Upon successful completion of the course and passing the subsequent evaluations, delegates are awarded the Certified Optical Network Engineer (CONE) designation from Optical Technology Training (OTT). This is a lifetime professional credential that remains valid indefinitely.

CONE is a vendor-neutral program. Rather than focusing on configuration of a specific vendor's equipment or proprietary command-line interfaces, the course focuses on the physics, engineering constraints, and architectural design principles of high-performance optical networking.

This approach is intended to provide knowledge that can be applied across different vendor platforms and mixed-vendor optical network environments.

The Certified Optical Network Engineer curriculum is designed for mid-to-senior level professionals working with high-capacity data transport, including:

• Optical network engineers and transport/transmission engineers
• Optical network architects and core network engineers
• Optical network planning and design engineers
• Data center network engineers and infrastructure interconnect architects
• Telecommunications consultants and systems integrators

No external textbooks are required. Delegates receive access to a comprehensive 600+ page OTT engineering manual through a dedicated online course portal one week before the class begins. The portal also includes interactive review questions for pre-course preparation.

The technical manual can be downloaded for use during and after the training, and access to the interactive online training portal remains active for one year following completion of the course.

Yes. A detailed day-by-day syllabus covering topics such as coherent optics, nonlinear effects, link budgeting, ROADM configurations, and open line systems is available upon request. Contact FiberGuide to request the full PDF outline.

Because CONE is an advanced engineering program, successful completion of the foundational Certified Optical Network Associate (CONA) course is strongly recommended.

Experienced professionals with equivalent practical knowledge of optical networking, fiber characteristics, and basic DWDM engineering may be eligible for a CONA prerequisite waiver. Contact FiberGuide before registration to discuss the applicable requirements.

No. The CONE program is delivered as an intensive, five-day, in-person training program. The course relies on instructor interaction, collaborative work, and practical engineering exercises.

No. The certification requires completion of the full five-day instructional curriculum. Registration includes the live training, online portal access, project evaluations, and formal examination.

According to FiberGuide's CONE FAQ information, advanced courses are led by FiberGuide Technical Director Dr. Jabulani Dhliwayo, who holds a PhD in Applied Physics and has extensive fiber optics and photonics experience, including technical and product leadership roles at Corning and Yokogawa.

FiberGuide offers public, open-enrollment training sessions at locations across the United States. Upcoming sessions are listed on the FiberGuide optical networking course schedule.

FiberGuide can also deliver private, closed-door CONE training at corporate facilities or data center campuses. Private sessions can be scheduled around project timelines and organizational requirements.

Delegates should bring a standard laptop capable of connecting to Wi-Fi for access to the online portal, quizzes, and assignment prompts.

No specialized modeling software is required. The analytical engineering design portions of the course use commonly available tools such as Microsoft Excel and PowerPoint, with templates provided by OTT.

Certification requires both practical design capability and theoretical knowledge. Delegates complete two practical design projects in collaborative pairs:

1. A high-speed Data Center Interconnect (DCI) scenario
2. A complex, mesh-based ROADM network architecture scenario

Delegates must also pass a comprehensive written examination administered at the conclusion of the training week.

Yes. CONE includes a simulation-based practical component using OTT's WhizzieKit virtual optical networking simulation platform. Participants can work with virtual networking cards, optical power budgets, nonlinear thresholds, and fiber spans to explore realistic network behavior and impairments.

If a delegate does not meet the passing threshold on the initial exam, a second attempt is permitted through a re-sit examination. If a passing grade is not achieved on the second attempt, the delegate receives an official Certificate of Attendance and may re-attend the training track at a future date to retake the evaluation.

Instructors are available for one-on-one technical discussions during the training week. Post-course, alumni receive access to the “Certified by OTT” LinkedIn community, which provides an opportunity to network with optical professionals and instructors.

Cancellation, seat-transfer, and rescheduling policies can vary depending on the public venue and enrollment timing. Review the terms and conditions provided through the applicable registration portal or contact FiberGuide support for assistance with a specific booking.