Associate Scientist in Process Development

At Flexcompute, we are pioneering the future of multi-physics simulation by transcending traditional solvers to create a platform defined by unmatched speed and physical accuracy. We are in search of a talented Computational Scientist to spearhead the creation of our innovative structural mechanics solver.We value a deep foundational understanding of physics over mere tool proficiency. We seek an architect capable of deriving the governing equations from first principles and translating them into a resilient numerical framework.About FlexcomputeWe are a leader in 'Physics Intelligence', simplifying hardware innovation to the ease of software development. Our solvers, such as Flow360 and Tidy3D, are not merely faster; they operate almost instantaneously, slashing simulation times from days to mere minutes through extensive GPU parallelism and proprietary algorithms.Intellectual Density: Our team comprises around 90 highly skilled professionals, including over 50 PhDs from prestigious institutions like MIT and Stanford. You will collaborate with peers who will inspire you to elevate your thinking and work continuously.Impact: Our cutting-edge technology is currently utilized in designing optical interconnects, 3D chiplets, quantum computing chips, eVTOL aircraft, and the next generation of wind turbines. You will be instrumental in building the “math engine” that catalyzes significant engineering advancements.Stability & Growth: As a Series C stage company with substantial funding and revenue-generating products, we are poised to disrupt the $20B+ simulation market.

At Flexcompute, we are at the forefront of technology innovation, creating ultra-fast simulation solutions that empower companies to effectively design and enhance their technological products. Our acclaimed products are pivotal in the design of diverse applications such as airplanes, wind turbines, quantum computing chips, VR/AR headsets, data centers, and smartphones. Our team is comprised of globally recognized experts in scientific computing, collaborating remotely from various countries across Europe, Asia, and the Americas.We cultivate a culture of innovation, excellence, and teamwork at Flexcompute. We welcome every idea and value each team member's voice, believing that collaboration leads to the best solutions. We are dedicated to supporting our team members in achieving their professional aspirations, offering numerous opportunities for growth.Job Summary:We are searching for a skilled software developer to join our team in advancing a modern Computational Fluid Dynamics (CFD) simulation software tailored for multi-node CPUs and GPUs. The ideal candidate will play a significant role in designing and implementing cutting-edge algorithms, focusing on speed, robustness, accuracy, and scalability. This position presents a unique opportunity to work with state-of-the-art CFD and computational geometry algorithms in a production setting. The successful candidate will collaborate with seasoned professionals and be an essential contributor to the product development lifecycle, including release, maintenance, and support phases. Over time, this collaborative role will provide exposure to Flexcompute’s sophisticated multi-physics simulation and design optimization technologies.What You Will Do: Develop, test, and document new solver and meshing features independently. Optimize feature implementation to enhance speed and scalability on CPUs and GPUs. Help maintain a clean and manageable API for various functionalities. Engage in general source code maintenance and other relevant software development tasks, including bug fixes and support. Work alongside teams developing user interfaces and scientific visualization tools. Collaborate with Product Management, QA, and Documentation teams to meet product milestones punctually. Adhere to sound software engineering practices to ensure our code remains maintainable, extensible, and robust. Prioritize user experience by simplifying the complexity of fluid simulations through intuitive controls and clear workflows. Deliver high-performance, reliable simulations for industrial applications that manage extensive datasets.

bctechpro is looking for a Computer Field Technician based in Watertown. This entry-level position involves supporting a variety of clients by ensuring their computer systems run smoothly. The work is hands-on, with a mix of hardware and software tasks performed onsite. Key responsibilities Troubleshoot and repair both computer hardware and software problems Carry out routine maintenance on client systems Provide clear, helpful service to clients during onsite visits Assist users to enhance their experience with technology Who will thrive in this role This role is a good match for those starting a career in technology who want to develop practical skills. Curiosity and a willingness to learn are valued here.

Join our dynamic team at BCTechPro as a Computer Field Technician! In this role, you will be responsible for diagnosing, repairing, and maintaining computer systems in various client environments. Your technical expertise will ensure that our clients receive the highest level of service and support.This is an exciting opportunity for individuals looking to kickstart their career in technology and gain hands-on experience in the field. We are eager to train motivated individuals who are passionate about technology and customer service.

Join flexcompute, an innovative tech startup at the forefront of scientific computing, as we unveil our exciting initiative, "Rising Stars in Scientific Computing". With a foundation rooted in the prestigious institutions of MIT and Stanford, our team is supported by leading venture capitalists and our products are trusted by Fortune 500 companies, groundbreaking startups, and academic researchers worldwide. We are located in Watertown, MA, and are looking for full-time, in-office candidates eager to explore the dynamic realm of scientific computing.This program, spanning from 2024 to 2026, aims to recruit ten outstanding recent graduates from Engineering, Physics, Mathematics, or Computer Science. These individuals will play a crucial role in our technical team, contributing significantly to our growth trajectory towards the 2030s. Each participant will be paired with a senior technical staff member who will act as a mentor, providing guidance in tackling complex technical challenges ranging from analyzing persistent divergence to navigating intricate system coupling, optimizing GPU efficiency, and much more. If you are ambitious, driven, and ready to make a substantial contribution in scientific computing, this opportunity will be immensely fulfilling.Immediate Responsibilities: Physics Computing: Design and implement algorithms and software for physics simulations across various domains, including electromagnetics, photonics, fluid dynamics, thermal, and structural analysis. Infrastructure Computing: Create algorithms and software that enhance computational experiences, focusing on optimizing GPU systems, managing and visualizing large-scale scientific data, and advancing next-generation workflow optimization. Growth Trajectory Over 3 Years: Become recognized experts in computational electromagnetics and fluid dynamics. Transition into senior frontend or backend developer roles. Develop into elite HPC specialists. Advance towards emerging software architect positions. Grow into dynamic engineering managers. Evolve into creative product managers. Become persuasive marketers. Excel in result-driven technical sales.

Tutor Intelligence is on the lookout for a talented Robotics Mechanical Engineer to join our innovative team. In this pivotal role, you will be responsible for designing and constructing the next generation of accessible and intelligent robotic hardware. Your expertise will contribute to the development of robots, grippers, enclosures, auxiliary actuated devices, and printed circuit boards (PCBs). You will manage the entire project lifecycle, from initial concept through design, sourcing, and production, ensuring high-quality results and adherence to project timelines.

Parallel Squared Technology Institute (PTI) is an innovative non-profit research institute dedicated to advancing proteomic technologies and computational tools aimed at enhancing the sensitivity and throughput of protein analysis, with a strong emphasis on single-cell proteomics. Our mission is to apply these groundbreaking technologies to critical areas of biomedical research, particularly focusing on understanding protein dysfunctions in Alzheimer’s disease and other neurodegenerative conditions.Position OverviewWe invite applications from skilled scientist and senior scientist candidates eager to contribute to our mission of leveraging single-cell proteomics to decipher the underlying causes of Alzheimer’s and related neurodegenerative diseases. The ideal candidates will possess in-depth knowledge of the molecular mechanisms driving neurodegeneration and have hands-on experience in single-cell analysis, computational biology, and the handling of brain tissue.This role presents an exciting opportunity to collaborate within an interdisciplinary team, engaging in NIH-funded projects that utilize cutting-edge proteomic technologies developed at PTI to unveil novel molecular mechanisms of neurodegeneration. Daily responsibilities will encompass designing and executing experiments to isolate and profile single cells from brain tissue, computationally analyzing extensive single-cell proteomics datasets, preparing scholarly manuscripts and presentations, mentoring junior scientists, and participating in regular meetings with collaborators both within and outside of PTI. Initially, candidates will join ongoing projects but will also have the freedom to design and lead their own research initiatives.We welcome applications from candidates with less than 1 year of postdoctoral experience for the scientist position, while those with more than 1 year of experience will be considered for the senior scientist role.About PTIPTI is a forward-thinking nonprofit organization established under Convergent Research, aiming to catalyze advancements in science and technology by addressing large-scale challenges that can alleviate existing bottlenecks in specific research domains. Our goal is to achieve a transformative increase in the scale of proteomic analysis, targeting a 100-1000x enhancement. To realize this vision, we are pioneering new methodologies and technologies for mass spectrometric proteomics, including innovative molecular barcodes known as “mass tags” that facilitate sample multiplexing.

About Tutor IntelligenceTutor Intelligence is at the forefront of innovation, creating technology that empowers robots to operate in environments never before accessible to them—specifically, the typical American factory. We believe that general-purpose, intelligent robots will be a reality in our lifetime. Our mission is to blend human and artificial intelligence to lead this transformation. As a pioneering AI software company, we deploy our cutting-edge inventions directly into facilities that require them, utilizing state-of-the-art hardware. Every line of code we write has a significant impact on the global economy and the physical world.Position OverviewIf you are weary of writing incremental code for large CRUD web applications and instead wish to construct systems that effect tangible changes in the physical world, Tutor Intelligence is your destination. We are driven by atoms over electrons; every line of code you produce directly influences the foundation of our global economy. You will tackle essential technical challenges that push humanity and society forward.As a Robotics Research Scientist, you will play a pivotal role in this mission, developing AI algorithms and systems that enable ordinary robots to achieve extraordinary feats both in the lab and in real-world applications. We are seeking enthusiastic and inquisitive candidates with a robust understanding of programming fundamentals. While specific experience with robotics or machine learning is beneficial, it is not mandatory. At Tutor, engineers and researchers are encouraged to shape their roles to best meet the challenges of robotics development.

About Tutor IntelligenceTutor Intelligence is pioneering cutting-edge technologies and methodologies to enable robots to operate in environments previously uncharted, particularly within the American manufacturing sector. We believe that general-purpose and intelligent robots will emerge in our lifetime, and we are at the forefront of this revolution, merging human ingenuity with artificial intelligence. As an AI software company, we implement our innovations directly within the facilities that require them, utilizing state-of-the-art hardware, ensuring that every line of code we craft has a tangible impact on the global physical economy.Your RoleAs a Robotics Research Scientist Intern, you will engage in the exciting challenge of leveraging AI to extract insights from a diverse fleet of robots performing valuable tasks in factories. Your contributions will focus on developing the AI algorithms and systems that facilitate groundbreaking capabilities in both laboratory settings and real-world applications. This internship offers a one-of-a-kind chance to witness your work deployed at scale within a dynamic research environment, creating and implementing innovative robot learning algorithms on actual hardware.We seek passionate and inquisitive candidates with a robust foundation in programming. While experience in specific technical stacks or familiarity with robotics and machine learning is advantageous, it is not mandatory. At Tutor Intelligence, our engineers and researchers tailor their roles to best address the cutting-edge challenges of robotics development.We invite interns to commit to a 4-6 month period during which you will deliver significant and impactful contributions, potentially culminating in a first-author robotics paper.

Tutor Intelligence is on the lookout for a talented Robotics Hardware Engineer to join our innovative team in creating the next generation of intelligent and accessible robotic hardware. In this dynamic role, you'll be responsible for designing and developing essential components such as robotic arms, chassis, actuators, drive modules, PCBs, grippers, enclosures, power systems, and auxiliary actuated devices. You will manage the entire lifecycle of multiple projects, from brainstorming and design to sourcing and production.We are particularly interested in hardware engineers with a strong background in either mechanical or electrical engineering, and those who possess skills in both areas will be considered a bonus, as we value versatile generalists.At Tutor Intelligence, we operate in a fast-paced startup environment where projects evolve rapidly. You will be part of a small yet dedicated hardware team, giving you the opportunity to work on a variety of exciting projects.Our hiring process involves reviewing your application and resume, followed by a design challenge for shortlisted candidates. Successful candidates will be invited for an in-person interview.

At Flexcompute, we are pioneers in the realm of physics and technology, uniquely positioning ourselves at the intersection of first-principles physics and advanced neural foundation models. Our innovative approach aims to revolutionize industrial simulation and design, ushering in a new era of engineering defined by the synergy of parallel computing and artificial intelligence.Our cutting-edge technology showcases the fastest GPU solvers in the world, delivering unprecedented speed enhancements compared to conventional tools. By seamlessly integrating these solvers with our Physics AI Foundation Models, we empower engineers to navigate design spaces that were previously beyond reach. At Flexcompute, we don’t merely accelerate simulations; we enable the solutions to challenges deemed insurmountable, assisting our partners in addressing critical issues across 3D-IC design, aerospace applications, and more.We are currently seeking an innovative and strategic technical leader to spearhead our new division focused on 3D-IC Thermal-Mechanical Reliability. This pivotal role will see you as the principal architect applying our advanced GPU solvers and Physics AI Foundation Models to a key challenge in the semiconductor industry: ensuring the structural and thermal integrity of advanced packaging.Your leadership will guide the strategy to resolve high-stakes issues such as warpage, CTE mismatch, and thermally induced stress within 3D-ICs and chiplet architectures. You will not merely be utilizing existing tools; you will be shaping the future of AI and high-performance computing (HPC) as they converge to make large-scale 3D chip production feasible.

At Flexcompute, we are at the forefront of integrating first-principles physics with advanced neural physics foundation models to revolutionize industrial simulation and design. Our cutting-edge technology harnesses the power of the world's fastest GPU solvers, enabling unprecedented speed and efficiency compared to traditional methods. By combining these solvers with our proprietary AI models, we empower engineers to explore previously inaccessible design spaces, transforming challenges in 3D-IC design, aerospace, and beyond into achievable solutions.

At Flexcompute, we are revolutionizing the design and execution of aerodynamic and multi-physics simulations. Our leading-edge GPU-native CFD platform, Flow360, provides unparalleled physics fidelity at remarkable speeds, catering to industries such as aerospace, automotive, robotics, energy, and next-generation hardware.Role OverviewWe are on the lookout for a motivated and results-driven Sales Director & Team Lead to spearhead the enterprise adoption of Flow360. This role encompasses managing a personal sales quota focused on strategic CFD accounts, along with leading, developing, and expanding a high-performing sales team.What Sets This Role ApartIn this position, you will shape the go-to-market strategy for Flow360, secure landmark strategic CFD agreements, and cultivate a high-impact sales team while engaging with the foremost aerospace, automotive, and hardware engineering organizations globally.Requirements• Achieve personal sales targets for designated strategic enterprise CFD accounts.• Manage full-cycle enterprise sales processes, including discovery, proof of concept, value assessment, negotiation, and closing.• Develop strong relationships with CTOs, Chief Engineers, and Heads of Aero/Thermal/Structures.• Lead and mentor a team of Account Executives to maximize their potential.• Foster a data-driven sales culture with an emphasis on accurate forecasting and accountability for key performance indicators.• Define and execute the go-to-market strategy for Flow360.• Collaborate with Product, Sales Engineering, and Marketing teams to align on roadmap and customer requirements.Ideal Candidate Profile• 10+ years of experience in enterprise software, CAE, engineering, or technical sales.• 3–6 years of experience in leading or mentoring sales teams.• A proven history of closing intricate CFD or simulation enterprise agreements.• Familiarity with CFD principles, geometry and meshing workflows, and GPU/HPC concepts.• Strong analytical skills with a focus on data-driven decision-making and forecasts.• Exceptional communication skills for engaging both technical and C-suite stakeholders.Success Metrics• Achievement of personal and team sales quotas.• Growth of sales pipeline and accuracy of forecasts.• Strategic wins in aerospace, automotive, robotics, and hardware sectors.• Team productivity and expansion of the Flow360 go-to-market engine.CompensationWe offer a competitive base salary, an attractive commission structure with accelerators, meaningful equity options, and comprehensive benefits.BenefitsAttractive compensation package with equity in a rapidly growing startup.Comprehensive medical, dental, and vision insurance.401(k) retirement plan with company contributions.Gym membership allowance.A supportive environment with intelligent and considerate colleagues.