Engineer Mechanical

Exyte GmbH•Burlington, VT

20h

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About The Position

Design engineering support and backfill of existing engineering resources reallocated to corporate initiatives.

Requirements

BS degree
15+ years of work experience in relevant field.
Minimum 15 years of experience in drafting and design of mechanical and basic control systems.
Solid grasp of drafting, documentation, and associated standards.
Ability to generate, interpret, and validate designs that incorporate ASME Y14.5(GD&T).
Equivalent experience with Solidworks and Solidworks PDM.
Competence in solid modeling and assemblies required.
Experience with Solidworks Simulation and the ability to set up and evaluate mechanical products for Finite Element Analysis.
Experience with Autodesk Revit in a construction modeling environment.
Experience with basic power and control circuit components and design practices.
Experience with basic pneumatic control, power transmission systems and their design.
Comprehensive knowledge of manufacturing processes related to sheet metal and machining.
Excellent verbal and written communication skills
Demonstrated hands on mechanical ability.
Must excel in a team environment demonstrating strong interpersonal skills,positive attitude, and multi-tasking skills.
Must be able to quickly adjust to shifts in priorities.
Strong personal computer skills with general business software including MS Office.
Demonstrates a proven ability to integrate artificial intelligence tools and technologies intodaily engineering workflows, enhancing productivity, optimizing design processes, and supporting data-driven decision-making to deliver innovative solutions efficiently.

Responsibilities

Design and evaluation of airflow systems and devices.
Application design of custom variations of our established product lines.
Perform engineering calculations based on SMACNA industrial standards.
Ability to interpret codes and standards and apply them to product design specifications.
Ability to detail fume exhaust systems in a Revit BIM CAD environment.
Establish test protocol for product development.
Perform independent studies, analyses, interpretations and develop conclusions.
Hands-on assembly of custom devices as required.
Assist in the development, training, planning, and implementation of new products / processes.
Apply lean manufacturing principles and Six Sigma methodologies to drive process improvements and ensure product quality.
Utilizes 8D structured problem-solving techniques to address and resolve complex engineering issues.
Conduct Process Failure Mode and Effects Analysis (PFMEA) and Design Failure Mode and Effects Analysis (DFMEA) to proactively identify and mitigate potential risks in both design and manufacturing processes.In consultation with others, determine requirements of process techniques and improvements to our design and manufacturing practices. Communicate and track these plans clearly to management.
Anticipate problems before they occur and build rapport with all manufacturing staff.
Ability to troubleshoot, identify discrepancies, and suggest sound solutions to enhance or repair mechanical and control systems.
Serve as a professional representative of the company when interfacing customers and vendors, ensuring clear communication, understanding requirements, and providing technical support and solutions that align with organizational standards and project goals.
Assist with basic business finance in the areas of capital expenditure and product costs.
Proven ability to provide leadership and direction to engineering teams, ensuring effective project execution, resource allocation, and technical quality. Fosters a collaborative environment, mentors team members, and drives continuous improvement in processes and product quality. Partners with cross-functional departments to align engineering initiatives with organizational goals and deliver innovative solutions on time and within budget.