Full-Time

Solution Architect

Hitachi Energy

Hitachi Energy

10,001+ employees

Global electrical transmission and grid modernization

No salary listed

Remote in India

Hybrid

Hybrid work model; remote from Karnataka, India.

Bachelor's, Master's

Category
Sales & Solution Engineering (1)
Required Skills
MLOps
Microsoft Azure
Python
Data Engineering
Docker
AWS
Observability
REST APIs
Computer Vision
Google Cloud Platform

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Requirements
  • Bachelor’s or master’s degree in computer science, Engineering, Data Science, or a related field.
  • 8+ years of experience in technology roles, with significant experience in AI/ML solution architecture and enterprise platform design.
  • Proven track record of architecting and delivering complex AI solutions in enterprise environments.
  • Strong expertise in Python, AI/ML frameworks, data architecture, APIs, and system integration patterns.
  • Hands-on experience with cloud platforms (Azure, AWS, or GCP), MLOps, containerization, and scalable deployment architectures.
  • Strong understanding of security, privacy, governance, and responsible AI principles in solution design.
  • Experience working in a global, cross-functional environment with distributed delivery teams.
  • Exposure to enterprise AI applications in sectors such as energy, manufacturing, utilities, healthcare, finance, or retail.
  • Certifications in cloud architecture, AI/ML, data engineering, or enterprise architecture frameworks.
  • Experience defining reusable reference architectures, governance models, and technology standards for AI adoption at scale.
  • Excellent communication and stakeholder management skills, with the ability to influence technical and business decisions.
Responsibilities
  • Define end-to-end architecture for AI solutions across domains such as generative AI, predictive analytics, NLP, and computer vision.
  • Develop architecture blueprints, reference patterns, and standards for scalable, secure, and reusable AI platforms.
  • Ensure alignment between AI solution architecture, enterprise architecture principles, and business objectives.
  • Lead architecture decisions covering data pipelines, model integration, API design, orchestration, deployment patterns, and observability.
  • Establish design governance, conduct architecture reviews, and ensure compliance with security, privacy, and responsible AI requirements.
  • Evaluate and recommend the right tools, frameworks, cloud services, and integration patterns for AI initiatives.
  • Partner with product, engineering, data, and business teams to translate business needs into architecture designs and implementation roadmaps.
  • Provide architectural guidance to solution architects, engineers, and project teams throughout the delivery lifecycle.
  • Present architecture options, trade-offs, and target-state roadmaps to senior leadership and non-technical stakeholders.
  • Guide best practices for AI/ML engineering, MLOps, model lifecycle management, and platform scalability.
  • Drive the adoption of reusable architectural components, design patterns, and engineering standards across AI programs.
  • Stay current with emerging AI technologies and assess their applicability to enterprise use cases and platform evolution.
  • Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines.
  • Living Hitachi Energy’s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business.

Hitachi Energy provides systems and solutions for transmitting and distributing electricity. It sells and implements equipment such as transformers, high‑voltage gear, and grid automation tools that help move power from generation sites to homes and businesses. Its offerings include hardware and software that monitor, control, and optimize electrical grids, with AI, data analytics, and automation to improve efficiency and reliability. The company differentiates itself by combining its global engineering footprint with advanced digital technologies and a broad portfolio that covers transmission, distribution, and grid optimization, backed by a presence in more than 140 countries and a workforce of over 40,000. Its goal is to support a cleaner, more flexible, and carbon‑neutral energy future by modernizing infrastructure and integrating renewable energy sources.

Company Size

10,001+

Company Stage

Grant

Total Funding

$22M

Headquarters

Zurich, Switzerland

Founded

1900

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Simplify Jobs

Simplify's Take

What believers are saying

  • August 7, 2026 Hitachi Energy India posted record INR 32,222.1 crore backlog.
  • July 31, 2026 Andy Goggin joined from Siemens Energy to lead Americas growth.
  • More than $2.3 billion is funding Americas capacity expansion, manufacturing, and service upgrades.

What critics are saying

  • Cordoba workers fought management through April 2026, exposing execution risk in European manufacturing.
  • Transformer lead times already doubled by August 6, 2026, constraining deliveries through 2030.
  • AI datacenter demand can outrun capacity, delaying grid projects and ceding deals to Siemens.

What makes Hitachi Energy unique

  • Hitachi Energy’s HVDC Light won TenneT’s July 28, 2026 Nederwiek3 and LanWin5 links.
  • June 29, 2026 South Boston begins $457 million transformer plant, targeting 825 jobs.
  • June 17, 2026 Canduct acquisition deepens North American transformer insulation supply-chain control.

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Benefits

Health Insurance

Dental Insurance

Vision Insurance

Life Insurance

Disability Insurance

401(k) Retirement Plan

401(k) Company Match

Paid Vacation

Paid Sick Leave

Flexible Work Hours

Professional Development Budget

Wellness Program

Growth & Insights and Company News

Headcount

6 month growth

14%

1 year growth

14%

2 year growth

14%
The Economic Times
Aug 7th, 2026
Hitachi Energy India Q1 results: net profit rises over twofold to Rs 294 crore.

Hitachi Energy India Q1 results: net profit rises over twofold to Rs 294 crore. PTI Last Updated: Aug 07, 2026, 06:04:00 PM IST Hitachi Energy India has displayed remarkable financial growth with a net profit soaring over 100% in the June quarter. The company reported a substantial increase in operational revenue compared to the previous year. With first-quarter orders reaching Rs 5,096.5 crore for FY27, the firm has achieved a record order backlog totaling Rs 32,222.1 crore, fueled by robust progress in energy transition and security sectors. Hitachi Energy India on Friday said its net profit jumped more than twofold year-on-year to Rs 294.2 crore in the June quarter of FY27. The company recorded a net profit of Rs 131.6 crore in the same quarter of the previous fiscal, Hitachi Energy said in a statement. * ABB power. CLOSED - 03:56 PM | 07 Aug 2026 700.00 (2.20%) Mean Recos by 18 Analysts Strong Sell Strong Buy Unlock Stock Report Key Metrics * PE Ratio (x) 147.09 * EPS - TTM 221.63 * MCap (₹ Cr.) 1,45,305 * MCap Rank 6 * PB Ratio(x) 27.47 * Div Yield(%) 0.00 * Face Value(₹) 2.00 * Beta - * 52W H/L 38,785 / 16,111 You May Like Revenue from operations rose to Rs 2,493.7 crore in the reporting quarter from Rs 1,478.9 crore in the same period a year ago. During Q1FY27, orders totalled Rs 5,096.5 crore. The company's growth saga continues in the opening quarter of FY27, resulting in the highest-ever order backlog of Rs 32,222.1 crore. N Venu, Managing Director & CEO of Hitachi Energy India, said in the statement, "Q1FY27 indicates excellent overall performance, resulting in robust order and revenue growth. It reflects strong market momentum, driven by a surge in opportunities stemming from the energy transition & security across the country and globally."

Australian Manufacturing
Aug 6th, 2026
Data centre boom placing growing pressure on electricity equipment supply chains, Hitachi Energy says.

Data centre boom placing growing pressure on electricity equipment supply chains, Hitachi Energy says. August 6, 2026 The rapid expansion of Australia's data centre sector is increasing pressure on global supply chains for high-voltage electrical equipment, according to Hitachi Energy, which says stronger coordination and earlier planning will be needed to avoid delays to major infrastructure projects. Speaking at the Energy Needs of Data Centres Australia conference in Sydney, Hitachi Energy Australia Managing Director Bernard Norton said demand for electricity infrastructure was rising alongside growth in artificial intelligence (AI), the energy transition, and the electrification of transport and industry. "The challenge for data centre developments is not just energy; it's also the supply of the high voltage equipment needed to power the sector," Norton said. According to Hitachi Energy, the Australian market for data centre electricity equipment has tripled over the past three years and is projected to reach US$9 billion by 2031. Norton said the expansion of data centres was occurring at the same time as increased demand for electrical equipment from other sectors. "The market size for data centre equipment in Australia has tripled over the past three years and it's expected to reach US $9 billion by 2031," he said. "This growth is coinciding with the extra demand from the energy transition and the electrification of transport and industry. "It's creating the perfect storm for supply chains. If we want to avoid long delays to data centre development and critical electricity projects, we need to change the way we do things." Hitachi Energy said the emergence of larger AI-focused data centres was contributing to higher infrastructure requirements. According to the company, new AI facilities are around five times larger than existing data centres and can require dedicated transmission substations, with each facility needing approximately four large power transformers weighing more than 200 tonnes each. The company said a substation of this size would have the capacity to supply around 100,000 homes. Hitachi Energy also estimates that around 1,400 high-voltage transformers will be required globally by 2030 to support new data centre developments. Norton said manufacturing timelines for high-voltage transformers had increased significantly as demand for the equipment had grown. "High voltage transformers take time to construct. Lead times for this equipment has increased significantly due to the global energy transition - it's basically doubled," he said. He said Hitachi Energy had invested $1.5 billion as part of a broader expansion of its transformer manufacturing capacity, but noted that much of the additional production capacity had already been allocated. "As part of a multi-billion dollar expansion program, Hitachi Energy has invested $1.5 billion to expand electricity transformer manufacturing and production, but much of that extra capacity is already committed," Norton said. "The supply side crunch is felt equally across other equipment classes. The risk is that AI growth is increasingly constrained not by computing technology, but by power infrastructure." To help address potential bottlenecks, Norton said developers, electricity providers and technology companies should engage earlier in project planning and adopt longer-term procurement approaches. "We need earlier coordination, better forward planning and smarter procurement between the developers, the energy sector and technology providers to prevent the bottlenecks," he said. "Early conversations are focussing on a 'program of works' rather than individual projects, manufacturing slot availability, and long-term partnerships." "This helps drive certainty for projects and certainty for manufacturers, increasing bankability for projects and bankability for additional expansion."

IVEMSA
Aug 4th, 2026
Growing U.S. Industries that benefit from Mexico manufacturing.

Growing U.S. Industries that benefit from Mexico manufacturing. Article Overview: Technology has increased demand for industrial production beyond traditional sectors that have extensively relied on Mexico manufacturing in the past. Perhaps unsurprisingly, the fastest-growing U.S. industries that are next to benefit from the advantages of expanding production to Mexico are all linked in some way to artificial intelligence (AI). Mexico manufacturing has been a significant factor in the expansion of U.S. industries, including automotive, aerospace, and electronics manufacturing, among others, for decades. Much of the production for these sectors requires highly specialized talent and stable supply chains to support the increasing demand over the years. Now, as technology continues to introduce new products, interests, and audiences, companies must keep pace with a rapidly growing industry while still managing costs and meeting strict deadlines. Many manufacturers are continuing the path they know as they expand their offerings, while others are entering new territory altogether. Either way, Mexico manufacturing and the help of a shelter company remains a top strategy. All roads lead back to AI. It's no surprise that AI has opened up new pathways for manufacturers to explore. Some have begun expanding their own services and capabilities, using what they're already skilled in and finding new applications. From cooling systems needed for data centers to robotics and automation equipment used across multiple sectors, Mexico has become a central hub for the data center supply chain with a strong ecosystem producing electrical, cooling, mechanical, connectivity, and precision metal components used in data centers. Data center cooling. The appliance sector is expanding its production to support data center cooling needs. With HVAC manufacturing already in place for businesses and homes, expanding these services is a sensible next step. * Daikin, a leading global commercial and industrial HVAC manufacturer, notably invested USD $121M in a Tijuana manufacturing facility to support significant data center market growth in North America. * Vertiv operates multiple manufacturing facilities throughout Mexico to meet the surging demand for emerging technologies, including AI and power for data centers. Power distribution & AI infrastructure electrical equipment. Machine manufacturing, power distribution manufacturing, and electrical transformers are all main growing U.S. industries in Mexico. Over USD $650B in U.S. data center planning is expected in 2026, though close to half of these builds are delayed or canceled due to a shortage of key electrical components, including transformers and switchgear. While China has previously been a supplier of these types of components, the trade war between the U.S. and China has led to new investments and reshoring production in Mexico as an alternative to fulfill these needs. * Hitachi Energy has invested $155M for production expansion to include the new Reynosa distribution transformer plant. * G&W Electric has quadrupled the size of its original location in Mexico to support the company's long-term global growth Industrial robotics & automation equipment. In 2024, the International Federation of Robotics reported 5,600 industrial robot installations in Mexico, 63% of which were for the automotive sector. However, supply chain integration between the U.S. and Mexico offers the opportunity beyond automotive manufacturing alone and expands to the adoption of robotics, machine vision, and other automatic technologies. AI computing hardware (servers, networking, electronics). Manufacturers in Mexico are expanding production of laptops, servers, and other electronic components to meet North American demand and reduce dependence on Asia. * Between 2018 and 2025, U.S. goods imports from Mexico grew 55% while imports from China dropped 43%, a reflection of the implementation of the USMCA. * In 2024, the U.S. imported $114.1B in finished electronics from Mexico, a 22.5% year-over-year increase. Growing sectors, AI or otherwise, can benefit from Mexico's technically proficient labor pool, which has a higher availability rate and lower salary cost compared to the U.S. Other key manufacturers and suppliers with Operations in Mexico. | Company | Products for Data Centers | Mexico Operations | / | | Schneider Electric | Switchgear, UPS, PDUs, busway, electrical distribution | Monterrey, Tlaxcala, CDMX | | Panduit | Copper and fiber connectivity, cable management | Reynosa | | Legrand | Cabinet systems, PDUs, cable management | Monterrey | | Eaton | Switchboards, UPS, breakers, busway | Querétaro, Nogales | | nVent | Enclosures, thermal management | Reynosa | | Belden | Industrial and fiber optic cable | Nogales | | CommScope | Fiber connectivity and structured cabling | Ciudad Juarez | | TE Connectivity | High-speed connections and cable assemblies | Hermosillo, Empalme | Shelter services help streamline manufacturing setup. As the industry continues to shift gears to accommodate AI advancements, it's a race against time to stay competitive. Working with a shelter company expedites the setup process and minimizes risk for U.S. companies operating in Mexico. It saves manufacturers time, costs, and stress of launching or expanding production. Shelter services include expert assistance with compliance requirements and all administrative responsibilities to ensure companies stay flexible and cost-effective with their production goals.

CEE Legal Matters
Jul 31st, 2026
TOCC Partners advises Hitachi Energy Turkiye on power transformers factory investment.

TOCC Partners advises Hitachi Energy Turkiye on power transformers factory investment. Tools. Typography. TOCC Partners has advised Hitachi Energy Turkiye on the equity financing and corporate reorganization aspects of its new power transformers factory and service centre in Dilovasi, Turkiye. According to TOCC, the project involves a USD 70 million investment, including USD 40 million in equity financing, and is intended to strengthen Turkiye's energy infrastructure, manufacturing sector, and position as a regional manufacturing and export hub. The TOCC Partners team included Partner Tolga Cabakli, Counsel Emrah Aygul, and Associates Zeynep Ture, Basak Guler, and Kaan Sel.

KeyFacts Energy
Jul 31st, 2026
Hitachi Energy strengthens Executive leadership team.

Hitachi Energy strengthens Executive leadership team. 31/07/2026 Energy sector veteran Andy Goggin joins Hitachi Energy as Executive Vice President and Head of the Americas Region, bringing extensive experience in energy market development, sales and organizational transformation to the company. The rapid growth of AI-driven data centers and industrial electrification is reshaping electricity demand and accelerating the electricity era. This presents unprecedented opportunities for Hitachi Energy as it builds the grid and leads the evolution of energy systems around the world. The Americas, particularly the United States, are among Hitachi Energy's most important growth markets. The region combines strong demand for grid infrastructure, large-scale investment in electrification and AI-driven power consumption, and significant manufacturing expansion, making it a key contributor to the company's long-term growth strategy. In line with the largest investment program being deployed in the industry, the company is allocating more than $2.3 billion in the Americas to expand capacity, strengthen local manufacturing and service capabilities, and support customers in meeting growing demand for reliable and sustainable power. The appointment of Andy Goggin as Executive Vice President and Head of the Americas Region, effective July 27, 2026, underscores Hitachi Energy's continued focus on the region as a dynamic and critical market at the core of the company's growth and expansion efforts. Andy succeeds Anthony Allard, who has led the region through a period of strong growth and strategic expansion. Anthony will now be fully dedicated to his primary role as Chief Marketing & Sales Officer for the company. Andy joins Hitachi Energy from Siemens Energy, arriving with more than 27 years of energy industry leadership experience. He held progressively senior positions while at Siemens Energy, including Vice President of New Generation Sales - North America and most recently Senior Vice President of Power Generation Sales for North America. Andy holds a Bachelor of Science degree in Power Engineering from the Maine Maritime Academy in the United States.