9 System Simulation Jobs

OnSemi is seeking a Staff Engineer - Application in the AMG division specializing in power management products. The responsibilities of this role include working on reference board development and proof of concepts for power management products targeted at industrial and automotive customers. Additionally, the role involves developing collaterals, datasheets, and simulation models of the products, as well as validating system and reference designs. Circuit simulation for product definition and system development, writing validation plans for systems, and PCB design of system/reference boards are also key aspects of the role. Furthermore, the Staff Engineer will provide customer support, solutions to customers, and support new product definition. They will engage in benchmarking and provide relevant information to cross-functional teams such as marketing and silicon design. Collaboration with Marketing/Silicon Design/Sales/Distributors and Application Engineers from other regions is essential for achieving business goals. Documenting and sharing lessons learned with the team, troubleshooting field issues at the application level, and proposing effective solutions are also part of the responsibilities. The ideal candidate should have a B.Tech or M.Tech in ECE/Electrical Engineering or related technical field, with 2 to 7 years of hands-on experience in power electronics system development with an M.Tech degree. Sound knowledge of AC-DC, gate drivers, motor controllers, and DC-DC controllers is required, along with experience working with SiC and gate drivers. A good understanding of gate drivers and SiC FET operation, experience in system simulation and control loop modeling, proficiency in working with lab equipment, and knowledge of industrial and automotive regulatory standards are essential. The candidate should also have experience in complying with systems to such standards, possess good knowledge of PCB design for high power density, EMI/EMC, thermal performance, and demonstrate a passion for supporting customers and achieving design/business wins. onsemi (Nasdaq: ON) is dedicated to driving disruptive innovations to contribute to a better future, focusing on automotive and industrial end-markets. The company aims to accelerate change in megatrends such as vehicle electrification and safety, sustainable energy grids, industrial automation, and 5G and cloud infrastructure. With a highly innovative and differentiated product portfolio, onsemi creates intelligent power and sensing technologies to solve the world's most complex challenges and leads in creating a safer, cleaner, and smarter world.,

As a Senior Application Engineer specializing in Thermal Fluid Systems at Gamma Technologies, you will play a crucial role in assisting customers in maximizing the potential of our software, GT-SUITE. Your primary responsibility will be to provide customer support in thermal management and air-conditioning system simulations, utilizing our advanced 1D, 3D CFD, and FEM solutions. Additionally, you will be involved in technical support for customer evaluation projects, contributing to sales and marketing efforts, and developing customized simulation methodologies using GT-SUITE. To excel in this role, you should hold a Master's degree in Mechanical, Thermal, or Aerospace Engineering, with a minimum of three years of experience in 1D flow or system simulation using tools like Dymola, KULI, AMESim, or GT-SUITE. Your expertise in thermodynamics, fluid dynamics, heat and mass transfer, and numerical methods will be essential, along with a deep understanding of thermal and air-conditioning systems in automotive applications. Strong communication skills and the ability to collaborate effectively across teams are also crucial for success in this position. At Gamma Technologies, you will have the opportunity to work with a dynamic and talented team, implement your ideas, and connect with professionals from various industries. The company offers an attractive salary, additional benefits, and a hybrid work policy that requires employees to be present in the Pune office three days per work week. Gamma Technologies is committed to fostering an inclusive workplace and is an Equal Opportunity Employer.,

Design and develop hydraulic circuits, components, and systems for new and existing products Perform system simulations, calculations, and performance analyses to validate hydraulic designs Select appropriate hydraulic components including pumps, valves, cylinders, motors, and accumulators Create and review detailed engineering drawings, specifications, and documentation Collaborate with mechanical, electrical, and controls engineers to integrate hydraulic systems into complete machine architectures Lead root cause analysis and implement corrective actions for hydraulic-related issues in design or field applications Support prototype builds, system testing, and validation activities to ensure hydraulic performance meets design intent Interact with suppliers for component selection, cost optimization, and manufacturability considerations Ensure compliance with relevant safety, industry, and environmental standards in hydraulic designs Mentor junior engineers and support knowledge sharing within the team

As a CPU Performance Engineer at AMD, you will be a part of the Client CPU Performance Team in Hyderabad, India. Your primary responsibility will be to analyze performance and drive next-generation CPU core hardware and software optimizations for AMD's notebook and desktop processors. This role involves working on key applications, analyzing and tracing system-level workloads, and conducting performance analysis on internal and competitive hardware platforms. Additionally, you will be involved in the development of tools and methodologies for workload analysis and data collection. To excel in this role, you should have a strong passion for leading-edge CPU/SoC architecture, design, and verification. Collaboration is a key aspect of this position, as you will work closely with architects and engineers from different locations and time zones. Your analytical and problem-solving skills will be put to the test as you identify areas for improvement in AMD products, run performance simulations, and debug performance issues. Your responsibilities will also include interacting with various teams such as microprocessor architects, software optimizers, compiler teams, and verification engineers to address architectural performance issues. The ideal candidate should have 3-15 years of prior industry/academic experience and possess a strong background in computing software, computer architecture, system simulation, and performance evaluation. Proficiency in mathematical and statistical modeling, experience with x86 instruction set processors, and expertise in C/C++ programming and software engineering concepts are essential for this role. A degree in Electronics/Computer Engineering or Computer Science with an emphasis on computer architecture is preferred. At AMD, we are committed to pushing the boundaries of innovation to solve the world's most critical challenges. If you are someone who thrives in a collaborative environment, has a passion for cutting-edge technology, and is eager to contribute to the advancement of CPU performance optimization, we invite you to join our team and be a part of transforming lives with AMD technology.,

As a skilled professional in third party IP design and integration across multiple technology nodes such as 28nm, 65nm, and 130nm, you will play a crucial role in silicon realization of LC resonance-based energy recycling patented IP. You will be responsible for DSM Library development, including Fin FETs, tailored for adoption by customers into future System on Chip (SoC) solutions. Your expertise will be instrumental in the successful tape out of benchmark test chips and subsequent characterization to secure customer design wins. You are expected to deliver results within specified timelines aligned with Management By Objectives (MBOs) and contribute to the development of first silicon success methodologies. Your proactive approach will aid in achieving aggressive objectives outlined by the organization. Additionally, you will support global teams with flexibility in terms of working times and locations, as required. Your core responsibilities will involve designing, simulating, and verifying cutting-edge CMOS digital and analog circuits. You will provide hands-on supervision to IC circuit and mask designers, offering valuable insights into floorplan and layout guidelines. Furthermore, you will actively support technology transfer to product development teams and engage in the debugging and characterization of designs. To excel in this role, you should possess a minimum of 5 years of experience in CMOS Analog/Mixed Signal Circuit Design. A strong fundamental understanding of transistor devices and analog transistor-level design is essential. Your hands-on experience with Giga-bit circuits and subsystems, such as oscillators, biasing circuits, bandgap references, regulators, op-amps, and high-speed clocking circuits, will be highly beneficial. Familiarity with PLL, DLL, transmitters, receivers, and equalization techniques is advantageous. Proficiency in utilizing IC design tools like Synopsys/Cadence for Analog Circuit Design, along with expertise in circuit simulation, system simulation, layout design, physical design, physical verification, parasitic extraction, and full chip verification is expected. Additionally, scripting skills in Perl and proficiency in Verilog/Verilog AMS modeling and design are valuable assets for this role. Key Skills: Transistor Level Design, Circuit Simulation, Circuit Design, CMOS Analog/Mixed Signal Circuit Design, Physical Design, Scripting Skills (Perl), IC Design Tools like Synopsys/Cadence, Design, Layout Design, Verilog/Verilog AMS, System Simulation,

As an Application Engineer for Engine Systems at Gamma Technologies, you will play a vital role in supporting customers in maximizing the potential of our software, GT-SUITE. Based at our Pune office, you will focus on internal combustion engine systems, encompassing combustion modeling, gas exchange, flow management, acoustics, and related sub-systems. Your responsibilities will include providing technical assistance during customer software evaluations, contributing to sales and marketing initiatives with technical content, and developing customized simulation methodologies using GT-SUITE. Your academic background in Mechanical or Aerospace Engineering, coupled with a strong grasp of thermodynamics, fluid dynamics, and heat transfer, will be essential for excelling in this role. Previous experience in 1D flow or system simulation using tools like GT-SUITE/GT-POWER, Realis WAVE, AVL BOOST, or AMEsim would be highly advantageous. You should be prepared for domestic and international travel, possess excellent verbal and written communication skills, and demonstrate the ability to collaborate effectively across teams while articulating technical concepts clearly. Joining our team means working alongside a dynamic and talented group of experts, where your innovative ideas can be implemented and shared with a wide customer base. You will have the opportunity to establish a professional network across various industry sectors, with the primary work location being our Pune, India office. We follow a hybrid work policy, requiring employees to be present in the office three days per week. In addition to a competitive salary, we offer a range of attractive company benefits. At Gamma Technologies, we are committed to fostering an inclusive workplace and are proud to be an Equal Opportunity Employer, welcoming individuals from diverse backgrounds.,

Design and develop integrated circuits, overseeing the definition, design, verification, and documentation for ASIC development. Determine architecture design, logic design, and system simulation. Define module interfaces/formats for simulation. Contribute to the development of multidimensional designs involving the layout of complex integrated circuits. Evaluate all aspects of the process flow from high-level design to synthesis, place and route, and timing and power use. Analyze equipment to establish operation data, conduct experimental tests, and evaluate results. Also, review vendor capability to support development. Utilize wide-ranging experience and professional concepts to resolve complex issues creatively and effectively. Possess strong project management skills and lead the design and delivery of new products/processes. Demonstrate functional breadth and depth, as well as expertise in complementary fields. Apply broad concepts and theories to achieve innovative and effective solutions to complex problems. Work on complex issues requiring an in-depth evaluation of variable factors. Exercise judgment in selecting methods, techniques, and evaluation criteria for obtaining results. Network with key contacts outside own area of expertise. Champion significant projects, programs, and business initiatives using creativity and ingenuity. Lead major projects and influence or impact others" priorities, decisions, or activities. Serve as an escalation point for complex issues and coach and mentor other junior team members. Provide leadership for the work group through knowledge in the area of specialization. Determine work priorities based on general direction from managers. Determine methods and procedures on new assignments. Consult with management on long-range goals. Set own priorities, both tactical and strategic. Bachelor's degree and 8+ years of related experience; at this level post-graduate coursework may be desirable. Alternatively, a Master's degree and 6+ years of related experience or a PhD and 3+ years of related experience.,

As an Integrated Circuit Designer, you will be responsible for overseeing the definition, design, verification, and documentation for ASIC development. Your role will involve determining architecture design, logic design, and system simulation. You will be defining module interfaces/formats for simulation and contributing to the development of multidimensional designs involving the layout of complex integrated circuits. Additionally, you will evaluate all aspects of the process flow from high-level design to synthesis, place and route, and timing and power use. Analyzing equipment to establish operation data, conducting experimental tests, and evaluating results will also be part of your responsibilities. You may also be involved in reviewing vendor capability to support development. You should have wide-ranging experience and use professional concepts and company objectives to resolve complex issues in creative and effective ways. Strong project management skills are essential for this role. Leading the design and delivery of new products/process and being expert in complementary fields are key aspects of this position. You will be applying broad concepts and theories to achieve innovative and effective solutions to complex problems. In this role, you will work on complex issues where analysis of situations or data requires an in-depth evaluation of variable factors. You will exercise judgment in selecting methods, techniques, and evaluation criteria for obtaining results. Networking with key contacts outside your area of expertise will be necessary. Championing significant projects, programs, and business initiatives using demonstrated creativity and ingenuity is expected from you. You will be a team leader, leading major projects, influencing or impacting others" priorities, decisions, or activities. You will also serve as an escalation point for complex issues and coach and mentor other junior team members. As a team leader, you will provide a leadership role for the work group through knowledge in your area of specialization. You will be generally free to determine work priorities based on general direction from managers. Determining methods and procedures on new assignments, consulting with management on long-range goals, and determining your own priorities, both tactical and strategic, will be part of your responsibilities. To qualify for this position, you should have a Bachelor's degree and 8+ years of related experience. Alternatively, a Master's degree and 6+ years of related experience or a PhD and 3+ years of related experience would also be considered. Post-graduate coursework may be desirable at this level.,

Your responsibilities: Be responsible for evaluating the harmonic performance and, if needed, design filters to meet the project requirements. This involves also to evaluate and influence how the HVDC converter control affects the harmonics. This is performed by doing advanced system simulations of the HVDC converters, connected AC networks and DC transmission links. Be involved in the designing of HVDC converter stations until verification measurements at site. Develop design tools that improve our studies and processes. Work with land-based converter stations as well as offshore converter stations, e.g. for connection of wind parks. Cooperate, both internally within and outside of our department and also externally, with customers and sub suppliers. Here, negotiation skills will be useful. Participate in conferences and standardization work groups in your field within the international engineering communities. Living Hitachi ABB Power Grid s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your background: Master of Engineering - Power System (2 - 10 years experience)/ PhD - Power System (1-5 years expeience) . Extensive knowledge of Power Systems studies and modelling of electrical network. Understanding and design of Electrical Power Systems and controls. Preferably knowledge on IEC/IEEE standards. Preferably Understanding application of Power Electronics in HV/EHV system like HVDC and FACTS. Proven skills in using computers as a calculation tool. Preferably experience of power system simulation tools such as PSSE, EMTDC /PSCAD and calculations in Matlab / Mathcad. Strong interpersonal communication skill, Fluent English. Extensive knowledge of Power Systems equipment and their purpose, such as Power Transformers, Capacitors, Reactors, Instrument Transformer and measuring equipment, Circuit Breakers, Disconnector, Surge Arrester etc. Knowledge in selection, sizing and integration of above equipment based on customer functional specification. Strong communication and interpersonal skills, with the ability to collaborate effectively with cross-functional teams.