to chance.

Line Clearance and Setup: Zero Tolerance for Mix-ups

Changeovers - switching from one SKU to another - are a high-risk window for label and component mix-ups. Operators own the discipline here.

A robust line clearance includes:

Stop and empty the line. Remove all WIP units from conveyors and hoppers.
Clean down. Wipe and sanitize contact surfaces. For allergen or fragrance-sensitive lines, run a validated cleaning protocol and record swab results.
Verify new SKU components. Match component codes, colorways, and labels to the batch order and the artwork specification.
Set mechanical parameters. Adjust guides, star wheels, filling nozzles height, and cap chucks for the new pack size.
Test with a small run. Start with 10 to 20 units to validate fill volume, cap torque, label position, print legibility, and EAN barcode scan.
QC approval. Do not release the line to full speed until QC signs the first-off samples.

Practical tip: Photograph correct setups and keep a visual settings library. When operators have a quick reference for nozzle heights or label gap positions per SKU, changeovers are faster and safer.

From Formula to Batch: Weighing, Charging, and Compounding

Compounding operators transform a formula into a homogeneous bulk. Precision at this step is everything.

Key steps:

Material verification: Match raw material lot numbers with the batch sheet and QC release labels. Use barcode scanning where available to avoid data entry errors.
Weighing: Use calibrated scales and follow weigh tolerances (often +/- 0.5 percent for minor ingredients, +/- 1.0 percent for majors). For potent actives or pigments, tolerances can be tighter.
Pre-dispersion: For powders, slowly sift into a vortex under agitation to prevent lumps. For carbomers or cellulose gums, allow full hydration time before neutralization.
Temperature staging: Heat oil and water phases to target temperatures before emulsification. For many creams, 70 to 75 C for both phases is typical before combining.
Addition order: Follow the SOP exactly. Adding fragrance before neutralization or preservatives at the wrong pH can cause instability or loss of efficacy.
Emulsification and homogenization: Use high-shear mixing and, if available, vacuum emulsifiers to remove air and build fine droplet size for stable, silky textures.
Cooling and finishing: Cool at controlled rates, adding heat-sensitive vitamins, enzymes, or fragrances below their maximum thermal limits.

Examples of compounding equipment operators manage:

Steam-jacketed vessels from 300 L to 3,000 L with anchor agitators and scrapers
High-shear mixers and inline homogenizers (e.g., rotor-stator) for emulsions
Vacuum emulsifying mixers to de-aerate and achieve glossy creams
Ribbon blenders or planetary mixers for scrubs or high-viscosity balms
Bead mills or triple-roll mills for pigment grinding in color cosmetics
Heating and cooling systems with precise PID controls

Good habits for compounding operators:

Stage raw materials in the order of addition. Lay them out left-to-right with weigh tags visible.
Use checklists to confirm: material ID, lot number, weight charged, operator initials, time of addition.
Record actual temperatures and mixing speeds at defined intervals.
Keep a clean bucket policy: do not use unlabeled or shared containers for intermediates.
Log any variance immediately and inform QC. Silence is what causes deviations to become recalls.

The Operator's Machine Toolkit: From Pumps to Palletizers

An operator's day is a tour of modern production equipment. Understanding how each piece behaves is as important as reading the batch sheet.

Core equipment across cosmetics manufacturing:

Positive displacement pumps: gear, lobe, or diaphragm for viscous creams and gels
Peristaltic pumps: gentle product handling for serums and actives
Piston and rotary fillers: precise volumetric fills for bottles and jars
Tube fillers: aluminum and plastic tube filling with crimping or heat sealing
Form-fill-seal sachet machines: single-dose masks or shampoo samples
Induction sealers: tamper-evident foil seals beneath caps
Cappers: chuck or spindle cappers with torque control
Labelers: pressure-sensitive labelers for wrap, front-back, and neck tags
Print systems: CIJ (continuous inkjet), TIJ (thermal inkjet), laser coders for batch and expiry
Vision systems: OCR/OCV, barcode reads, and label presence
Checkweighers and metal detectors: ensuring correct weight and safety
Cartoners, case packers, palletizers, and stretch wrappers: end-of-line efficiency

Operators adjust, lubricate, and babysit these systems. The best ones think in cause-and-effect: if labels skew, check web tension; if fills drift, inspect product temperature or nozzle seals; if cap torque varies, verify chuck alignment and liner consistency.

Quality Built In: In-Process Controls That Protect the Brand

Quality is not a gate at the end. It is embedded in the operator's every move. In cosmetics, the following in-process checks are routine and non-negotiable:

pH: Measured on calibrated pH meters. Typical skin care ranges 4.5 to 6.5, hair products vary wider. Record every defined interval.
Viscosity: Brookfield or cone-plate measurements at a defined spindle and RPM, after a standard rest time. Operators note any drift linked to temperature.
Appearance and odor: Clarity, phase separation, color shade, and fragrance profile against a standard.
Density or fill weight: Using checkweighers or manual gravimetric checks to confirm volume accuracy.
Torque: For caps, using a digital torque tester to maintain consumer-friendly openability while ensuring seal.
Seal integrity: Vacuum leaks, tube crimp integrity, induction seal adhesion checks.
Label and code: Label placement within millimeter tolerances, print legibility, OCR checks, and scannability of barcodes.
Micro controls: While full microbiology tests occur in the lab, operators support with environmental swabs and sanitizer concentration checks, especially between allergen-containing or high-risk batches.

When a parameter is out-of-spec, operators initiate containment: stop the line, tag and segregate suspect WIP, inform QC, and document a deviation. Fast, honest reporting saves time and protects customers.

The Filling and Packaging Ballet: Precision at Speed

Once bulk passes QC, it heads to the filling hall. Here, changeovers and precision mechanics dominate an operator's day.

Typical workflow:

Bulk staging: Verify the right bulk tank is connected to the correct line via sanitized hoses. Confirm the lot number and tank label match the batch order.
Priming and de-aeration: Purge air from the product path to avoid underfills.
First-off checks: Run 10 to 20 units and verify fill targets, cap seating, label position, code, and packaging integrity.
Ramp up: Increase line speed progressively. Monitor rejects and minor stops; note patterns and intervene early.
In-run adjustments: As product warms or cools, viscosity changes. Operators adjust fill parameters to compensate.
Component variability: If a cap batch grips differently or jars vary slightly, operators compensate with torque and feed adjustments.
End-of-run: Drain lines, push product with a food-grade chase medium if allowed, record yield, and begin line clearance.

Real-world example: For a 200 ml conditioner at 180 units per minute, an operator targets a mean fill of 202 g with a lower control limit of 198 g. Every 15 minutes, a sample of 5 is weighed. If two consecutive weights drop to 199 g, the operator inspects nozzle seals, checks product temperature, and recalibrates the filler, preventing underfills and complaints.

Documentation and Traceability: If It Is Not Written, It Did Not Happen

Cosmetics operate under EU Regulation (EC) No 1223/2009 and ISO 22716 GMP. Documentation is the backbone of compliance.

Operators are responsible for:

Batch Manufacturing Records (BMRs): Recording actual times, temperatures, speeds, weights, and operator initials for each step.
Line start-up and clearance checklists: Evidence that the right components are on the line and the wrong ones are removed.
Cleaning logs: Documenting cleaning agents, concentrations, contact times, and verification swabs.
Deviations and nonconformance reports (NCRs): Clear, factual description of what went wrong and immediate actions taken.
Electronic entries: In many sites, entries feed into MES or ERP systems, linking raw material lots to finished goods for full backward and forward traceability.

Practical documentation tips:

Write entries in real time. Never batch your paperwork later - details fade and times become fuzzy.
Use indelible ink. If you make an error, single-line strike-through, date, and initial per SOP. Never obscure data.
Cross-check with a buddy before handing over the line. A 2-minute peer review catches many slips.

Cleaning, Changeover, and Allergen Control: Clean Means Safe

In cosmetics, cleanliness is not only about appearance. Residues can destabilize the next batch, cause fragrance off-notes, or contaminate with allergens.

Operators execute validated cleaning methods such as:

CIP (clean-in-place): Circulating heated cleaning solution through tanks and lines, followed by rinse and sanitizer, then verification by conductivity or ATP swabs.
COP (clean-out-of-place): Disassembling valves, nozzles, and gaskets for manual scrubbing in a parts washer.
Allergen and fragrance segregation: Dedicated tools or color-coded utensils for nut oils, SPF actives, or strong fragrance families. Swab results must meet acceptance criteria before release.
Changeover timing: Plan SMED-style (single-minute exchange of dies) steps - perform external tasks before shutdown and reduce internal downtime with kitted parts and quick-release fittings.

Common pitfalls and fixes:

Hidden product traps under valves: Add a drain step and verify with endoscopic inspection during validation.
Inadequate sanitizer contact time: Use timers and SOP posters at wash stations.
Incorrect gasket reassembly: Keep a gasket map and keep spares on hand in labeled bins.

Problem-Solving on the Fly: The Operator's Diagnostic Playbook

Operators are the first responders when something drifts. A practical diagnostic flow helps:

Define the symptom: Underfills, scuffed labels, unsteady torque, vision rejects, foaming, or air in product.
Check the last change: New batch of components? Speed adjustment? Temperature change? Tooling swap?
Verify the basics: Air pressure, vacuum level, product temperature, pump rotation, sensor alignment.
Isolate and test: Slow the line, run single cycles, test a different head, or swap a nozzle to localize the fault.
Document and escalate: If you cannot fix within the defined time, log data and call maintenance. Provide precise observations to speed diagnosis.

Common issues and quick wins:

Foaming at filler: Lower drop height, reduce pump pulsation, increase backpressure damping, or slightly warm product if allowed.
Label skew: Re-center product guides, check label web tracking, clean label sensor, reduce line speed for delicate bottles.
Cap cross-threading: Check cap sorter, align cap chute, slow cap application, verify bottle neck finish variation.
Viscosity drift: Confirm batch temperature, check for incorrect neutralization or missing thickener, or request QC spot test.

Safety and Compliance: Protecting People and Product

Cosmetics production involves heat, moving machinery, and chemicals. Operators lead by example on safety:

Chemical handling: Follow CLP labeling. Use SDS sheets. For acids and bases used in pH adjustment, wear eye and face protection. Neutralize spills per SOP.
Heat and steam: Use insulated gloves near steam-jacketed vessels. Lockout-tagout on heat sources before maintenance.
Machine safety: Never bypass guards. Use lockout-tagout during jams that require entry.
Ergonomics: Rotate tasks, use lift assists for ingredient bags, adjust work height, and request anti-fatigue mats.
Fragrance exposure: Some fragrances contain sensitizers. Use local exhaust ventilation and approved respirators where required.
Regulatory context: In the EU, comply with ISO 22716 and Regulation (EC) No 1223/2009 requirements for GMP and product safety.

A safe operator is a consistent operator. Muscle memory of safe steps prevents injuries and unplanned downtime.

Sustainability in Action: Waste Down, Efficiency Up

Consumers expect ethical beauty. Operators make a difference:

Yield management: Capture heel product from tanks, use pigging systems or push medium to recover more bulk.
Component care: Store caps and labels in dry, temperature-controlled areas to reduce rejects.
Energy and water: Optimize CIP cycles, insulate tanks, and schedule hot runs consecutively to reduce reheating.
Recycling streams: Segregate cardboard, plastic liners, and mixed waste. Collect leftover bulk for approved rework where regulations and quality allow.

Small operational choices add up across thousands of units and dozens of batches per week.

The People Side: Collaboration Drives Performance

Operators rarely work alone. A high-performing day depends on fast, respectful interactions:

QC analysts: Align on sampling times and acceptance limits. Share early warnings.
Maintenance technicians: Agree on PM windows and rapid-response protocols. Provide clear fault symptoms.
Planners and warehouse: Signal material shortages early. Request component quality checks when oddities appear.
Team leads: Balance the line, support training, and remove roadblocks. Run tier meetings with simple dashboards.

Simple communication rituals - a 5-minute pre-shift huddle, visual boards, red-yellow-green status markers - empower operators and surface issues early.

Career Path, Skills, and Pay in Romania: What to Expect

Romania hosts a growing personal care and cosmetics ecosystem. From established brands to contract manufacturers, opportunities for operators are expanding in industrial zones around Bucharest, Cluj-Napoca, Timisoara, and Iasi.

Key skills and traits:

Technical aptitude: Comfort with mechanics, sensors, pumps, and PLC-driven HMIs
Meticulousness: Accurate weighing, data entry, and SOP adherence
Quality mindset: Understanding of pH, viscosity, and GMP cleanliness
Problem-solving: Root-cause thinking and calm under pressure
Teamwork and communication: Clear handovers and fast escalations
Physical readiness: Standing, lifting within safe limits, and shift work

Useful training and certifications:

ISO 22716 GMP training for cosmetics
Basic metrology: balances, thermometers, pH meters
HACCP or hygiene certificates (common in shared F&B and cosmetics plants)
Forklift license for materials movement (if role requires)
First aid, fire safety, and lockout-tagout awareness

Indicative salary ranges in Romania (2026 outlook, based on public job adverts and ELEC client projects; actual offers vary by employer, region, and shifts):

Entry-level operator: approximately 3,500 to 5,000 RON net per month (about 700 to 1,000 EUR net), often plus meal vouchers and transport support
Experienced operator: approximately 4,500 to 6,500 RON net per month (about 900 to 1,300 EUR net), with shift premium of 10 to 25 percent for nights and weekends
Line lead or shift supervisor: approximately 6,000 to 9,000 RON net per month (about 1,200 to 1,800 EUR net), plus performance bonuses

City examples:

Bucharest: Higher cost of living with correspondingly higher pay bands. Many roles in industrial parks around Berceni or Chitila. Typical employers include brand-owned filling plants, private-label manufacturers, and 3PL copackers.
Cluj-Napoca: Strong heritage with major cosmetic producers such as Farmec and a cluster of SMEs in and around the Tetarom industrial parks. Skilled operators with color cosmetics or emulsions experience are in demand.
Timisoara: Diverse manufacturing base with access to Western markets. Operators find opportunities in Freidorf Industrial Park among personal care contract packers.
Iasi: Growing manufacturing footprint near Miroslava industrial area, with roles in packaging, blending, and warehousing for regional cosmetics suppliers.

Benefits frequently offered:

Meal vouchers (tichete de masa)
Transport allowance or company shuttle
Private health insurance
Annual performance bonus
Overtime premiums and night-shift differentials
Training budget and cross-training plans

Typical employers:

Brand-owned manufacturing sites for European beauty companies
Contract manufacturers (CMOs) specializing in skin, hair, and color cosmetics
Private-label producers supplying retail chains and e-commerce brands
Specialized packaging and filling companies managing seasonal spikes

A Day-in-the-Life Timeline: From Clock-In to Clock-Out

Every plant and product family differs, but here is a realistic timeline for a day shift operator working both compounding and filling tasks.

06:00 - Clock-in and huddle: Review production plan, safety topic of the day, and quality alerts.
06:10 - PPE and line walk: Inspect guards, cleanliness, tools, and status lights.
06:20 - Pre-start checks: Calibrate pH meter, check balance with test weights, verify torque analyzer.
06:30 - Material verification: Scan raw materials and components, confirm QC release labels.
06:45 - Line clearance: Complete checklist and get team lead co-sign.
07:00 - Compounding start: Heat water phase, weigh surfactants and thickeners; start agitator.
08:00 - Emulsification: Combine phases, engage high-shear mixer, and begin recirculation under vacuum.
09:00 - In-process QC: Check pH (target 5.5), viscosity at defined spindle, and appearance versus standard.
09:30 - Cooling and finishing: Add fragrance and preservatives at 40 C; record additions and times.
10:15 - Transfer to holding tank: Connect sanitized hose and pump bulk to filling hall.
10:45 - Filling setup: Adjust nozzles and guides for 200 ml bottle; run first-off checks with QC.
11:00 - Production run: Ramp to 160 units per minute, monitor checkweigher, adjust cap torque to 0.9 Nm.
12:30 - Lunch break: Hand over to buddy and log status.
13:00 - Restart and troubleshoot: Resolve intermittent label skew by cleaning label sensor and realigning web.
14:00 - In-run QC: Sample 5 bottles for fill weight, verify code readability, perform appearance check.
15:00 - End of batch: Record yields, segregate rework per SOP, start COP on nozzles and valves.
15:30 - Line clearance and setup for next SKU: Switch to 100 ml tube filler, complete clearance checklist.
15:55 - Handover: Update shift log with machine settings, minor stops, and open actions for maintenance.
16:00 - Clock-out: PPE disposal and final housekeeping.

How to Stand Out as an Operator: Practical Advice

Master your SOPs: Read them end-to-end. Annotate with your own checklist. Ask why each step exists.
Build a machine notebook: Record the sweet-spot settings by SKU, including temperatures, fill volumes, torque targets, and common failure modes.
Own 5S: Keep a labeled, shadow-boarded toolset. You will save minutes every hour.
Watch the trend, not the point: A single fill weight is noise. A line of five creeping down is a signal.
Learn to read the product: Viscosity, foam, and fragrance bloom tell you when a batch needs attention.
Cross-train: Operators who can compound, fill, and run end-of-line equipment are invaluable.
Communicate early: If something feels off, stop and ask. Most quality issues begin as small doubts.
Upskill in data: MES screens, OEE dashboards, and SPC charts are becoming standard. Be the operator who can explain a control chart.

Digital Tools and the Future Operator

Modern plants are connecting equipment and data:

MES and SCADA: Electronic batch records, live alarms, and recipe control reduce errors and speed investigations.
Automated inspection: Vision AI flags label defects and code errors at full speed.
Collaborative robots (cobots): Case packing, palletizing, or kitting to reduce ergonomic strain.
Predictive maintenance: Vibration and temperature monitoring to pre-empt bearing or pump failures.

For operators, digital skill is a differentiator. Comfortable navigation of HMIs, understanding of alarms, and confidence entering data are now core competencies.

Common Challenges and Field-Tested Solutions

Batch-to-batch variability: Raw material lots can behave differently. Keep samples of tricky ingredients, and request QC pre-tests on viscosity-critical inputs.
Component inconsistencies: Bottles with variable wall thickness cause label wrinkles. Flag to incoming inspection and adjust pressure-sensitive labeler tension.
Micro hotspots: Warm process water tanks can harbor biofilms. Enforce validated sanitizer rotation and thermal cycles.
Seasonal demand spikes: Holiday sets explode in Q4. Adopt temporary staffing and standardized training scripts to keep quality stable.
Fragrance cross-over: Strong previous scents linger. Use dedicated hoses for fragrance families and validate cleaning with olfactory and chemical tests.

Key Takeaways for Candidates and Hiring Managers

Operators are the gatekeepers of consistent beauty products. They protect quality at every touchpoint.
The job blends precision, mechanics, data, and teamwork. Curiosity and discipline are must-haves.
Well-defined SOPs, clean workspaces, and robust line clearances prevent the majority of errors.
In Romania's hubs like Bucharest, Cluj-Napoca, Timisoara, and Iasi, demand for trained operators is rising with competitive pay and benefits.
Digital fluency and cross-training will define the next generation of standout operators.

Frequently Asked Questions

1) What education do I need to become a cosmetic products operator?

Many operators start with secondary education and vocational training in mechanics, chemistry, or industrial technology. Technical high school or post-secondary certificates help. Employers provide SOP and GMP training. A background in food, pharma, or chemical manufacturing transfers well.

2) What is the difference between a compounding operator and a filling operator?

Compounding operators make the bulk product, weighing and mixing ingredients under controlled conditions. Filling operators package the finished bulk into consumer units, running fillers, cappers, labelers, and coders. In smaller plants, operators are often cross-trained to do both.

3) Which machines are hardest to learn?

High-shear mixers and vacuum emulsifiers require attention to temperature, shear, and vacuum interplay. On packaging lines, multi-head piston fillers, pressure-sensitive labelers, and CIJ printers demand fine mechanical and software tuning. Troubleshooting vision systems for code and label verification can also be challenging at speed.

4) How do operators help with quality control?

Operators run in-process checks for pH, viscosity, fill weight, torque, seal integrity, and labeling. They document results, spot drifts, and stop the line when needed. Their rapid feedback prevents defects from escaping downstream and triggers QC intervention when necessary.

5) What are the typical shift patterns?

Common patterns include 3-shift rotation (morning, afternoon, night) or 12-hour shifts (2-2-3). Night and weekend shifts usually carry premiums. Plants serving export markets often run 24-7 to meet demand, especially during seasonal peaks.

6) How much can I earn as an operator in Romania?

Indicative net monthly ranges (actual offers vary): entry-level 3,500 to 5,000 RON; experienced 4,500 to 6,500 RON; line leads 6,000 to 9,000 RON. Shift premiums, meal vouchers, transport, and bonuses are common add-ons. In cities like Bucharest and Cluj-Napoca, ranges trend higher due to cost of living and demand.

7) How can I progress my career?

Develop cross-functional skills: compounding, filling, and basic maintenance. Volunteer for continuous improvement projects, learn SPC basics, and mentor newcomers. From senior operator, typical paths include line lead, shift supervisor, process technician, or quality technician roles.

Ready to Build or Join a High-Performing Cosmetics Team?

Whether you are a candidate excited by hands-on, quality-driven work or an employer scaling a new line, operators are the backbone of reliable production. ELEC supports cosmetics manufacturers, CMOs, and private-label producers across Europe and the Middle East with recruitment, workforce planning, and on-boarding programs tailored to GMP environments.

Candidates: Share your CV and target city - Bucharest, Cluj-Napoca, Timisoara, Iasi, or elsewhere - and we will match you with roles that fit your skills and growth goals.
Employers: If you are launching a new SKU family, extending shifts, or needing seasonal surges, we can build operator pipelines, design skills matrices, and implement fast, compliant induction.

Get in touch with ELEC to discuss your hiring plans or your next career move. The beauty of your product depends on the excellence of your operators - we can help you find and become the best.