Summer Internship – Instrument, Control & Electrical (ICE) Engineering - Pune

Job Family Group:

• Business Support Group
• Job Description:

Summer Internship – Instrument, Control & Electrical (ICE) Engineering - Pune

About bp

bp operates at the heart of the global energy system, helping countries meet their energy needs and serving millions of customers every day. With world-class assets, technology, trading capability and partnerships, we deliver energy at scale today while investing with discipline in the energy transition.

bp Technical Solutions India (TSI) center in Pune, strives to build on bp’s existing engineering and technical strengths to deliver high-quality services to its hydrocarbons and new energy businesses worldwide. TSI brings together diverse engineering capabilities to provide technical services across a range of areas including engineering, maintenance, optimization, data processes, projects and subsurface, to deliver safe, affordable and lower emission energy, while continuously innovating how we work.

About early careers

Your talent. Your skills. Your big ideas (and even bigger dreams). We know you have a lot to give. So we’ll make sure you get a lot in return. From next-level experiences to global impact. From inspiring teammates to exceptional support – we offer graduate and internship roles across multiple areas.

Our engineering graduate programme

Why work in engineering at bp?

Work on complex engineering projects with global impact.

Build solutions today that help power tomorrow’s world.

Learn from experts who push you to be your best.

Achieve professional accreditation.

Our summer internships are 10 weeks. You’ll be based in one team throughout your internship, working on real projects that you’ll be able to manage through to completion. Throughout you’ll have the support of a dedicated line manager and a buddy from one of our early career’s programs. Alongside your day-to-day responsibilities, you’ll have the opportunity to attend events and socials, take part in training sessions to help develop your interpersonal skills and network with leaders from across bp. The program is designed to help build your skills and technical knowledge whilst also allowing you to learn more about life at bp. This is an assessed internship and may be a potential talent pipeline into graduate opportunities the following year.

Join us and you’ll get the support of a structured technical pathway and our training programme, designed to help you grow both professionally and personally. In return, you'll bring your ideas, curiosity and ambition to real business challenges. Along the way, you'll be part of a supportive bp early careers community that will help you grow, succeed and make a meaningful impact from day one.

About the discipline: Instrument, Control & Electrical Engineering

ICE is a core engineering discipline within bp and have sub discipline including

· Instrumentation & Protective Systems

· Control & Automation

· Electrical Engineering

· Measurement & Analyser Systems

· Operations Critical Telecoms

Role and Responsibilities – Instrument and Control engineer

Instrument and Control engineer enables digitally secure, safe, reliable and optimal control of complex energy facilities, which include our oil refineries and biofuels plants, oil and gas production facilities, green and blue hydrogen production, on-shore and off-shore wind, solar and integrated mobility solutions.

The Instrumentation and Control engineer’s job cover a wide range of topics including design and maintenance of:

· Process Control Systems

· Safety Instrumented Systems

· Fire and Gas Systems

· Field Instrumentation

· Analyser Systems

· Metering Systems

· Telecommunications Systems and Networks

· Security Systems

· Automation Systems Cyber Security

All the above is in support of enhancing safety, optimising production, and improving reliability of our diverse facilities across the globe.

You could find yourself:

· Conducting programs for various bp assets. Programs can be Alarm management, Advanced process control system, Functional safety, Maintenance optimization and Global Hardware solutions.

· Create and maintain technical documentation, including drawings, specifications, and test reports.

· Support in problem solving requested by the regions/assets.

· Collaborate with cross-functional teams

· Support the review and continuous improvement of Instrument designs for functionality, manufacturability, and cost-effectiveness.

· Follow company engineering standards and participate in design reviews and project meetings.

· Designing and building process plant control systems, which means incredible variety. One day you could be working out the best way to control a biofuels reactor, the next you could be working on installing an advanced control system (a kind of autopilot) for blue hydrogen production.

· Working with the latest sensing, measurement & analysis instrument technologies; learning design and application of safety instrumented systems in production, refining, pipelines, carbon capture, hydrogen generation, biofuels and renewable energy facilities

· Integrating instrument and protection systems for electric vehicles, battery charging and storage systems or working with miniature sensors to develop energy systems integrating wind, solar and green hydrogen energy.

· Support subsea controls engineering for the global subsea controls’ equipment condition supervising data and tools.

· Support global offshore production operations with identifying control system anomalies through a standard set of supervising tools and dashboards.

· Prepare, review, and endorse controls-related, plans, procedures and metrics and intervene where appropriate.

· Prepare and maintain global equipment strategies for subsea controls equipment

· Provide controls engineering support to annual integrity reviews, fit for service barrier evaluations and incident investigations.

· Record relevant failures/learning in the shared learning systems, incorporate into reliability data reporting/global activities specifications/practices/procedures and share with controls community, call out high priority lessons.

· Working with the latest wireless technology to support development and use of industrial IoT as we build new energy systems and modernise our legacy operations.

Working with an incredibly diverse and distributed team of experienced engineers with a global perspective. Automation touches everything in bp, even our rapid battery charging solutions require cyber secure safe control systems. Who knows where this could lead?

Role and Responsibilities – Electrical Engineer

Electrical power is a fundamental requirement for all of bp’s businesses. Electrical systems provide light, heat, energy and power for rotating equipment providing the motive power to move products to the marketplace and the power for all related control systems. As an electrical engineer at bp, you will ensure existing production plants remain safe and reliable by effectively using employee resource and equipment to carry out electrical maintenance, repairs and improvements. For new plants, such as renewable wind and solar generation facilities, along with onshore and offshore hydrocarbon process plants, you will model and design all the electrical systems and equipment. Covering power generator through to end-consumers, your hard work will ensure power is produced and utilised in the most efficient and cost-effective way.

The precise nature of your role will be defined by your skills as well as the needs of the business, but your duties and responsibilities will include:

· Working on projects and supporting your team to find the best solutions in support of the rapid transition to net zero

· Reduction of emissions associated with the carbon in our upstream oil and gas production by 35-40%

· Develop our 2.5 million tonnes per annum hydrogen pipeline

· Construct our 9.6 GW net offshore wind power in pipeline

· Provide 100,000 electric v