Title: Sr. Design Engineer Location: Buffalo, NY, United States, 14043 Company: Chart Industries Job Description: Ensuring Chart’s Success… “Cooler By Design” - Chart’s principal focus is the design and fabrication of cryogenic equipment; so you can see where we get our tagline from, right? Well, yes and no – see, we think the stuff we design and build is pretty cool too. What’s more, we’re problem solvers. Customers don’t come to Chart with an equipment specification, they come to Chart with a challenge. That’s where you come in, because someone has to figure it out, all the way from conceptual design to installation and commissioning of equipment at site. The applications we service are pretty diverse (and cool) too – from solutions for launching rockets into space; to providing low carbon energy for vehicles, industries and even entire communities; to the preservation of critical human and animal tissue. Pop into a well-known fast food outlet and it’ll likely be Chart equipment supplying your carbonated beverage. If nitro coffee or nitro ice cream is your thing – well, that’s Chart technology too (and it’s also cool)! Interested to learn more? Take a tour of Chart City to get a feel of how Chart equipment solutions impact our daily lives. Chart Industries is looking for a SR Design Engineer for our office in Buffalo, NY - Aftermaket Division . This individual will perform / lead / manage design engineering projects to support product groups, supply chain, new product development, and product enhancements in regard to centrifugal and axial fans for the Power, Industrial and Nuclear industries. Direct involvement with all line functions in regard to a manufacturing facility will be required. We are open to a hybrid or remote schedule for anyone located in Northeast region. What Will You Do? - Perform engineering analyses, and create conceptual layouts, via hand calculations, Excel spreadsheets, or various internal software programs with regard to strength of materials, statics, dynamics, thermodynamics, vibrations, fluids, performance, and sound for Centrifugal and Axial fans. - Ensure products which are designed and engineered meet agreed upon specifications. - Performs material selection (cost effective alternatives when feasible), industry specification review, and minor failure analysis. - Conduct design reviews of drawings and bills of materials for new designs, or design changes, which deviate from a previously approved design, to ensure appropriate design controls have been applied. - Provide disposition of Quality documentation (NCRs, Deviations, Corrective Actions, etc), and general shop technical support. - Compose technical reports and test procedures. Review and approve test reports generated by field test operations. May also review technical reports generated by Quality and 3rd parties. - Provide technical assistance to Field Operations and Howden Construction Services, Manufacturing (assembly and fabrication), test facility, Quality and Supply Chain to ensure components meet all design requirements. - Represent the Company with customers and business partners. Your Experience Should Be... - Bachelor’s degree in Mechanical and/or Aerospace Engineering or the equivalent. - Registered Professional Engineer license or the ability to obtain one. - Experience with FEA. - 5+ years of design experience within an air and gas handling, rotating equipment, or heavy industrial firm. - Familiarity with various industry standards: i.e. API, MIL, SAE, ANSI, ASME, and ASTM. - Ability to interpret and understand engineering specifications, drawings and bills of materials. - Computer literate, with either the knowledge of, or the ability to rapidly learn, engineering selection programs, business systems, Microsoft Office, Microsoft Project, Autodesk Inventor (3D), and AutoCAD (2D). - Knowledgeable of fabricating, weldments and assembly of heavy industrial products. - Logical problem solving skills, outstanding organizational skills, and dedication to quality and integrity. Proven ability to quickly assess complex issues and identify root causes and key success factors. - Ability to organize and manage multiple projects simultaneously. This includes the ability to access, plan and communicate workloads. Must be able to forecast overloads in conjunction with management so efforts are complementary. - Willingness to travel when required. Our Benefits Package... - Medical, dental and vision insurance - Employer contributions to an HSA account - Health Care and Dependent Care Flexible Spending Accounts (FSA) - Company-paid short-term and long-term disability coverage - Basic life insurance with the option to purchase supplemental individual, spouse and dependent child coverage - Up to two weeks of paid family leave - 401k retirement savings plan including a company match Salary range: $107,000 - $115,000

Role Description We are seeking two experienced Transmission Planning and Interconnection Engineers with expertise in PSS®E and TSAT software to lead transmission modeling, analysis, and interconnection projects. These positions require full ownership of studies, model development, and project management, providing technical guidance and collaboration with team members. We are open to fully remote candidates or those interested in working in a hybrid capacity from one of our PSE office locations. - Embrace, uphold, and live out PSE’s core values around People, Problem-Solving, and Progress. - Lead transmission planning and interconnection projects from start to finish. - Develop, validate, and maintain transmission system models for steady-state and dynamic studies. - Conduct comprehensive transmission analysis and studies independently, ensuring accurate, actionable results. - Provide technical guidance and mentorship to team members throughout projects. - Manage project timelines, deliverables, and client communications. - Deliver recommendations and solutions based on study outcomes. Qualifications - Bachelor’s Degree (BA) from a four-year college or university. - Minimum 5 years of relevant experience in transmission planning, modeling, or interconnection studies. - Professional Engineer (PE) license preferred but not required. - Experience with Independent System Operators (ISOs) and Regional Transmission Organizations (RTOs) processes and agreements. - Preferred background includes transmission planning and interconnection project experience. - Demonstrate proficiency in applying NERC reliability standards and IEEE technical guidelines to transmission studies and interconnection evaluations. Requirements - PSS®E and TSAT experience required. - In-depth knowledge of power system analysis, transmission planning, and grid interconnection processes. - Expertise in PSS®E software for steady-state and dynamic system studies, with a strong proficiency in automation and scripting (e.g., Python/IDEV) to streamline modeling, data analysis, and report generation. - Knowledge of transmission protection concepts and industry-standard relaying practices (e.g., NERC PRC standards) as they relate to steady-state and dynamic system analysis. - Experience with other industry tools is a plus, including PSCAD, PSLF, TARA, ASPEN, and AutoCAD. - Experience with renewable energy projects (wind, solar, storage) and their integration into the electric grid. - Possess the ability to achieve quality results, be change-oriented, foster innovation, and be a continuous learner. - Use effective communication skills (both written and oral), be customer-driven, and display teamwork behavior. - Advanced organizational skills with the ability to handle multiple assignments. - Eligible to work in the United States without a visa sponsorship. Benefits - Discretionary annual performance-based profit-sharing bonus - 401(k) retirement plan and employer safe harbor contribution - Cell phone reimbursement - Comprehensive health, health savings account (HSA), dental, vision, flexible spending account (FSA) & dependent care reimbursement account - Life insurance, short & long-term disability, and other voluntary coverages - Employee Assistance Program (EAP) - Paid time off, including holidays and volunteer time off (VTO) to serve our communities - Professional development opportunities and educational assistance

Role Description The role involves the development and improvement of Flight Control Laws (CLaws) for Fly-By-Wire (FBW) aircraft, along with the corresponding assessment tools using MATLAB and C++ programming. - Develop and improve both new and existing CLaws design as well as the corresponding assessment tools using Matlab and C++ programming - Support CLaws, autopilot, and navigation design development for R&D projects - Develop CLaws and systems requirements - Perform CLaws requirements validation and verification (V&V) for any Claws updates and/or new Claws designs - Verify and deliver the CLaws in accordance with the DO‑178B standard and SAE ARP 4754 - Design and develop pilot in the loop CLaws based on handling quality requirements, flight and structural envelope protection requirements, performance requirements, test pilot assessments and aircraft level requirements - Evaluate CLaws and FBW system failures, system stability and performance with analytical methods, desktop simulations, pilot in the loop simulator tests and flight test data - Support integration of CLAWS into various test rigs and supplier hardware (i.e. integrate into PFCC for Collins, Thales, NRC, CMC, etc) Qualifications - Bachelor’s or master’s degree in Aerospace Engineering; PhD degree preferred - Minimum of 10 years of pertinent experience in the development of Flight Control Laws for FBW (Fly‑By‑Wire) aircraft - In-depth understanding of aircraft flight dynamics and aerodynamics - Familiarity with "classical" and “modern” control systems design techniques for SISO and MIMO systems - Good understanding of control law evaluation techniques, linear and non‑linear testing procedures - Good understanding of aircraft stability, handling qualities, and control with a pilot‑in‑the‑loop - Understanding of DO‑178B standards, system requirements verification and validation methods, and certification of complex software - Proficiency in using Matlab and Simulink for simulation, aircraft/system modeling, and control law development - Good understanding of state estimation or Kalman filtering - Proficiency in programming Matlab scripts and C++ programming - Fluency in written and spoken French and English - Team player with an innovative spirit, motivated, and able to work independently Requirements - Strong expertise in aircraft flight dynamics, aerodynamics, and handling qualities - Proficiency in MATLAB/Simulink and C++ programming - Experience with control systems design (Classical, Modern, SISO/MIMO) and V&V activities - Knowledge of DO-178B, SAE ARP4754, and aerospace software certification standards

Role Description The Aircraft Loads Engineer will be responsible for conducting simulations and analyses to determine aircraft design loads for both new development programs and continued airworthiness of in-service aircraft. - Conduct simulations and analyses to determine aircraft design loads. - Develop and maintain both low- and high-fidelity models to support loads analysis. - Contribute to the creation of automated frameworks and tools that enhance efficiency and accuracy in loads analysis. - Build capabilities for store separation loads analysis to support missionized aircraft programs. - Develop nonlinear actuator modeling tools to meet Transport Canada’s certification requirements. - Utilize a wide range of commercial and proprietary tools, including a six-degree-of-freedom aircraft simulator. Qualifications - Bachelor’s or Master’s degree in Aerospace or Mechanical Engineering (Aerospace specialization preferred). - Relevant aerospace industry experience, particularly in external loads analysis. - Experience in nonlinear modeling and certification process. - Strong programming skills: C++, Fortran, MATLAB, and Python. - Knowledge in numerical and scientific computing. - Experience with high-performance computing environments. - Experience with software development using version control systems (e.g., Git). - Familiarity with finite elements analysis tools (e.g., Nastran). - Knowledge of time/frequency domain unsteady aerodynamics. - Experience with fly-by-wire systems and control law integration. - Understanding of airworthiness regulations and certification documentation. - Eligibility for Canadian Control Good Clearance. Requirements - Strong understanding of aircraft flight dynamics, aeroelastic phenomena (flutter, LCO), and unsteady aerodynamics.