Graduate Engineer Trainee – Port Cranes Engineering

Round 1: Online aptitude test (quantitative, logical reasoning, English) → Round 2: Technical interview (design fundamentals, CAD tools, GD&T, project discussion) → Round 3: HR interview (fitment, motivation, behavioral questions)

Konecranes promotes an inclusive work environment where innovation and safety are paramount. Employees benefit from structured learning programs, global exposure, and a balanced approach to work‑life integration. The company’s emphasis on sustainability and continuous improvement creates clear growth pathways for engineers.

Konecranes’ interview process typically starts with a timed online aptitude test, followed by a technical interview focused on mechanical design concepts, CAD tool proficiency, and GD&T fundamentals. The final HR round assesses cultural fit, communication skills, and motivation. Overall difficulty is moderate; thorough preparation on design basics and problem‑solving boosts success chances.

Bachelor’s degree in Mechanical Engineering or Production Engineering from a recognized university; minimum 60% aggregate (or CGPA equivalent); fresh graduates or candidates with 0–1 year of experience; no active backlogs at the time of joining; batch year 2023‑2025 preferred; strong command of English (both written and verbal).

Konecranes is a global leader in the design, manufacture, installation and service of lifting solutions. With a heritage spanning more than a century, the company provides innovative crane and cargo handling equipment to ports, shipyards, terminals and industrial facilities worldwide. Its commitment to safety, sustainability and digital transformation has positioned it as a preferred employer for engineering talent in India and abroad. The organization fosters a diverse and inclusive culture, encouraging employees to bring their authentic selves to work and collaborate across borders to solve complex challenges. The Graduate Engineer Trainee (GET) – Port Cranes Engineering role is an entry‑level opportunity designed for fresh Mechanical or Production Engineering graduates who aspire to build a career in heavy‑machinery design and manufacturing. Based out of the SP Infocity campus in Hadapsar, Pune, the position offers a hybrid work model with the flexibility to work from home. Trainees will be mentored by senior engineers and will rotate through design, analysis, and production support functions, gaining hands‑on exposure to the complete product lifecycle of port cranes. **Key Responsibilities** 1. Learn and apply core engineering principles to design port crane components and subsystems. 2. Create, modify, and review 2D drawings and 3D models using AutoCAD, NX, and Teamcenter. 3. Assist in preparing design documentation, bill of materials, and technical reports adhering to company standards. 4. Apply GD&T concepts to ensure dimensional accuracy and manufacturability. 5. Support manufacturing teams by understanding fabrication techniques, welding processes, and assembly procedures. 6. Participate in cross‑functional design reviews and provide feedback on feasibility and cost. 7. Contribute to continuous‑improvement initiatives, root‑cause analysis, and engineering innovation projects. 8. Follow ISO 14001 and ISO 45001 compliance requirements, maintaining safety and environmental standards. 9. Attend structured training programs, workshops, and mentorship sessions to accelerate technical growth. 10. Document lessons learned and share knowledge with peers to build a collaborative engineering community. **Tech Stack**: AutoCAD, Siemens NX, Teamcenter PLM, GD&T, MS Office, basic FEA tools. **Growth Path**: Successful trainees can progress to Design Engineer, then Senior Engineer, and eventually Project Lead or Technical Manager, with opportunities to work on international projects and travel globally. **Why Join Konecranes?** The company offers a competitive salary, robust learning ecosystem, exposure to cutting‑edge crane technology, and a culture that values diversity, work‑life balance, and employee well‑being. Graduates will gain a solid foundation in mechanical design while contributing to critical infrastructure that moves the world’s trade forward.