Energy & Resources Consulting Co-op — Hybrid Start Jan 2027

Wood Mackenzie; Houston (TX); Hybrid; USD 42,000 - 54,000; Full time

Job summary

Wood Mackenzie is seeking penultimate-year students for a 6-month co-op placement starting January 2027. The Consulting division blends natural resources expertise with commercial insight, offering exposure to five sectors: upstream, downstream, gas & LNG, metals & mining, and power & renewables.

You will work on datasets, develop tools, and collaborate with a global team to deliver actionable recommendations in the energy and materials transitions.

Qualifications

• Enrolled in bachelor’s or master’s program related to one of the following degrees: Political Science, Economics, International Affairs, International Business, Environmental Studies, Engineering, Business Administration, Supply Chain Management, Management.
• Currently in education and looking for a co-op placement between January - June 2027.
• Demonstrated history of leveraging data to solve problems.

Responsibilities

• Develop your technical skills by immersing yourself in meaningful projects.
• Work across our 5 key consulting sectors (upstream, downstream, gas & LNG, metals & mining, power and renewables).
• Collaborate with the global team of experienced analysts and consultants to understand industry challenges.
• Start building your professional network to kickstart your future career in consulting.

Skills

Collaboration

Problem solving

Analytical thinking

Communication

Curiosity

Excel

Education

Bachelor’s or Master’s program in related field

Tools

Microsoft Office

Excel

Job description

Wood Mackenzie is seeking penultimate-year students for a 6-month co-op placement starting January 2027. The Consulting division blends natural resources expertise with commercial insight, offering exposure to five sectors: upstream, downstream, gas & LNG, metals & mining, and power & renewables.

You will work on datasets, develop tools, and collaborate with a global team to deliver actionable recommendations in the energy and materials transitions.