• Lead the design and development of transformers or related components ensuring compliance with industry standards (e.g., IEEE, IEC, CSA) and customer specifications • Conduct advanced engineering analyses to optimize product performance, cost, and efficiency addressing complex design challenges • Perform and oversee failure analysis on design-related issues identifying root causes and implementing corrective actions to improve product quality and reliability • Provide technical leadership in design reviews guiding decisions and ensuring alignment with project objectives and customer requirements • Mentor and guide junior engineers by offering technical expertise support and development opportunities • Collaborate with cross-functional teams including manufacturing quality assurance supply chain sales and customer service to ensure successful integration of designs into production • Prepare and maintain detailed engineering documentation including design specifications test plans and technical reports • Stay current with industry trends and emerging technologies to drive innovation and ensure competitive product designs • Lead continuous improvement initiatives promoting innovation and efficiency in design processes and methodologies

About Positron AI Positron.ai specializes in developing custom hardware systems to accelerate AI inference. These inference systems offer significant performance and efficiency gains over traditional GPU-based systems, delivering advantages in both performance per dollar and performance per watt. Positron exists to create the world's best AI inference systems. About the role As an ASIC Design Verification Engineer, you will play a critical role in ensuring the functional correctness and performance of our AI inference ASICs. You will be responsible for developing and executing advanced verification methodologies, working closely with design, architecture, and software teams to validate our silicon solutions. This is an opportunity to lead a talented team and contribute to the evolution of AI hardware technology. What you'll do Develop and execute verification strategies for AI inference ASICs Define and implement comprehensive test plans and verification methodologies Lead the development of verification environments using SystemVerilog UVM Create and maintain simulation testbenches, directed and constrained-random tests Collaborate with design and architecture teams to ensure functional coverage and closure Drive debugging and root cause analysis of design issues in pre-silicon and post-silicon validation Work with FPGA and emulation teams for early hardware validation Manage verification schedules, deliverables, and risk mitigation plans Qualifications Preferred Qualifications: Advanced degree in Electrical or Computer Engineering or related field Experience with hardware-software co-verification Knowledge of formal verification techniques Understanding of post-silicon validation and bring-up methodologies Why Join Positron.ai? Be part of a rapidly growing AI startup shaping the future of AI hardware Work on groundbreaking technology with a highly skilled and passionate team Competitive salary, equity, and comprehensive benefits package Flexible work environment with remote work options If you are excited about ensuring the highest quality AI hardware and leading an advanced verification team, we want to hear from you! Apply today.

Internship Overview This internship offers mechanical engineering students hands-on experience in HVAC and building systems design using BIM tools like Revit and AutoCAD. Interns will work alongside experienced engineers, gaining exposure to the full lifecycle of MEP projects—from concept through construction. Key Learning Objectives Understand how an MEP consulting firm operates. Learn to design mechanical systems (supply, return, exhaust, transfer air). Perform ductwork sizing and layout in Revit and AutoCAD. Gain exposure to refrigeration cycles, chillers, and condensers. Participate in site visits and real-world project coordination. Responsibilities Assist project teams in mechanical design preparation and execution. Support design and administration teams with documentation and coordination. Perform basic engineering calculations and system layout planning. Attend site visits with engineers. Contribute to administrative and operational tasks as needed. Preferred Coursework Students who have completed or are currently enrolled in the following courses will be best prepared for this internship: Thermodynamics Heat Transfer Fluid Mechanics HVAC Systems Design Mechanical Systems in Buildings Engineering Graphics / CAD

This description is a summary of our understanding of the job description. Click on 'Apply' button to find out more. Role Description As a Lead Design Engineer, you will oversee the development and analysis of complex technical products, processes, and systems. You will be responsible for the development of custom field welding and machining tooling systems and interface with Field Operations, incumbent design engineers, and fabrication to troubleshoot and resolve equipment issues along with documenting solutions to ensure configuration control. You will report to the Engineering Manager, Welding and Machining and work remotely. Travel to nuclear power plants and obtaining unescorted access may be required. - Prepare 3D models of tooling designs and systems using Autodesk Inventor, including detailed drawings. - Perform calculations to determine validity of design (strength of materials, mechanics, machine design). - Tooling system qualification and proof of concept testing. - Ensure the manufacturing, testing, and service operations are receiving technical support. - Support Manufacturing operations with disposition of technical issues which occur during manufacturing. - Support Assembly operations with system assembly and bench tests. - Conduct qualification testing and prepare data. - Trouble-shoot operations and equipment assembly. - Support field deployment of self-designed systems and legacy systems. Qualifications - 8+ years of experience in mechanical design - Bachelor's Degree in Mechanical Engineering or equivalent - M.S. Degree in Engineering discipline or M.B.A is preferred - Understand and application of part tolerancing for assembly and use of Geometric Dimensioning and Tolerancing (GD&T). - Proficiency with Autodesk Inventor and Autodesk Vault or equivalent software. - Experience with FEA software such as Ansys or equivalent. Requirements - The base salary range for this position is estimated to be $116,800.00 to $146,000.00 per year, dependent upon experience, qualifications, and skills. Benefits - Comprehensive Medical benefits which could include medical, dental, vision, prescription coverage and Health Savings Account (HSA) with employer contributions options - Wellness Programs designed to support employees in maintaining their health and well-being including Employee Assistance Program providing support for our employees and their household members - 401(k) with Company Match Contributions to support employees' retirement - Paid Vacations and Company Holidays - Opportunities for Flexible Work Arrangements to promote work-life balance - Educational Reimbursement and Comprehensive Career Programs to help employees grow in their careers - Global Recognition and Service Programs to celebrate employee accomplishments and service - Employee Referral Program Company Description Westinghouse Electric Company is the global nuclear energy industry's first choice for safe, clean, and efficient energy solutions. We enable our delivery of this vision by living our value system: - Safety and Quality - Integrity and Trust - Customer Focus and Innovation - Speed and Passion to Win - Teamwork and Accountability While our Global Headquarters are located in Cranberry Township, PA, we have over 11,000 employees working at locations in 19 different countries. You can learn more by visiting Westinghouse Nuclear . Westinghouse is an Equal Opportunity Employer including Veterans and Individuals with Disabilities.