工程科学将给予我们解答现实世界各种问题所需的知识和方法，例如：

如何在不影响当前环境的前提下管理某一处的森林使其盈利？

如何设计一艘帆船在低风速的条件下可以更好地航行？

如何制定机票的价格使得该航线获得最大化的利润？

上述这些问题，工程科学人员通过运用计算机及数学的知识能够给予我们准确地解答。由于工程科学人员具备的技能有着极为广泛的应用性，因此外界对于他们的需求也是非常高的。工程科学的毕业生能够在工程行业，工业行业，医药行业，服务行业，甚至是商业领域从事具有高挑战性的工作。他们受雇于新西兰很多顶级的公司，其中包括了 Air New Zealand, Fonterra, Meridian Energy, Navman, Orion, 诸如NIWA及Transpower这样的政府组织，以及像Beca和Maunsell这样的工程公司。此外，该专业的不少毕业生也受雇于美国，英国及欧洲各国的机构。

Bachelor of Engineering with Ho nours (Chemical and Bioprocess Engineering)

Bachelor of Engineering with Ho nours (Electro nics and Computer Engineering)

Bachelor of Engineering with Ho nours (Engineering and Innovation Management)

Bachelor of Engineering with Ho nours (Mechatronics)
课程设置如下 只给出 chemical and Bioprocess Engineering,更多信息可官网http://www.massey.ac.nz/massey/learning/programme-course-paper/programme.cfm?prog_id=93353.

123.171	Chemistry for Biological Systems 1	15 credits	R123.101
123.172	Chemistry for Biological Systems 2	15 credits	R123.102
124.171	Physical Principles for Engineering & Technology 1	15 credits	R124.101
124.172	Physical Principles for Engineering & Technology 2	15 credits	P124.171R124.102
228.111	Engineering Practice 1: Global Perspectives	15 credits	C123.171or159.171,124.171,228.171. R141.111,228.125and228.150
228.112	Engineering Practice 2: Creative Solutions	15 credits	P141.111or228.111or228.125or228.150C123.172or159.172,228.172,124.172R141.112,228.120,228.152
228.171	Engineering Mathematics 1A	15 credits	R160.101,160.102,160.111
228.172	Engineering Mathematics 1B	15 credits	P228.171R160.112,160.133,160.101,160.102

123.201	Chemical Energetics	15 credits	P123.102or123.172
123.271	Molecules to Materials	15 credits	P (123.171or123.101) and (123.172or123.102)
141.212	Food Technology 4: Manufacturing	15 credits	P123.172,124.172,228.172, and (141.112or228.112) C123.201,280.201&280.272R228.212
228.211	Engineering Practice 3: Product Development	15 credits	P124.172,228.172,228.112and (123.172or159.172) C228.271and 2 of123.271,280.271,281.281,282.260,281.273R141.211
228.271	Engineering Mathematics 2	15 credits	P228.172R228.222,228.223
280.201	Industrial Microbiology	15 credits	P123.171and123.172R142.201,141.222,162.212,162.214
280.271	Heat and Mass – Conservation and Transfer	15 credits	P123.172,124.172and228.172
280.272	Fluid Flow and Particle Technology	15 credits	P123.172,124.172and228.172

228.312	Engineering Practice 5: Process Engineering with Constraints	30 credits	P280.271,280.272,228.211,141.212C280.341R280.394,280.346
228.371	Statistical Modelling for Engineers and Technologists	15 credits	P228.271R228.340
280.304	Bioseparation and Purification Processes	15 credits	P (141.294and (280.299or141.221)) or (280.271and280.272) R142.304
280.341	Environmental Technology	15 credits	P142.201or280.201
280.371	Process Engineering Operations	15 credits	P280.271and280.272R280.391
280.372	Reaction Technologies and Process Modelling	15 credits	P123.201,123.271,228.271,280.271,280.272,280.201R280.391and280.392

123.202	Organic and Biological Chemistry	15 credits	P123.101or123.171
228.741	Energy Systems	15 credits	P228.743or228.769or280.271R142.741
236.201	Nanoscience	15 credits	P123.102(or123.172),124.101(or124.111or124.171) R142.312,280.312
280.760	Industrial Refrigeration	15 credits	R142.760

228.711	Engineering Practice 6: Design Capstone Project	30 credits	P228.311or228.312R228.485,280.430
228.798	Individual Research Project	30 credits	P228.311or228.312
280.702	Process Control	15 credits	P (228.222or228.271) and (280.371or280.391) R142.402
280.721	Process Improvement	15 credits	P228.312,280.371,280.372R142.400,142.405,142.411,280.400,280.405,280.411
280.771	Chemical and Bioprocess Engineering	15 credits	P (140.391or280.391), (140.392or280.392),280.371,280.372R142.403,280.403

141.710	Food Packaging Engineering and Legislation	15 credits	P (280.271or (141.294and (141.221or280.299)), (280.371or280.391), (280.372or280.392) R228.732or228.733or228.734or228.735or228.736
141.723	Industrial Systems Improvement	15 credits	R141.424,278.342,228.479
228.741	Energy Systems	15 credits	P228.743or228.769or280.271R142.741
228.744	Case Studies of Renewable Energy Systems	15 credits	R142.744
228.750	Renewable Energy and Sustainable Development	15 credits	P228.312R142.750
280.760	Industrial Refrigeration	15 credits	R142.760
282.758	Simulation, Modelling and Optimisation	15 credits	R143.458,282.458
287.740	Innovation Management	15 credits	P228.311or228.312R287.703

我们的毕业生可以在很多行业工作: 食物 制药 石化 生物技术 化学 电信和它 电力和能源 制造业 消费产品 汽车 我们的毕业生在全国各地和世界各地找到工作: 过程工程师 能源工程师 能源开发工程师 项目经理 过程自动化工程师 机械产品工程师 研究工程师 项目规划 销售工程师 制造工程师 调试和启动计划 机器人工程师 嵌入式软件工程师 设备可靠性工程师 测试方法验证工程师 Solidworks机械设计师 机械——估计 机械系统设计和分析工程师 制造经理-机加工和装配 机械设计师 系统测试工程师 软件工程师 硬件工程师 电子工程师 产品开发人员

课程难度 部分就读该课程的学生中途转专业甚至出现辍学，属较高难度课程类型。申请人应参考自身的学习能力谨慎选择。

实习机会 学校给予就读该课程的学生提供1至3个月的实习时间，把握机会，尽己所能，将实习岗位转化为今后完全属于自己的工作岗位。

就业前景 该课程优秀毕业生就业前景一片光明，建议申请人在选择学校和专业时将该课程增加部分权重。

工作许可 新西兰政府规定，就读该课程的国际学生毕业后准许在新西兰居留1年，期间找到工作的将可以申请工作签证。

移民机会 该课程属新西兰移民短缺专业课程，优秀的毕业生顺利找到工作后即可填表办理移民申请。