Chemical Product Development Engineers X Career Path: Leader
12 matching jobs found.
Cosmetics Development Engineer
A research and development role handling formulation design, prototyping and evaluation, safety and regulatory compliance checks for cosmetics, leading to product commercialization.
Petrochemical Product Development Engineer
Technical job that researches and develops new products such as plastics, synthetic fibers, synthetic rubber, and chemicals by processing petroleum-derived raw materials through chemical reactions and separation processes.
Petroleum Product Development Engineer
Technical position involving the development and improvement of petroleum products using crude oil as raw material.
Tire Development Engineer
A technical position that improves the performance of automotive tires through material selection, compounding design, prototyping, and evaluation.
Electrochemical Engineer (Development)
Technical position that applies electrochemical principles to develop and evaluate new materials and devices (batteries, sensors, corrosion-resistant coatings, etc.).
Electrochemical Product Development Engineer
Technical position that applies principles of electrochemistry to design, develop, and evaluate chemical products such as batteries, sensors, fuel cells, and surface treatments.
Paint Development Engineer
A technical position that develops paint films with desired performance through raw material formulation design, prototyping, evaluation, and improvement.
Biochemical Engineer (Product Development)
A technical position that designs and optimizes development processes for pharmaceuticals, food, chemical products, etc., using bio technologies such as microorganisms, enzymes, and cells.
Biotechnology Development Engineer
Engineer who develops products and processes for pharmaceuticals, agriculture, environmental uses, etc., using biological methods and molecular engineering techniques.
Nonmetal Refining Development Engineer
A technical position that researches and develops refining processes for nonmetal materials (such as silicon, ceramics, glass, carbon materials, etc.), aiming to achieve high purification, improved yield, and reduced environmental impact.