Developmental Engineers Provide Advanced Skill Jobs in New York City, NY

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Looking for Developmental Engineers Provide Advanced Skill jobs in New York City, NY? Browse our curated listings with transparent salary information to find the perfect Developmental Engineers Provide Advanced Skill position in the New York City, NY area.

Software Engineer III- AIML

Company: JPMorgan Chase

Location: Jersey City, NJ

Posted Feb 07, 2025

Lead Platform Engineer

Company: DTCC

Location: Jersey City, NJ

Posted Feb 07, 2025

Pharmacist

Company: CVS Health

Location: Queens, NY

Posted Feb 07, 2025

Frequently Asked Questions

What are typical salary ranges by seniority for Developmental Engineers Provide Advanced Skill?
Entry‑level (0‑2 yrs): $85k–$110k. Mid‑level (3‑5 yrs): $110k–$140k. Senior (6‑10 yrs): $140k–$180k. Lead (10‑15 yrs): $170k–$210k. Principal/Director: $200k–$260k+.
What skills and certifications are required?
Core programming: Python, C/C++, Java. Embedded: C/C++, RTOS, Arduino, ROS, LabVIEW. Machine learning: TensorFlow, PyTorch, ONNX. CAD & simulation: SolidWorks, ANSYS, MATLAB. Certifications: AWS Certified Machine Learning – Specialty, Certified Scrum Master, ISO 13485 Lead Auditor (biotech), PMP or equivalent.
Is remote work available for these roles?
Most firms offer hybrid or fully remote options for algorithm and firmware work. Physical prototyping labs may require on‑site presence, but design, simulation, and code reviews can be done remotely. Companies provide stipends for home‑lab equipment and virtual collaboration tools.
What career progression paths exist?
Typical ladder: Junior Developmental Engineer → Mid‑level Engineer → Senior Engineer → Lead Engineer → Principal Engineer → Engineering Manager/Director. Advancement follows mastery of cross‑domain knowledge, leadership of multi‑disciplinary projects, and contributions to patents or publications.
What industry trends affect Developmental Engineers Provide Advanced Skill?
AI‑driven product design, edge‑AI chips, 5G‑enabled autonomous devices, regulatory tightening in medical devices, sustainability‑focused hardware, and increased use of open‑source hardware platforms.

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