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The R&D Engineer for Telecom Outside Plant (OSP) New Product Development plays a critical technical role in transforming conceptual ideas into robust, next-generation telecom products. This position collaborates closely with laboratory engineering and cross-functional teams to ensure that Telcordia Generic Requirements (GR) specifications, along with internal standards, are effectively integrated into high-quality product designs.
Job Responsibility
Lead technical development activities for new OSP products from concept through commercialization
Translate GR requirements, customer specifications, and risk assessments into design inputs and validation strategies
Develop engineering models, test plans, and experimental designs to prove compliance and product robustness
Collaborate with systems, mechanical, and materials engineering teams to define architecture choices and design trade‑offs
Champion design for reliability, manufacturability, and cost throughout the development lifecycle
Interpret Telcordia GR specifications (e.g., GR‑771, GR‑487, GR‑3108) and create detailed evaluation plans, procedures, and acceptance criteria
Partner with laboratory engineering to establish test sequences, instrumentation needs, fixtures, and appropriate environmental conditions
Oversee execution of complex or high‑risk evaluations, ensuring accuracy, traceability, and configuration control
Analyze results, identify root causes for failures, and lead cross‑functional corrective action activities
Present findings and design recommendations to senior engineering and program stakeholders
Develop innovative solutions that lead to intellectual property to protect value creation of new products
Lead structured root cause analysis (5 Why, DOE) for development challenges or test failures
Drive innovative material, design, or process solutions to meet stringent OSP reliability requirements
Benchmark new technologies, evaluation methods, and industry best practices to strengthen product performance
Work closely with Product Management, Quality, Operations, and Supply Chain to ensure seamless development flow
Lead design reviews, risk assessments (DFMEA, PFMEA), and readiness gates throughout development
Provide senior‑level mentorship and technical guidance to engineers, lab personnel, and technicians
Generate high‑quality engineering reports, summaries, and technical justifications for internal and external audiences
Ensure all technical work meets compliance expectations for GR standards, customer audits, and QMS requirements
Maintain complete, auditable documentation of test methods, configurations, and results
Identify opportunities to accelerate product development through automation, advanced analysis, or improved evaluation methods
Lead Kaizen projects targeting cycle time reduction, increased test throughput, or improved reliability prediction models
Introduce data‑driven methodologies and digital tools for test execution, reporting, and traceability
Requirements
Bachelor’s degree in Mechanical Engineering
0-2 years of engineering experience in R&D or product development
Demonstrated ability to work in a dynamic team environment
Rapidly grasp and utilize new methods and technologies as a junior engineer
Proficiency with injection molded and sheet metal part design
Strong communication, reporting, and documentation skills
Solid understanding of laboratory safety and quality systems (ISO 9001 / 17025)
Trained in 3D modeling using Creo
Experience with prototype fabrication methodologies. i.e. machining, printing, injection molding…
Nice to have
Strong background in telecom outside plant, harsh‑environment products, or similar industries
Proven experience interpreting and applying Telcordia Generic Requirements or equivalent specifications
Experience with GR‑771, GR‑487, GR‑3108, GR‑63, or similar environmental/qualification standards
Advanced knowledge of product development frameworks (APQP/PPAP)
Expertise with automation and data acquisition (LabVIEW, Python, PLC/SCADA)
Lean/Six Sigma, PMP, or Agile certification
Experience with reliability engineering tools: HALT/HASS, Weibull analysis, accelerated life testing