Senior Manufacturing Engineer

Providing Engineering and Manufacturing solutions since 1955, Triangle specializes in the precision engineering and manufacturing of highly complex, tight-tolerance machined parts and assemblies.

Triangle continues to thrive in more than 107,000 square feet over four state-of-the-art facilities at our Upper Saddle River, NJ campus.

As a family-owned company, we foster a workplace that supports customer-driven, growth-oriented values and has a passion for surpassing expectations.

We invest in our associates and create a supportive, team-based environment for learning, innovation, and advancement.

Triangle is not only a family-run business; it's also a place where our associates feel like family.

We believe in the same values and bring the same passion to our work each day to make a difference in people's lives.

SUMMARY Responsible for the successful outcome of the development and implementation of the complete part-specific process by effectively translating the customer’s requirements to the company and suppliers, and adhering to the Quality Management System, all applicable regulations, and Lean Manufacturing principles.

ESSENTIAL DUTIES AND RESPONSIBILITIES  include the following.

Other duties may be assigned.

Manages all aspects of the part-specific process, including resource planning, project timelines, and establishing priorities to ensure customer requirements and quoted standards are met.

Evaluates and improves process documentation protocols for engineering and manufacturing, as well as creates, updates, and maintains the item masters, bills of material, and routers, etc.

Reviews requests for quotes (RFQs) and helps determine the feasibility of projects, estimates labor and related costs, and prepares formal quotes for submission to customers.

Teams with customers to review designs for manufacturability and to understand the functionality of the part and its features, adds specifications as needed, and verifies GD&T was properly applied.

Clarifies, confirms, and correlates acceptance criteria with customers, company, and suppliers.

Develops manufacturing methods for new and existing projects by reviewing customer specifications and quality agreements, adhering to all applicable requirements, and effectively translating them into instructions.

Performs initial sourcing and qualifies suppliers from a technical perspective, as well as effectively communicates the customer requirements through training and auditing of the supplier’s performance on a regular basis.

Ensures product quality through the development and implementation of complete quality plans including CMM programming, gage design and procurement, and inspection plans.

Coordinates and / or performs validation activities (IQ, OQ, PQ) designed to qualify the equipment and the process as required.

Teams with the CNC Engineer to design work-holding devices and tooling as needed to ensure the desired outcome.

Investigates root cause of customer and / or supplier rejections and internal quality failures, dispositions non-conforming parts, recommends and implements effective corrective action as required, and provides accurate and timely responses to customers.

Determines the impact of ECNs on bills of material, routing, and spares, and coordinates any change.

Leads the post-production review and evaluation of the part-specific process, including equipment performance and product quality, recommends improvements, and coordinates their implementation.

Provides direction and on-the-job training to engineering and production associates regarding manufacturing methods and practices, as well as recommends, develops, and implements complete training programs, including materials and assessments.

Champions lean manufacturing principles by encouraging lean thinking in all aspects of development and production, as well as conducting and / or coordinating training and implementation with managers and associates.

Understands and complies with company policies, safety guidelines, quality system procedures, and housekeeping standards.

Additional Duties and Responsibilities :

• Program, troubleshoot, and manage the Universal Robots arms.
• Oversee the fixture designs, programs, prove outs, operation, and maintenance of the automated blasters.
• Identify opportunities for automation within the organization and develop solutions to enhance productivity.
• Collaborate with various departments to implement automation projects.
• Ensure all automated systems comply with safety and quality standards.
• Provide training and support to staff on the use of automated equipment.
• Maintain documentation for all automation processes and systems.
• SUPERVISORY RESPONSIBILITIES May directly supervise one or more members of the engineering staff, carrying out responsibilities in accordance with the company’s policies and applicable laws.
• QUALIFICATIONS To perform this job successfully, an individual must be able to perform each essential duty satisfactorily.
• The requirements listed below are representative of the knowledge, skill, and / or ability required.
• Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.
• Education and / or Experience Bachelor’s degree from a four-year college or Manufacturing Engineer Certification and 8-10 years related experience and / or training; or equivalent combination of education and experience.

Required Skills, Knowledge, and Abilities :

Ability to apply concepts such as fractions, percentages, ratios, and proportions to practical situations.

Desired Skills, Knowledge, and Abilities :