Pass CWDP-303 Certification Exam Fast

CWDP-303 Exam Has Been Retired

This exam has been replaced by CWNP with new exam.

CWNP CWDP-303 Exam Details

Exam CWDP-303 provided by CWNP avails the skills for designing enterprise wireless networks. The CWDP represents Certified Wireless Design Professional, and you end up with it if you can prove that you are capable of acing the official test.

Target Audience for CWDP-303 Exam

This CWDP-303 test aims at those in the designing of wireless networks meant for the enterprise. Commonly, these are individuals with high-level skills.

Prerequisites for Test

Prior to applying for the final test, the valid CWNA certificate will be required. Also, ensure you have an intense awareness of the exam subjects before scheduling CWDP-303.

More about CWDP-303 Exam

CWDP-303 test regards the management of the entire lifecycle of WLAN design. This includes the definition, design, deployment, and diagnosis. Thus, tasks to undertake include gathering essential information as well as requirements, the creation of design, network implementation, and validation and optimization to ensure the accomplishment of the objectives. Testing, in particular, will encompass 60 questions to accomplish in 1.5 hours. Also, the test will have MCQs only with the language of the delivery being English. Getting certified means you’ve reached 70%. Finally, such an exam is going for $275.

CWDP-303 Objectives

The topics of CDWP-303 exam alongside the percentage that each represents are such as:

  • Defining Specifications for WLAN (25%);
  • Designing the WLAN (45%);
  • Deploying the WLAN (10%);
  • Validating and Optimizing the WLAN (20%).

Outline of Tested Topics

This is how each topic breaks into varied domains:

  • Defining Specifications for WLAN

    This area begins by looking at collecting and using business requirements. It includes use cases as well as justification for business, user requirements, regulatory compliance, and industry compliance. The next thing concerns collecting, defining, and using technical requirements. This details location services like RTLS, requirements for latency, signal strength, capacity, and security, the discovery of apps and their particular requirements, discovering requirements for WLAN upgrade when applicable, and defining requirements for bridge link when applicable. Such a sector also scrutinizes requirements for voice over WLAN (VoWLAN), identifying client services that include most important as well as least capable gadget, and various requirement areas. Another domain area is about identifying design constraints and this covers regulatory compliance, aesthetics, architectural constraints, mounting restrictions, accessing restrictions, vendor selection, time constraints, and building codes including safety ones. The subsequent part concerns collecting, using, and delivering vital documents wherever it is applicable. This captures validated floorplans, network diagrams, existing AP locations, existing standards for cabling, existing locations for cabling, existing wireless data for the system, switch capabilities as well as capacity, and more. Under this topic, candidates should also have abilities in defining requirement areas that include vital metrics necessary for every requirement. This goes into capacity, client device types, apps alongside their requirements, SSIDs as well as WLAN profiles, security settings, and understanding varied issues that are introduced by common vertical markets that include education, healthcare, retail, public hotspots, hospitality, and more. The final portion touches on the implementation of the effective management of projects. This concerns SoW (Statement of Work), NDAs (Non-Disclosure Agreements), project plans, role definition, and resource management.

  • Designing WLAN

    What is covered in such a topic includes defining WLAN architecture in addition to the selection of the proper architecture to be used during design. This scrutinizes controller-based, distributed stand-alone/autonomous APs, dynamic versus static channel assignment, RF profiles, selecting and/or recommending the proper equipment for the design, and more. Also, covered is producing a design as well as communicating with the right individuals associated with the design. Under this category, captured areas include using WLAN design software that describes commonly available features in the solutions offered by different vendors, selecting and using proper design tools for a project, and performing a pre-design survey on the site when required, among other things. The last thing that such a topic discovers is creating, distributing, and communicating design documentation. This includes BoM (Bill of Materials), design report, and guide for physical installation.

  • Deploying WLAN

    Overall, three issues are addressed under this objective. The first one is focused on ensuring an appropriate comprehension and execution of design documentation. Particularly, this covers the implementation & distribution of documents to the right individuals and selecting qualified technicians for implementation when needed. The second part examines performing validation as well as optimization tasks in the course of the deployment. It covers the verification of proper location for AP installation, verifying that PoE provisioning needs are met, verifying channel selections as well as output power, and verifying that aesthetic needs are met. The third bit covers the recommendation and performance of essential tasks for deployment.

  • Validating and Optimizing WLAN

    This final objective digs into six main areas. The first one includes performing a survey for RF validation, which captures coverage requirements, capacity requirements, and the evaluation of CCI impact. The second part concerns testing client performance and looks at application testing, roaming testing, and connectivity testing. The third section is about recommending and/or performing proper physical adjustments. This is about AP and antenna locations. In the fourth portion, you’ll find recommendations and/or performance of proper configuration adjustments. This concerns transmitter RF output power, RF channel selection, and RF channel bandwidth. In the fifth aspect, matters addressed revolve around selecting remediation solutions for challenges discovered during post-validation. The sixth and final section covers the implementation of knowledge transfer as well as a hand-off.

Career Opportunities, Job Roles, and Salary

Earning a passing score in CWDP-303 exam means you eventually get CWDP certified. This enables you to effectively plan and execute WLANs. Gaining such a designation opens up more job positions in IT for you and allows you to progress in your career. Job roles to opt for include network designers, wireless WLAN designers, and wireless WLAN planners. As the vendor expresses, individuals who are CWDP certified can earn up to $115k annually.

What Next after Certification?

The CWNP certification plan allows for progression if you wish to proceed and make your profession even stronger through accumulating more skills. The CWDP is a professional certification, and when you earn it, you acquire the credits necessary for achieving the CWNE certificate. Achieving this expert-level validation requires one to have the CWNA, CWSP, CWDP, CWAP, and CWISA certifications.